changeset 23:4541611db314

Deleted selected files
author m-zytnicki
date Mon, 29 Apr 2013 03:26:52 -0400
parents 1e3f2c2657a3
children 452e051f6562
files commons/core/coord/test/TestSuite_coord.py commons/core/coord/test/Test_Align.py commons/core/coord/test/Test_AlignUtils.py commons/core/coord/test/Test_ConvCoord.py commons/core/coord/test/Test_F_ConvCoord.py commons/core/coord/test/Test_Map.py commons/core/coord/test/Test_MapUtils.py commons/core/coord/test/Test_Match.py commons/core/coord/test/Test_MatchUtils.py commons/core/coord/test/Test_MergedRange.py commons/core/coord/test/Test_Path.py commons/core/coord/test/Test_PathUtils.py commons/core/coord/test/Test_Range.py commons/core/coord/test/Test_Set.py commons/core/coord/test/Test_SetUtils.py commons/core/coord/test/Test_SlidingWindow.py commons/core/coord/test/__init__.py commons/core/parsing/test/Test_BedParser.py commons/core/parsing/test/Test_BlatFileParser.py commons/core/parsing/test/Test_BlatParser.py commons/core/parsing/test/Test_BlatToGff.py commons/core/parsing/test/Test_BlatToGffForBesPaired.py commons/core/parsing/test/Test_BowtieParser.py commons/core/parsing/test/Test_CoordsParser.py commons/core/parsing/test/Test_CrossSsrAndBesMappedByBlatToGff.py commons/core/parsing/test/Test_F_BlatToGff.py commons/core/parsing/test/Test_F_BlatToGffForBesPaired.py commons/core/parsing/test/Test_F_CrossSsrAndBesMappedByBlatToGff.py commons/core/parsing/test/Test_F_VarscanToVCF.py commons/core/parsing/test/Test_FastaParser.py commons/core/parsing/test/Test_FindRep.py commons/core/parsing/test/Test_GffParser.py commons/core/parsing/test/Test_MapParser.py commons/core/parsing/test/Test_MrepsToSet.py commons/core/parsing/test/Test_Multifasta2SNPFile.py commons/core/parsing/test/Test_Multifasta2SNPFileWriter.py commons/core/parsing/test/Test_PalsToAlign.py commons/core/parsing/test/Test_PathNum2Id.py commons/core/parsing/test/Test_PslParser.py commons/core/parsing/test/Test_SsrParser.py commons/core/parsing/test/Test_VarscanFile.py commons/core/parsing/test/Test_VarscanFileForGnpSNP.py commons/core/parsing/test/Test_VarscanHit.py commons/core/parsing/test/Test_VarscanHitForGnpSNP.py commons/core/parsing/test/Test_VarscanHit_WithTag.py commons/core/parsing/test/Test_VarscanHit_v2_2_8.py commons/core/parsing/test/Test_VarscanHit_v2_2_8_WithTag.py commons/core/parsing/test/Test_VarscanToVCF.py commons/core/parsing/test/Test_WigParser.py commons/core/parsing/test/Test_pilerTAToGrouperMap.py commons/core/parsing/test/__init__.py commons/core/parsing/test/data/ExpPotDooblonsSubSNP.csv commons/core/parsing/test/data/Wig/chr1.wig commons/core/parsing/test/data/realExpBatchLine.csv commons/core/parsing/test/data/realExpIndividual.csv commons/core/parsing/test/data/realExpSequences.fsa commons/core/parsing/test/data/realExpSubSNP.csv commons/core/parsing/test/data/real_multifasta_input.fasta commons/core/parsing/test/data/sampleForTestVarscanToVCF.varscan commons/core/parsing/test/data/test.wig commons/core/parsing/test/data/test1.wig commons/core/parsing/test/data/test2.wig commons/core/parsing/test/data/testBedParser1.bed commons/core/parsing/test/data/testCoordsParser.coords commons/core/parsing/test/data/testCoordsParser_showcoord.coords commons/core/parsing/test/data/testCoordsParser_showcoord_promer.coords commons/core/parsing/test/data/testGffParser1.gff3 commons/core/seq/test/TestClusterConsensusCollection.py commons/core/seq/test/TestSuite_seq.py commons/core/seq/test/Test_AlignedBioseqDB.py commons/core/seq/test/Test_Bioseq.py commons/core/seq/test/Test_BioseqDB.py commons/core/seq/test/Test_BioseqUtils.py commons/core/seq/test/Test_FastaUtils.py commons/core/seq/test/Utils_for_T_FastaUtils.py commons/core/seq/test/__init__.py commons/core/utils/test/TestSuite_utils.py commons/core/utils/test/Test_FileUtils.py commons/core/utils/test/__init__.py commons/core/writer/test/Test_Gff3Writer.py commons/core/writer/test/Test_MapWriter.py commons/core/writer/test/__init__.py
diffstat 77 files changed, 0 insertions(+), 25873 deletions(-) [+]
line wrap: on
line diff
--- a/commons/core/coord/test/TestSuite_coord.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,70 +0,0 @@
-#!/usr/bin/env python
-
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import sys
-import Test_Align
-import Test_AlignUtils
-import Test_Map
-import Test_MapUtils
-import Test_Match
-import Test_MatchUtils
-import Test_Path
-import Test_PathUtils
-import Test_Range
-import Test_Set
-import Test_SetUtils
-
-
-def main():
-    
-    TestSuite_coord = unittest.TestSuite() 
-    
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Align.Test_Align, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_AlignUtils.Test_AlignUtils, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Map.Test_Map, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_MapUtils.Test_MapUtils, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Match.Test_Match, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_MatchUtils.Test_MatchUtils, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Path.Test_Path, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_PathUtils.Test_PathUtils, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Range.Test_Range, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_Set.Test_Set, "test" ) )
-    TestSuite_coord.addTest( unittest.makeSuite( Test_SetUtils.Test_SetUtils, "test" ) )
-    
-    runner = unittest.TextTestRunner( sys.stderr, 2, 2 )
-    runner.run( TestSuite_coord )
-    
-    
-if __name__ == "__main__":
-    main()
--- a/commons/core/coord/test/Test_Align.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,518 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import time
-from commons.core.coord.Align import Align
-from commons.core.coord.Map import Map
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Range import Range
-
-
-class Test_Align( unittest.TestCase ):
-    
-    def setUp(self):
-        self._align = Align()
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-    def tearDown(self):
-        self._align = None
-        
-    def test_isEmpty_True(self):
-        alignInstance = Align()
-        
-        self.assertTrue(alignInstance.isEmpty())
-        
-    def test_isEmpty_True_query_is_empty(self):
-        alignInstance = Align()
-        line = "\t-1\t-1\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        alignInstance.setFromString(line)
-        
-        self.assertTrue(alignInstance.isEmpty())
-        
-    def test_isEmpty_True_subject_is_empty(self):
-        alignInstance = Align()
-        line = "chr1\t2\t20\t\t-1\t-1\t1e-20\t30\t90.2\n"
-        alignInstance.setFromString(line)
-        
-        self.assertTrue(alignInstance.isEmpty())
-        
-    def test_isEmpty_False(self):
-        alignInstance = Align()
-        line = "chr1\t2\t20\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        alignInstance.setFromString(line)
-        
-        self.assertFalse(alignInstance.isEmpty())
-        
-    def test_read(self):
-        line = "chr2\t1\t10\tTE3\t11\t17\t1e-20\t30\t90.2\n"
-        expReturn = 1
-
-        dummyMockAlignFile = "dummyMockAlignFile"
-        mockAlignFileHandle = open(dummyMockAlignFile, "w")
-        mockAlignFileHandle.write(line)
-        mockAlignFileHandle.close()
-        
-        expAlignInstance = Align()
-        expAlignInstance.setFromString(line)
-
-        mockAlignFileHandle = open(dummyMockAlignFile, "r")
-        obsAlignInstance = Align()
-        obsReturn = obsAlignInstance.read(mockAlignFileHandle)
-        
-        mockAlignFileHandle.close()
-        os.remove(dummyMockAlignFile)   
-        
-        self.assertEquals(expAlignInstance, obsAlignInstance)    
-        self.assertEquals(expReturn, obsReturn)    
-        
-    def test_read_empty_file(self):
-        expReturn = 0
-         
-        dummyMockAlignFile = "dummyMockAlignFile"
-        mockAlignFileHandle = open(dummyMockAlignFile, "w")
-        mockAlignFileHandle.close()
-       
-        mockAlignFileHandle = open(dummyMockAlignFile, "r")
-        obsAlignInstance = Align()
-        obsReturn = obsAlignInstance.read(mockAlignFileHandle)
-        os.remove(dummyMockAlignFile)   
-        
-        self.assertEquals(expReturn, obsReturn)
-        
-    def test_write (self):
-        expAlignFile = "expMockAlignFile"
-        expAlignFileHandle = open(expAlignFile, "w")
-        expLine = "chr1\t1\t10\tTE2\t3\t10\t0\t30\t90.200000\n"
-        expAlignFileHandle.write(expLine)
-        expAlignFileHandle.close()
-       
-        obsAlignFile = "obsAlignFile"
-        obsAlignFileHandle = open(obsAlignFile, "w")
-        obsAlignInstance = Align()
-        obsAlignTuple = ("chr1", 1, 10, "TE2", 3, 10, 0.0, 30, 90.2)
-        obsAlignInstance.setFromTuple(obsAlignTuple) 
-        obsAlignInstance.write(obsAlignFileHandle)
-        obsAlignFileHandle.close()   
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expAlignFile, obsAlignFile ) )
-        os.remove(expAlignFile)
-        os.remove(obsAlignFile)
-        
-    def test_merge (self):
-        alignInstanceChr1 = Align()
-        alignInstanceChr2 = Align()
-
-        line1 = "chr1\t1\t10\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        line2 = "chr2\t1\t10\tTE2\t11\t17\t1e-20\t30\t90.2\n"
-
-        alignInstanceChr1.setFromString(line1)
-        alignInstanceChr2.setFromString(line2)
-        
-        expResult = None
-        obsResult = alignInstanceChr1.merge(alignInstanceChr2)
-        
-        self.assertEquals(expResult, obsResult)
-        
-        line1 = "chr1\t1\t10\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        line2 = "chr1\t1\t10\tTE3\t11\t17\t1e-20\t30\t90.2\n"
-
-        alignInstanceTE2 = Align()
-        alignInstanceTE3 = Align()
- 
-        alignInstanceTE2.setFromString(line1)
-        alignInstanceTE3.setFromString(line2)
-        
-        expResult = None
-        obsResult = alignInstanceTE2.merge(alignInstanceTE3)
-        
-        self.assertEquals(expResult, obsResult)
-        
-    def test_merge_plus_strand1 (self):
-        alignInstance1 = Align()
-        alignInstance2 = Align()
-
-        line1 = "chr1\t2\t20\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        line2 = "chr1\t1\t10\tTE2\t1\t9\t1e-20\t30\t90.2\n"
-
-        alignInstance1.setFromString(line1)
-        alignInstance2.setFromString(line2)
-        
-        expLine = "chr1\t1\t20\tTE2\t1\t10\t1e-20\t30\t90.2\n"
-        expAlign = Align()
-        expAlign.setFromString(expLine)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_plus_strand2 (self ):
-        alignInstance1 = Align()
-        alignInstance2 = Align()
-
-        line1 = "chr1\t2\t20\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        line2 = "chr1\t4\t30\tTE2\t4\t12\t1e-20\t30\t90.2\n"
-
-        alignInstance1.setFromString(line1)
-        alignInstance2.setFromString(line2)
-        
-        expLine = "chr1\t2\t30\tTE2\t3\t12\t1e-20\t30\t90.2\n"
-        expAlign = Align()
-        expAlign.setFromString(expLine)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_plus_strand3 (self ):
-        alignInstance1 = Align()
-        alignInstance2 = Align()
-
-        line1 = "chr1\t2\t10\tTE2\t3\t10\t1e-20\t30\t90.2\n"
-        line2 = "chr1\t1\t20\tTE2\t1\t12\t1e-20\t30\t90.2\n"
-
-        alignInstance1.setFromString(line1)
-        alignInstance2.setFromString(line2)
-        
-        expLine = "chr1\t1\t20\tTE2\t1\t12\t1e-20\t30\t90.2\n"
-        expAlign = Align()
-        expAlign.setFromString(expLine)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_plus_strand4 (self ):
-        alignInstance1 = Align()
-        alignInstance2 = Align()
-
-        line1 = "chr1\t1\t20\tTE2\t1\t12\t1e-20\t30\t90.2\n"
-        line2 = "chr1\t2\t10\tTE2\t2\t10\t1e-20\t30\t90.2\n"
-
-        alignInstance1.setFromString(line1)
-        alignInstance2.setFromString(line2)
-        
-        expLine = "chr1\t1\t20\tTE2\t1\t12\t1e-20\t30\t90.2\n"
-        expAlign = Align()
-        expAlign.setFromString(expLine)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge__neg_strand1 (self):
-
-        rangeQuery1 = Range("chr1", 20, 2); rangeSubject1 = Range("TE2", 10, 3)
-        rangeQuery2 = Range("chr1", 1, 10); rangeSubject2 = Range("TE2", 1, 9)
-
-        alignInstance1 = Align(rangeQuery1, rangeSubject1, 0, 30, 90.2)
-        alignInstance2 = Align(rangeQuery2, rangeSubject2, 0, 30, 90.2)
-        
-        expRangeQuery = Range("chr1", 20, 1); expRangeSubject = Range("TE2", 10, 1)
-        expAlign = Align(expRangeQuery, expRangeSubject, 0, 30, 90.2)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-        
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge__neg_strand2 (self):
-        rangeQuery1 = Range("chr1", 20, 2); rangeSubject1 = Range("TE2", 10, 3)
-        rangeQuery2 = Range("chr1", 4, 30); rangeSubject2 = Range("TE2", 4, 12)
-
-        alignInstance1 = Align(rangeQuery1, rangeSubject1, 0, 30, 90.2)
-        alignInstance2 = Align(rangeQuery2, rangeSubject2, 0, 30, 90.2)
-        
-        expRangeQuery = Range("chr1", 30, 2); expRangeSubject = Range("TE2", 12, 3)
-        expAlign = Align(expRangeQuery, expRangeSubject, 0, 30, 90.2)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_neg_strand3 (self ):
-        rangeQuery1 = Range("chr1", 10, 2); rangeSubject1 = Range("TE2", 10, 3)
-        rangeQuery2 = Range("chr1", 1, 20); rangeSubject2 = Range("TE2", 1, 12)
-
-        alignInstance1 = Align(rangeQuery1, rangeSubject1, 0, 30, 90.2)
-        alignInstance2 = Align(rangeQuery2, rangeSubject2, 0, 30, 90.2)
-       
-        expRangeQuery = Range("chr1", 20, 1); expRangeSubject = Range("TE2", 12, 1)
-        expAlign = Align(expRangeQuery, expRangeSubject, 0, 30, 90.2)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_neg_strand4 (self ):
-        rangeQuery1 = Range("chr1", 20, 1); rangeSubject1 = Range("TE2", 12, 1)
-        rangeQuery2 = Range("chr1", 2, 10); rangeSubject2 = Range("TE2", 2, 10)
-
-        alignInstance1 = Align(rangeQuery1, rangeSubject1, 0, 30, 90.2)
-        alignInstance2 = Align(rangeQuery2, rangeSubject2, 0, 30, 90.2)
-        
-        expRangeQuery = Range("chr1", 20, 1); expRangeSubject = Range("TE2", 12, 1)
-        expAlign = Align(expRangeQuery, expRangeSubject, 0, 30, 90.2)
-
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        
-    def test_merge_id_score_identity_eValue (self):
-        rangeQuery1 = Range("chr1", 20, 1); rangeSubject1 = Range("TE2", 12, 1)
-        rangeQuery2 = Range("chr1", 2, 10); rangeSubject2 = Range("TE2", 2, 10)
-
-        alignInstance1 = Align(rangeQuery1, rangeSubject1, 0.05, 20, 90.2)
-        alignInstance1.id = 1
-        alignInstance2 = Align(rangeQuery2, rangeSubject2, 0, 30, 90.3)
-        alignInstance2.id = 2
-
-        expRangeQuery = Range("chr1", 20, 1); expRangeSubject = Range("TE2", 12, 1)
-        expAlign = Align(expRangeQuery, expRangeSubject, 0, 30, 90.3)
-        expAlign.id = 1
-        
-        alignInstance1.merge(alignInstance2)
-        obsAlign = alignInstance1
-
-        self.assertEquals(expAlign, obsAlign)
-        self.assertEquals(expAlign.id, obsAlign.id)
-        
-    def test_setFromTuple_QryRev(self):
-        self._align.setFromTuple( ( "qry1", 100, 1, "sbj1", 201, 300, 0.0, 135, 97.2 ) )
-        self.assertEqual( self._align.range_query.seqname, "qry1" )
-        self.assertEqual( self._align.range_query.start, 1 )
-        self.assertEqual( self._align.range_query.end, 100 )
-        self.assertEqual( self._align.range_subject.seqname, "sbj1" )
-        self.assertEqual( self._align.range_subject.start, 300 )
-        self.assertEqual( self._align.range_subject.end, 201 )
-        self.assertEqual( self._align.e_value, 0.0 )
-        self.assertEqual( self._align.score, 135 )
-        self.assertEquals( self._align.identity, 97.2 )
-        
-    def test_setFromTuple_identityAsFloat(self):
-        self._align.setFromTuple( ( "qry1", "301", "600", "sbj1", "1", "300", "0.0", "135", 0.0) )
-        self.assertEqual( self._align.range_query.seqname, "qry1" )
-        self.assertEqual( self._align.range_query.start, 301 )
-        self.assertEqual( self._align.range_query.end, 600 )
-        self.assertEqual( self._align.range_subject.seqname, "sbj1" )
-        self.assertEqual( self._align.range_subject.start, 1 )
-        self.assertEqual( self._align.range_subject.end, 300 )
-        self.assertEqual( self._align.e_value, float("0.0") )
-        self.assertEqual( self._align.score, float("135") )
-        self.assertEquals( self._align.identity, 0.0 )
-        
-    def test_setFromString(self):
-        line = "chr1\t1\t10\tTE2\t11\t17\t1e-20\t30\t90.2\n"
-        self._align.setFromString( line )
-        self.assertEqual( self._align.range_query.seqname, "chr1" )
-        self.assertEqual( self._align.range_query.start, 1 )
-        self.assertEqual( self._align.range_query.end, 10 )
-        self.assertEqual( self._align.range_subject.seqname, "TE2" )
-        self.assertEqual( self._align.range_subject.start, 11 )
-        self.assertEqual( self._align.range_subject.end, 17 )
-        self.assertEqual( self._align.e_value, float("1e-20") )
-        self.assertEqual( self._align.score, float("30") )
-        self.assertEquals( float(self._align.identity), float("90.2") )
-        
-    def test__eq__(self):
-        self._align.setFromString( "chr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        o = Align()
-        o.setFromString( "chr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertEqual( self._align,  o )
-        o.setFromString( "chromosome1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertNotEqual( self._align, o )
-        o.setFromString( "chr1\t1\t6\ttranspElem2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertNotEqual( self._align, o )
-        o.setFromString( "chr1\t100\t600\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertNotEqual( self._align, o )
-        o.setFromString( "chr1\t1\t6\tTE2\t1100\t1600\t1e-20\t30\t90.2\n" )
-        self.assertNotEqual( self._align, o )
-        o.setFromString( "chr1\t1\t6\tTE2\t11\t16\t1e-20\t30000\t90.2\n" )
-        self.assertNotEqual( self._align, o )
-        
-    def test_getSubjectAsMapOfQuery_direct(self):
-        exp = Map( name="TE2", seqname="chr1", start=1, end=6 )
-        self._align.setFromString( "chr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        obs = self._align.getSubjectAsMapOfQuery()
-        self.assertEqual( obs, exp )
-        
-    def test_getSubjectAsMapOfQuery_reverse(self):
-        exp = Map( name="TE2", seqname="chr1", start=6, end=1 )
-        self._align.setFromString( "chr1\t1\t6\tTE2\t16\t11\t1e-20\t30\t90.2\n" )
-        obs = self._align.getSubjectAsMapOfQuery()
-        self.assertEqual( obs, exp )
-        
-    def test_writeSubjectAsMapOfQuery( self ):
-        self._align.setFromTuple( ( "chr3", "250", "151", "seq5", "1", "100", "1e-32", "147", "87.9" ) )
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "seq5\tchr3\t250\t151\n" )
-        expFileHandler.close()
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        obsFileHandler = open( obsFile, "w" )
-        self._align.writeSubjectAsMapOfQuery( obsFileHandler )
-        obsFileHandler.close()
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        for f in [ expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-    def test_areQrySbjOnOppositeStrands(self):
-        self._align.setFromTuple( ( "qry1", "1", "100", "sbj1", "1", "100", "0.0", "135", "95.7" ) )
-        obs = self._align.areQrySbjOnOppositeStrands()
-        self.assertFalse( obs )
-        self._align.setFromTuple( ( "qry1", "600", "301", "sbj1", "1", "300", "0.0", "135", "95.7" ) )
-        obs = self._align.areQrySbjOnOppositeStrands()
-        self.assertTrue( obs )
-        
-    def test_reverse(self):
-        line = "chr1\t1\t10\tTE2\t11\t17\t1e-20\t30\t90.2"
-        expLine = "chr1\t10\t1\tTE2\t17\t11\t1e-20\t30\t90.200000"
-        
-        obsAlignInstance = Align()
-        obsAlignInstance.setFromString(line)
-        obsAlignInstance.reverse()
-        obsLine = obsAlignInstance.toString()
-
-        self.assertEquals(expLine, obsLine)
-        
-    def test_getMapsOfQueryAndSubject(self):
-        self._align.setFromTuple( ( "qry1", "1", "100", "sbj1", "1", "100", "0.0", "135", "95.7" ) )
-        
-        expMapQuery = Map()
-        expMapQuery.setFromTuple( ( "repet", "qry1", "1", "100" ) )
-        expMapSubject = Map()
-        expMapSubject.setFromTuple( ( "repet", "sbj1", "1", "100" ) )
-        
-        obsMapQuery, obsMapSubject = self._align.getMapsOfQueryAndSubject()
-        
-        self.assertEqual( expMapQuery, obsMapQuery )
-        self.assertEqual( expMapSubject, obsMapSubject )
-        
-    def test_getBin_bin_level_9(self):
-        tuple = ("chr1","190000000","390000000","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        expRes = 100000000.0
-        obsRes = self._align.getBin()
-        self.assertEquals(expRes, obsRes)
-
-    def test_getBin_bin_level_8(self):
-        tuple = ("chr1","19000000","39000000","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        expRes = 100000000.0
-        obsRes = self._align.getBin()
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_7(self):
-        tuple = ("chr1","1900000","3900000","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        expRes = 10000000.0
-        obsRes = self._align.getBin()
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_6(self):
-        tuple = ("chr1","190000","390000","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 1000000.0
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_5(self):
-        tuple = ("chr1","19000","39000","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 100000.0
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_4(self):
-        tuple = ("chr1","1900","3900","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 10000.0
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_3(self):
-        tuple = ("chr1","190","390","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 1000.0
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_2(self):
-        tuple = ("chr1","19","39","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 1000.0
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_1(self):
-        tuple = ("chr1","1","3","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple(tuple)
-        obsRes = self._align.getBin()
-        expRes = 1000.0
-        self.assertEquals(expRes, obsRes)
-        
-        
-    def test_switchQuerySubject_directS( self ):
-        tuple = ("chr1","1","3","TE2","11","17","1e-20","30","90.2")
-        self._align.setFromTuple( tuple )
-        exp = Align( Range("TE2","11","17"), Range("chr1","1","3"), "1e-20", "30", "90.2" )
-        self._align.switchQuerySubject()
-        self.assertEquals( exp, self._align )
-        
-        
-    def test_switchQuerySubject_reverseS( self ):
-        tuple = ("chr1","1","3","TE2","17","11","1e-20","30","90.2")
-        self._align.setFromTuple( tuple )
-        exp = Align( Range("TE2","11","17"), Range("chr1","3","1"), "1e-20", "30", "90.2" )
-        self._align.switchQuerySubject()
-        self.assertEquals( exp, self._align )
-        
-        
-    def test_toStringAsGff( self ):
-        self._align.setFromString( "chr1\t1\t10\tTE3\t11\t17\t1e-20\t30\t85.2\n" )
-        exp = "chr1\tREPET\tmatch\t1\t10\t1e-20\t+\t.\tID=23;Target=TE3 11 17"
-        obs = self._align.toStringAsGff( ID="23" )
-        self.assertEqual( obs, exp )
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Align ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_AlignUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,777 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import time
-import shutil
-from commons.core.coord.AlignUtils import AlignUtils
-from commons.core.coord.Align import Align
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Range import Range
-
-
-class Test_AlignUtils( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-        
-    def tearDown( self ):
-        self._uniqId = ""
-        
-        
-    def test_getAlignListFromFile( self ):
-        a1 = Align()
-        a1.setFromTuple( ( "chr1", "1", "100", "seq3", "1", "100", "1e-23", "89", "97.26" ) )
-        a2 = Align()
-        a2.setFromTuple( ( "chr2", "121", "210", "seq5", "21", "110", "1e-32", "95", "98.13" ) )
-        
-        inFileName = "dummyFile_%s" % ( self._uniqId )
-        inFileHandler = open( inFileName, "w" )
-        a1.write( inFileHandler )
-        a2.write( inFileHandler )
-        inFileHandler.close()
-        
-        lExp = [ a1, a2 ]
-        lObs = AlignUtils.getAlignListFromFile( inFileName )
-        
-        self.assertEqual( lExp, lObs )
-        
-        if os.path.exists( inFileName ):
-            os.remove( inFileName )
-            
-            
-    def test_getListOfScores( self ):
-        a1 = Align()
-        a1.setFromTuple( ( "chr1", "1", "100", "seq3", "1", "100", "1e-23", "89", "97.26" ) )
-        a2 = Align()
-        a2.setFromTuple( ( "chr2", "121", "210", "seq5", "21", "110", "1e-32", "95", "98.13" ) )
-        lAligns = [ a1, a2 ]
-        
-        lExp = [ 89, 95 ]
-        lObs = AlignUtils.getListOfScores( lAligns )
-        
-        self.assertEqual( lExp, lObs )
-        
-        
-    def test_getScoreListFromFile( self ):
-        alignFile = "dummyAlignFile"
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.2\n" )
-        alignFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.9\n" )
-        alignFileHandler.close()
-        
-        lExp = [ 133, 235 ]
-        lObs = AlignUtils.getScoreListFromFile( alignFile )
-        self.assertEqual( lExp, lObs )
-        
-        os.remove( alignFile )
-        
-        
-    def test_getScoreListFromFile_empty_file( self ):
-        alignFile = "dummyAlignFile"
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.close()
-        
-        lExp = []
-        lObs = AlignUtils.getScoreListFromFile( alignFile )
-        
-        self.assertEqual( lExp, lObs )
-        
-        os.remove( alignFile )
-        
-        
-    def test_getScoreListFromFile_with_endline_char( self ):
-        alignFile = "dummyAlignFile"
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.2\n" )
-        alignFileHandler.write( "\n" )
-        alignFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.9\n" )
-        alignFileHandler.write( "\n" )
-        alignFileHandler.close()
-        
-        lExp = [133, 235]
-        lObs = AlignUtils.getScoreListFromFile( alignFile )
-        
-        self.assertEqual( lExp, lObs )
-        
-        os.remove( alignFile )
-        
-        
-    def test_convertAlignFileIntoMapFileWithQueriesAndSubjects( self ):
-        alignFile = "dummyAlignFile_%s" % ( self._uniqId )
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.2\n" )
-        alignFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.9\n" )
-        alignFileHandler.close()
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "repet\tchr3\t1\t100\n" )
-        expFileHandler.write( "repet\tchr5\t11\t110\n" )
-        expFileHandler.write( "repet\tchr7\t1\t200\n" )
-        expFileHandler.write( "repet\tchr2\t11\t210\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        
-        AlignUtils.convertAlignFileIntoMapFileWithQueriesAndSubjects( alignFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ alignFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-                
-    def test_convertAlignFileIntoMapFileWithSubjectsOnQueries( self ):
-        alignFile = "dummyAlignFile_%s" % ( self._uniqId )
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr3\t1\t100\tTE1\t11\t110\t1e-52\t133\t87.2\n" )
-        alignFileHandler.write( "chr7\t1\t200\tTE1\t11\t210\t1e-78\t235\t98.9\n" )
-        alignFileHandler.close()
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "TE1\tchr3\t1\t100\n" )
-        expFileHandler.write( "TE1\tchr7\t1\t200\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        
-        AlignUtils.convertAlignFileIntoMapFileWithSubjectsOnQueries( alignFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ alignFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-                
-    def test_getAlignListSortedByDecreasingScoreThenLength( self ):
-        a1 = Align()
-        a1.setFromTuple( ( "chr1", "1", "100", "seq3", "1", "100", "1e-23", "89", "97.26" ) )
-        a2 = Align()
-        a2.setFromTuple( ( "chr7", "121", "200", "seq9", "21", "110", "1e-32", "95", "98.13" ) )
-        a3 = Align()
-        a3.setFromTuple( ( "chr2", "121", "210", "seq5", "21", "110", "1e-32", "95", "98.13" ) )
-        lAligns = [ a1, a2, a3 ]
-        
-        lExp = [ a3, a2, a1 ]
-        
-        lObs = AlignUtils.getAlignListSortedByDecreasingScoreThenLength( lAligns )
-        
-        self.assertEqual( lExp, lObs )
-        
-        
-    def test_convertAlignFileIntoPathFile( self ):
-        alignFile = "dummyAlignFile_%s" % ( self._uniqId )
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        alignFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.900000\n" )
-        alignFileHandler.close()
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "1\tchr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        expFileHandler.write( "2\tchr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.900000\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        
-        AlignUtils.convertAlignFileIntoPathFile( alignFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ alignFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-                
-    def test_sortAlignFile( self ):
-        alignFile = "dummyAlignFile_%s" % ( self._uniqId )
-        alignFileHandler = open( alignFile, "w" )
-        alignFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.900000\n" )
-        alignFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        alignFileHandler.write( "chr8\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        alignFileHandler.write( "chr8\t1\t100\tchr5\t15\t90\t1e-52\t133\t87.200000\n" )
-        alignFileHandler.write( "chr8\t1\t100\tchr5\t11\t100\t1e-52\t133\t87.200000\n" )
-        alignFileHandler.close()
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "chr3\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        expFileHandler.write( "chr7\t1\t200\tchr2\t11\t210\t1e-78\t235\t98.900000\n" )
-        expFileHandler.write( "chr8\t1\t100\tchr5\t11\t100\t1e-52\t133\t87.200000\n" )
-        expFileHandler.write( "chr8\t1\t100\tchr5\t11\t110\t1e-52\t133\t87.200000\n" )
-        expFileHandler.write( "chr8\t1\t100\tchr5\t15\t90\t1e-52\t133\t87.200000\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        
-        AlignUtils.sortAlignFile( alignFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ alignFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-    
-    def test_writeListInFile( self ):
-        line1 = ("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line2 = ("chr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line3 = ("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        
-        expFileName = "expFileName.align"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.write(line3)
-        expFileHandle.close()
-        
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        
-        obsFileName = "obsFileName.align"
-        obsPathList =[iAlign1, iAlign2, iAlign3] 
-        
-        AlignUtils.writeListInFile( obsPathList, obsFileName )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove( obsFileName )
-        os.remove( expFileName )
-        
-        
-    def test_splitAlignListByQueryName_empty_list( self ):
-        lAlign = []
-        
-        obsLAlign = AlignUtils.splitAlignListByQueryName( lAlign )
-        
-        expLAlign = []
-        
-        self.assertEquals( expLAlign, obsLAlign )
-        
-        
-    def test_splitAlignListByQueryName( self ):
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        lAlign = [ iAlign1, iAlign2, iAlign3 ]
-        
-        obsLAlign = AlignUtils.splitAlignListByQueryName( lAlign )
-        
-        expLAlign = [ [ iAlign1, iAlign3 ],
-                     [ iAlign2 ] ]
-        
-        self.assertEquals( expLAlign, obsLAlign )
-        
-        
-    def test_splitAlignListByQueryName_last_align_alone( self ):
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign4 = Align()
-        iAlign4.setFromString("chr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign5 = Align()
-        iAlign5.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign6 = Align()
-        iAlign6.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign7 = Align()
-        iAlign7.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign8 = Align()
-        iAlign8.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign9 = Align()
-        iAlign9.setFromString("chr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        lAlign = [ iAlign1, iAlign2, iAlign3, iAlign4, iAlign5, iAlign6, iAlign7, iAlign8, iAlign9 ]
-
-        obsLAlign = AlignUtils.splitAlignListByQueryName( lAlign )
-        
-        expLAlign = [ [ iAlign1, iAlign3, iAlign6, iAlign7 ],
-                     [ iAlign2, iAlign5, iAlign8 ],
-                     [ iAlign4 ],
-                     [ iAlign9 ] ]
-        
-        self.assertEquals( expLAlign, obsLAlign )
-        
-        
-    def test_createAlignFiles( self ):
-        expFile1 = "dummyExpAlignFile.align_1"
-        expFile2 = "dummyExpAlignFile.align_2"
-        expFile3 = "dummyExpAlignFile.align_3"
-        expFile4 = "dummyExpAlignFile.align_4"
-        
-        f1 = open(expFile1, "w")
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign1.write(f1)
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3.write(f1)
-        iAlign6 = Align()
-        iAlign6.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign6.write(f1)
-        iAlign7 = Align()
-        iAlign7.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign7.write(f1)
-        f1.close()
-        
-        f2 = open(expFile2, "w")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2.write(f2)
-        iAlign5 = Align()
-        iAlign5.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign5.write(f2)
-        iAlign8 = Align()
-        iAlign8.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign8.write(f2)
-        f2.close()
-        
-        f3 = open(expFile3, "w")
-        iAlign4 = Align()
-        iAlign4.setFromString("chr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign4.write(f3)
-        f3.close()
-        
-        f4 = open(expFile4, "w")
-        iAlign9 = Align()
-        iAlign9.setFromString("chr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign9.write(f4)
-        f4.close()
-        
-        lAlignList = [ [ iAlign1, iAlign3, iAlign6, iAlign7 ],
-                      [ iAlign2, iAlign5, iAlign8 ],
-                      [ iAlign4 ],
-                      [ iAlign9 ] ]
-        
-        AlignUtils.createAlignFiles( lAlignList, "dummyAlignFile" )
-        
-        obsFile1 = "dummyAlignFile_1.align"
-        obsFile2 = "dummyAlignFile_2.align"
-        obsFile3 = "dummyAlignFile_3.align"
-        obsFile4 = "dummyAlignFile_4.align"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile1, obsFile1 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile2, obsFile2 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile3, obsFile3 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile4, obsFile4 ) )
-        
-        os.remove(expFile1)
-        os.remove(expFile2)
-        os.remove(expFile3)
-        os.remove(expFile4)
-        os.remove(obsFile1)
-        os.remove(obsFile2)
-        os.remove(obsFile3)
-        os.remove(obsFile4)
-        
-
-    def test_createAlignFiles_eleven_output_files( self ):
-        expFile1 = "dummyExpAlignFile.align_01"
-        expFile2 = "dummyExpAlignFile.align_02"
-        expFile3 = "dummyExpAlignFile.align_03"
-        expFile4 = "dummyExpAlignFile.align_04"
-        expFile5 = "dummyExpAlignFile.align_05"
-        expFile6 = "dummyExpAlignFile.align_06"
-        expFile7 = "dummyExpAlignFile.align_07"
-        expFile8 = "dummyExpAlignFile.align_08"
-        expFile9 = "dummyExpAlignFile.align_09"
-        expFile10 = "dummyExpAlignFile.align_10"
-        expFile11 = "dummyExpAlignFile.align_11"
-        lExpFiles = [expFile1, expFile2, expFile3, expFile4, expFile5, expFile6, expFile7, expFile8, expFile9, expFile10, expFile11]
-        
-        f1 = open(expFile1, "w")
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign1.write(f1)
-        f1.close()
-        
-        f2 = open(expFile2, "w")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2.write(f2)
-        f2.close()
-        
-        f3 = open(expFile3, "w")
-        iAlign3 = Align()
-        iAlign3.setFromString("chr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3.write(f3)
-        f3.close()
-        
-        f4 = open(expFile4, "w")
-        iAlign4 = Align()
-        iAlign4.setFromString("chr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign4.write(f4)
-        f4.close()
-        
-        f = open(expFile5, "w")
-        iAlign5 = Align()
-        iAlign5.setFromString("chr5\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign5.write(f)
-        f.close()
-        
-        f = open(expFile6, "w")
-        iAlign6 = Align()
-        iAlign6.setFromString("chr6\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign6.write(f)
-        f.close()
-        
-        f = open(expFile7, "w")
-        iAlign7 = Align()
-        iAlign7.setFromString("chr7\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign7.write(f)
-        f.close()
-        
-        f = open(expFile8, "w")
-        iAlign8 = Align()
-        iAlign8.setFromString("chr8\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign8.write(f)
-        f.close()
-        
-        f = open(expFile9, "w")
-        iAlign9 = Align()
-        iAlign9.setFromString("chr9\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign9.write(f)
-        f.close()
-        
-        f = open(expFile10, "w")
-        iAlign10 = Align()
-        iAlign10.setFromString("chr10\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign10.write(f)
-        f.close()
-        
-        f = open(expFile11, "w")
-        iAlign11 = Align()
-        iAlign11.setFromString("chr11\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign11.write(f)
-        f.close()
-        
-        lAlignList = [[iAlign1], [iAlign2], [iAlign3], [iAlign4], [iAlign5], [iAlign6], [iAlign7], [iAlign8], [iAlign9], [iAlign10], [iAlign11]]
-        
-        AlignUtils.createAlignFiles(lAlignList, "dummyAlignFile")
-
-        obsFile1 = "dummyAlignFile_01.align"
-        obsFile2 = "dummyAlignFile_02.align"
-        obsFile3 = "dummyAlignFile_03.align"
-        obsFile4 = "dummyAlignFile_04.align"
-        obsFile5 = "dummyAlignFile_05.align"
-        obsFile6 = "dummyAlignFile_06.align"
-        obsFile7 = "dummyAlignFile_07.align"
-        obsFile8 = "dummyAlignFile_08.align"
-        obsFile9 = "dummyAlignFile_09.align"
-        obsFile10 = "dummyAlignFile_10.align"
-        obsFile11 = "dummyAlignFile_11.align"
-        lObsFiles = [obsFile1, obsFile2, obsFile3, obsFile4, obsFile5, obsFile6, obsFile7, obsFile8, obsFile9, obsFile10, obsFile11]
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile1, obsFile1 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile2, obsFile2 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile3, obsFile3 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile4, obsFile4 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile5, obsFile5 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile6, obsFile6 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile7, obsFile7 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile8, obsFile8 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile9, obsFile9 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile10, obsFile10 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile11, obsFile11 ) )
-        
-        for file in lExpFiles:
-            os.remove(file)
-        for file in lObsFiles:
-            os.remove(file)
-            
-            
-    def test_createAlignFiles_dirName_specified( self ):
-        expFile1 = "dummyExpAlignFile.align_1"
-        expFile2 = "dummyExpAlignFile.align_2"
-        expFile3 = "dummyExpAlignFile.align_3"
-        expFile4 = "dummyExpAlignFile.align_4"
-        
-        f1 = open(expFile1, "w")
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign1.write(f1)
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3.write(f1)
-        iAlign6 = Align()
-        iAlign6.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign6.write(f1)
-        iAlign7 = Align()
-        iAlign7.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign7.write(f1)
-        f1.close()
-        
-        f2 = open(expFile2, "w")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2.write(f2)
-        iAlign5 = Align()
-        iAlign5.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign5.write(f2)
-        iAlign8 = Align()
-        iAlign8.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign8.write(f2)
-        f2.close()
-        
-        f3 = open(expFile3, "w")
-        iAlign4 = Align()
-        iAlign4.setFromString("chr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign4.write(f3)
-        f3.close()
-        
-        f4 = open(expFile4, "w")
-        iAlign9 = Align()
-        iAlign9.setFromString("chr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign9.write(f4)
-        f4.close()
-        
-        lAlignList = [[iAlign1, iAlign3, iAlign6, iAlign7], [iAlign2, iAlign5, iAlign8], [iAlign4], [iAlign9]]
- 
-        dirName = "dummyAlignDir"    
-            
-        AlignUtils.createAlignFiles(lAlignList, "dummyAlignFile", dirName)
-
-        obsFile1 = dirName + "/dummyAlignFile_1.align"
-        obsFile2 = dirName + "/dummyAlignFile_2.align"
-        obsFile3 = dirName + "/dummyAlignFile_3.align"
-        obsFile4 = dirName + "/dummyAlignFile_4.align"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile1, obsFile1 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile2, obsFile2 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile3, obsFile3 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile4, obsFile4 ) )
-        
-        os.remove(expFile1)
-        os.remove(expFile2)
-        os.remove(expFile3)
-        os.remove(expFile4)
-        shutil.rmtree (dirName)
-        
-        
-    def test_createAlignFiles_dirName_specified_with_ended_slash( self ):
-        expFile1 = "dummyExpAlignFile.align_1"
-        expFile2 = "dummyExpAlignFile.align_2"
-        expFile3 = "dummyExpAlignFile.align_3"
-        expFile4 = "dummyExpAlignFile.align_4"
-        
-        f1 = open(expFile1, "w")
-        iAlign1 = Align()
-        iAlign1.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign1.write(f1)
-        iAlign3 = Align()
-        iAlign3.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign3.write(f1)
-        iAlign6 = Align()
-        iAlign6.setFromString("chr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign6.write(f1)
-        iAlign7 = Align()
-        iAlign7.setFromString("chr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign7.write(f1)
-        f1.close()
-        
-        f2 = open(expFile2, "w")
-        iAlign2 = Align()
-        iAlign2.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign2.write(f2)
-        iAlign5 = Align()
-        iAlign5.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign5.write(f2)
-        iAlign8 = Align()
-        iAlign8.setFromString("chr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign8.write(f2)
-        f2.close()
-        
-        f3 = open(expFile3, "w")
-        iAlign4 = Align()
-        iAlign4.setFromString("chr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign4.write(f3)
-        f3.close()
-        
-        f4 = open(expFile4, "w")
-        iAlign9 = Align()
-        iAlign9.setFromString("chr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iAlign9.write(f4)
-        f4.close()
-        
-        lAlignList = [[iAlign1, iAlign3, iAlign6, iAlign7], [iAlign2, iAlign5, iAlign8], [iAlign4], [iAlign9]]
- 
-        dirName = "dummyAlignDir/"    
-            
-        AlignUtils.createAlignFiles(lAlignList, "dummyAlignFile", dirName)
-
-        obsFile1 = dirName + "dummyAlignFile_1.align"
-        obsFile2 = dirName + "dummyAlignFile_2.align"
-        obsFile3 = dirName + "dummyAlignFile_3.align"
-        obsFile4 = dirName + "dummyAlignFile_4.align"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile1, obsFile1 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile2, obsFile2 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile3, obsFile3 ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile4, obsFile4 ) )
-        
-        os.remove(expFile1)
-        os.remove(expFile2)
-        os.remove(expFile3)
-        os.remove(expFile4)
-        shutil.rmtree (dirName)
-        
-        
-    def test_sortList( self ):
-        iAlign1 = Align( Range("qry1",3,80), Range("sbj1",3,80), 1e-20, 103, 97.3 )  # higher query start
-        iAlign2 = Align( Range("qry1",1,100), Range("sbj1",1,100), 1e-20, 113, 97.3 )  # higher score
-        iAlign3 = Align( Range("qry2",1,100), Range("sbj1",1,100), 1e-20, 103, 97.3 )  # different query
-        iAlign4 = Align( Range("qry1",1,100), Range("sbj1",1,100), 1e-20, 103, 97.3 )  # canonical
-        iAlign5 = Align( Range("qry1",1,100), Range("sbj2",1,100), 1e-20, 103, 97.3 )  # different subject
-        iAlign6 = Align( Range("qry1",201,300), Range("sbj1",100,1), 1e-20, 103, 97.3 )  # subject on reverse strand
-        iAlign7 = Align( Range("qry1",401,500), Range("sbj1",1,100), 1e-20, 103, 97.3 )  # higher query start
-        lAligns = [ iAlign1, iAlign2, iAlign3, iAlign4, iAlign5, iAlign6, iAlign7 ]
-        lExp = [iAlign4, iAlign2, iAlign1, iAlign6, iAlign7, iAlign5, iAlign3]
-        lObs = AlignUtils.sortList( lAligns )
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_isOverlapping( self ):
-        iAlign1 = Align( Range("chr1",1,100), Range("TE1",11,110), 1e-20, 90.2, 30 )
-        iAlign2 = Align( Range("chr1",51,80), Range("TE1",61,90), 1e-20, 90.2, 30 )
-        self.assertTrue( iAlign1.isOverlapping( iAlign2 ) )
-        
-        iAlign1 = Align( Range("chr1",1,100), Range("TE1",11,110), 1e-20, 90.2, 30 )
-        iAlign2 = Align( Range("chr1",51,80), Range("TE1",161,190), 1e-20, 90.2, 30 )
-        self.assertFalse( iAlign1.isOverlapping( iAlign2 ) )
-        
-        
-    def test_mergeList( self ):
-        iAlign1 = Align( Range("chr1",81,120), Range("TE1",91,130), 1e-20, 90.2, 30 )
-        iAlign2 = Align( Range("chr2",51,80), Range("TE1",61,90), 1e-20, 90.2, 30 )  # different query
-        iAlign3 = Align( Range("chr1",1,100), Range("TE1",11,110), 1e-20, 90.2, 30 )  # to be merged with 1st line
-        iAlign4 = Align( Range("chr1",1,200), Range("TE2",11,210), 1e-20, 90.2, 30 )  # different subject
-        iAlign5 = Align( Range("chr1",1,100), Range("TE1",501,600), 1e-20, 90.2, 30 )  # non-overlapping subject
-        lAligns = [ iAlign1, iAlign2, iAlign3, iAlign4, iAlign5 ]
-        
-        iAlign6 = Align( Range("chr1",1,120), Range("TE1",11,130), 1e-20, 90.2, 30 )
-        lExp = [ iAlign6, iAlign5, iAlign4, iAlign2 ]
-        
-        lObs = AlignUtils.mergeList( lAligns )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergeFile_empty( self ):
-        inFile = "dummyInFile.align"
-        inF = open( inFile, "w" )
-        inF.close()
-        
-        expFile = "dummyExpFile.align"
-        expF = open( expFile, "w" )
-        expF.close()
-        
-        obsFile = "dummyObsFile.align"
-        AlignUtils.mergeFile( inFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_mergeFile( self ):
-        iAlign = Align()
-        
-        inFile = "dummyInFile.align"
-        inF = open( inFile, "w" )
-        iAlign.setFromString( "chr1\t81\t120\tTE1\t91\t130\t1e-20\t30\t90.2\n" )
-        iAlign.write( inF )
-        iAlign.setFromString( "chr2\t51\t80\tTE1\t61\t90\t1e-20\t30\t90.2\n" )  # different query
-        iAlign.write( inF )
-        iAlign.setFromString( "chr1\t1\t100\tTE1\t11\t110\t1e-20\t30\t90.2\n" )  # to be merged with 1st line
-        iAlign.write( inF )
-        iAlign.setFromString( "chr1\t1\t200\tTE2\t11\t210\t1e-20\t30\t90.2\n" )  # different subject
-        iAlign.write( inF )
-        inF.close()
-        
-        expFile = "dummyExpFile.align"
-        expF = open( expFile, "w" )
-        iAlign.setFromString( "chr1\t1\t120\tTE1\t11\t130\t1e-20\t30\t90.2\n" )
-        iAlign.write( expF )
-        iAlign.setFromString( "chr1\t1\t200\tTE2\t11\t210\t1e-20\t30\t90.2\n" )
-        iAlign.write( expF )
-        iAlign.setFromString( "chr2\t51\t80\tTE1\t61\t90\t1e-20\t30\t90.2\n" )
-        iAlign.write( expF )
-        expF.close()
-        
-        obsFile = "dummyObsFile.align"
-        AlignUtils.mergeFile( inFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_updateScoresInFile( self ):
-        iAlign = Align()
-        
-        inFile = "dummyInFile.align"
-        inHandler = open( inFile, "w" )
-        iAlign.setFromString( "query1\t1\t100\tsubject1\t1\t95\t1e-180\t230\t90.2\n" )
-        iAlign.write( inHandler )
-        inHandler.close()
-        
-        expFile = "dummyExpFile.align"
-        expHandler = open( expFile, "w" )
-        iAlign.setFromString( "query1\t1\t100\tsubject1\t1\t95\t1e-180\t%i\t90.2\n" % ( ( 100 - 1 + 1 ) * 90.2 / 100.0 ) )
-        iAlign.write( expHandler )
-        expHandler.close()
-        
-        obsFile = "dummyObsFile.align"
-        AlignUtils.updateScoresInFile( inFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/coord/test/Test_ConvCoord.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,205 +0,0 @@
-import unittest
-import os
-import time
-from commons.core.coord.ConvCoord import ConvCoord
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.sql.DbFactory import DbFactory
-from commons.core.coord.Map import Map
-
-class Test_ConvCoord( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._i = ConvCoord()
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S") , os.getpid() )
-        self._inData = "dummyInData_%s" % ( self._uniqId )
-        self._mapData = "dummyMapData_%s" % ( self._uniqId )
-        self._expData = "dummyExpData_%s" % ( self._uniqId )
-        self._obsData = "dummyObsData_%s" % ( self._uniqId )
-        self._iDb = DbFactory.createInstance()
-        self._i._iDb = self._iDb
-        
-    def tearDown( self ):
-        self._iDb.close()
-
-#TODO: handle duplicated matchs for path
-#    def test_convCoordsChkToChrFromFile_duplicated_matchs( self ):
-#        dChunks2CoordMaps = {"chunk1": Map( "chunk1", "dmel_chr4", 760001, 960000 ),
-#                             "chunk2": Map( "chunk2", "dmel_chr4", 950001, 1150000 ) }
-#        tmpPathFileName = "dummyPathCoordOnChr_%s" % self._uniqId 
-#        self._writePathFileCoordOnChunk(tmpPathFileName)
-#        
-#        expPathFile = "dummyExpPathFile_%s" % self._uniqId
-#        self._writePathFileCoordOnChrWithOutDoublons(expPathFile)
-#        
-#        outTableName = self._i.convCoordsChkToChrFromFile(tmpPathFileName, "path", dChunks2CoordMaps)
-#        
-#        obsPathFile = "dummyObsPathFile_%s" % self._uniqId
-#        self._iDb.exportDataToFile(outTableName, obsPathFile)
-#        
-#        self.assertTrue(FileUtils.are2FilesIdentical(expPathFile, obsPathFile))
-#        
-#        for f in [ expPathFile, obsPathFile, tmpPathFileName ]:
-#            os.remove( f )
-#        self._iDb.dropTable(outTableName)
- 
-#TODO: handle matchs out of chunk overlap ? For one side (=> path 128, remove path 152) ? For two sides (path 129, fusion with path 154) ?
-#    def test_convCoordsChkToChrFromFile_matchs_out_of_overlap( self ):
-#        dChunks2CoordMaps = {"chunk1": Map( "chunk1", "dmel_chr4", 760001, 960000 ),
-#                             "chunk2": Map( "chunk2", "dmel_chr4", 950001, 1150000 ) }
-#        tmpPathFileName = "dummyPathCoordOnChr_%s" % self._uniqId 
-#        self._writePathFileCoordOnChunk_outOfOverlap(tmpPathFileName)
-#        
-#        expPathFile = "dummyExpPathFile_%s" % self._uniqId
-#        self._writePathFileCoordOnChrWithOutDoublons_outOfOverlap(expPathFile)
-#        
-#        outTableName = self._i.convCoordsChkToChrFromFile(tmpPathFileName, "path", dChunks2CoordMaps)
-#        
-#        obsPathFile = "dummyObsPathFile_%s" % self._uniqId
-#        self._iDb.exportDataToFile(outTableName, obsPathFile)
-#        
-#        self.assertTrue(FileUtils.are2FilesIdentical(expPathFile, obsPathFile))
-#        
-#        for f in [ expPathFile, obsPathFile, tmpPathFileName ]:
-#            os.remove( f )
-#        self._iDb.dropTable(outTableName)
-        
-    def test_mergeCoordsOnChunkOverlaps( self ):
-        dChunks2CoordMaps = { "chunk1": Map( "chunk1", "chromosome1", 1, 100 ),
-                             "chunk2": Map( "chunk2", "chromosome1", 91, 190 ),
-                             "chunk3": Map( "chunk3", "chromosome2", 1, 100 ) }
-        tmpPathTable = "dummyTmpPathTable"
-        linesToProcess = [
-                          "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",  # hit within the 1st chunk
-                          "3" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",       # hit included within the chunk overlap, on the 2nd chunk
-                          "2" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                          ]
-        FileUtils.writeLineListInFile( tmpPathTable, linesToProcess )
-        self._iDb.createTable( tmpPathTable, "path", tmpPathTable, True)
-        os.remove( tmpPathTable )
-        
-        expPathFile = "dummyExpPathFile"
-        linesToProcess = [ "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",  # hit within the 1st chunk
-                           "2" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           ]
-        FileUtils.writeLineListInFile( expPathFile, linesToProcess )
-        
-        self._i.mergeCoordsOnChunkOverlaps( dChunks2CoordMaps, tmpPathTable)
-        
-        obsPathFile = "dummyObsPathFile"
-        self._iDb.exportDataToFile( tmpPathTable, obsPathFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expPathFile, obsPathFile ) )
-        
-        for f in [ expPathFile, obsPathFile ]:
-            os.remove( f )
-        self._iDb.dropTable( tmpPathTable )
-        
-    def test_mergeCoordsOnChunkOverlaps_withConnectedMatches( self ):
-        dChunks2CoordMaps = { "chunk1": Map( "chunk1", "chromosome1", 1, 100 ),
-                             "chunk2": Map( "chunk2", "chromosome1", 91, 190 ),
-                             "chunk3": Map( "chunk3", "chromosome2", 1, 100 ) }
-        tmpPathTable = "dummyTmpPathTable"
-        linesToProcess = [
-                          "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",  # hit on the 1st chunk
-                          "1" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "28" + "\t" + "36" + "\t" + "8e-58" + "\t" + "10" + "\t" + "97.8" + "\n",  # hit included within the chunk overlap, on the 1st chunk, connected to the previous                          
-                          "2" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "28" + "\t" + "36" + "\t" + "8e-58" + "\t" + "10" + "\t" + "97.8" + "\n",  # hit included within the chunk overlap, on the 2nd chunk
-                          "2" + "\t" + "chromosome1" + "\t" + "111" + "\t" + "120" + "\t" + "TE1" + "\t" + "37" + "\t" + "46" + "\t" + "8e-58" + "\t" + "15" + "\t" + "97.8" + "\n",  # hit on the 2nd chunk, connected to the previous
-                          ]
-        FileUtils.writeLineListInFile( tmpPathTable, linesToProcess )
-        self._iDb.createTable( tmpPathTable, "path", tmpPathTable, True)
-        os.remove( tmpPathTable )
-        
-        expPathFile = "dummyExpPathFile"
-        linesToProcess = [ "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",  # hit within the 1st chunk
-                           "1" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "28" + "\t" + "36" + "\t" + "8e-58" + "\t" + "10" + "\t" + "97.8" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           "1" + "\t" + "chromosome1" + "\t" + "111" + "\t" + "120" + "\t" + "TE1" + "\t" + "37" + "\t" + "46" + "\t" + "8e-58" + "\t" + "15" + "\t" + "97.8" + "\n",  # hit on the 2nd chunk, connected to the previous
-                           ]
-        FileUtils.writeLineListInFile( expPathFile, linesToProcess )
-        
-        self._i.mergeCoordsOnChunkOverlaps( dChunks2CoordMaps, tmpPathTable )
-        
-        obsPathFile = "dummyObsPathFile"
-        self._iDb.exportDataToFile( tmpPathTable, obsPathFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expPathFile, obsPathFile ) )
-        
-        for f in [ expPathFile, obsPathFile ]:
-            os.remove( f )
-        self._iDb.dropTable( tmpPathTable )
-        
-    def _writePathFileCoordOnChrWithOutDoublons(self, pathFileName):
-        file = open( pathFileName, "w" )
-        file.write("123\tdmel_chr4\t868397\t868531\tMariner2_AG_1p:classII:TIR\t53\t97\t8e-19\t28\t35.56\n")
-        file.write("123\tdmel_chr4\t868545\t869120\tMariner2_AG_1p:classII:TIR\t102\t333\t8e-19\t87\t27.97\n")
-        file.write("124\tdmel_chr4\t819607\t819714\tLINER1-2_NVi_2p:classI:?\t502\t537\t3e-20\t30\t36.11\n")
-        file.write("124\tdmel_chr4\t819695\t820156\tLINER1-2_NVi_2p:classI:?\t533\t725\t3e-20\t90\t36.79\n")
-        file.write("125\tdmel_chr4\t953027\t953101\tCR1-8_AG_1p:classI:LINE\t470\t448\t1e-27\t11\t28.57\n")
-        file.write("126\tdmel_chr4\t862131\t862178\tTc1-1_TCa_1p:classII:TIR\t288\t274\t5e-29\t18\t52.5\n")
-        file.write("127\tdmel_chr4\t819520\t819606\tNotoAg1_2p:classI:?\t482\t508\t1e-13\t14\t30.61\n")
-#        file.write("128\tdmel_chr4\t953866\t953889\tCR1-19_HM_1p:classI:LINE\t898\t891\t5e-21\t4\t34.98\n")
-#        file.write("129\tdmel_chr4\t953866\t953889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-        file.write("150\tdmel_chr4\t971176\t971250\tTc1-1_TCa_1p:classII:TIR\t135\t109\t8e-32\t21\t41.57\n")
-        file.write("151\tdmel_chr4\t1066603\t1066698\tMARWOLEN1_1p:classII:TIR\t285\t320\t7e-25\t28\t41.67\n")
-        file.write("152\tdmel_chr4\t953866\t953889\tCR1-19_HM_1p:classI:LINE\t898\t891\t5e-21\t4\t34.98\n")
-        file.write("153\tdmel_chr4\t953951\t954343\tCR1-1_DWil_1p:classI:LINE\t127\t2\t4e-18\t92\t37.59\n")
-        file.write("154\tdmel_chr4\t953866\t953889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-        file.write("155\tdmel_chr4\t953102\t953199\tCR1-1_DWil_2p:classI:LINE\t869\t837\t2e-26\t38\t57.89\n")
-        file.close()
-        
-    def _writePathFileCoordOnChunk(self, pathFileName):
-        pathFile = open( pathFileName, "w" )
-        pathFile.write("123\tchunk1\t108397\t108531\tMariner2_AG_1p:classII:TIR\t53\t97\t8e-19\t28\t35.56\n")
-        pathFile.write("123\tchunk1\t108545\t109120\tMariner2_AG_1p:classII:TIR\t102\t333\t8e-19\t87\t27.97\n")
-        pathFile.write("124\tchunk1\t59607\t59714\tLINER1-2_NVi_2p:classI:?\t502\t537\t3e-20\t30\t36.11\n")
-        pathFile.write("124\tchunk1\t59695\t60156\tLINER1-2_NVi_2p:classI:?\t533\t725\t3e-20\t90\t36.79\n")
-        pathFile.write("125\tchunk1\t193027\t193101\tCR1-8_AG_1p:classI:LINE\t470\t448\t1e-27\t11\t28.57\n")
-        pathFile.write("126\tchunk1\t102131\t102178\tTc1-1_TCa_1p:classII:TIR\t288\t274\t5e-29\t18\t52.5\n")
-        pathFile.write("127\tchunk1\t59520\t59606\tNotoAg1_2p:classI:?\t482\t508\t1e-13\t14\t30.61\n")
-        pathFile.write("128\tchunk1\t193866\t193889\tCR1-19_HM_1p:classI:LINE\t898\t891\t5e-21\t4\t34.98\n")
-        pathFile.write("129\tchunk1\t193866\t193889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-        pathFile.write("150\tchunk2\t21176\t21250\tTc1-1_TCa_1p:classII:TIR\t135\t109\t8e-32\t21\t41.57\n")
-        pathFile.write("151\tchunk2\t116603\t116698\tMARWOLEN1_1p:classII:TIR\t285\t320\t7e-25\t28\t41.67\n")
-        pathFile.write("152\tchunk2\t3866\t3889\tCR1-19_HM_1p:classI:LINE\t898\t891\t5e-21\t4\t34.98\n")
-        pathFile.write("153\tchunk2\t3951\t4343\tCR1-1_DWil_1p:classI:LINE\t127\t2\t4e-18\t92\t37.59\n")
-        pathFile.write("154\tchunk2\t3866\t3889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-        pathFile.write("155\tchunk2\t3102\t3199\tCR1-1_DWil_2p:classI:LINE\t869\t837\t2e-26\t38\t57.89\n")
-        pathFile.close()
-        
-#    def _writePathFileCoordOnChunk_outOfOverlap(self, pathFileName):
-#        pathFile = open( pathFileName, "w" )
-#        pathFile.write("123\tchunk1\t108397\t108531\tMariner2_AG_1p:classII:TIR\t53\t97\t8e-19\t28\t35.56\n")
-#        pathFile.write("123\tchunk1\t108545\t109120\tMariner2_AG_1p:classII:TIR\t102\t333\t8e-19\t87\t27.97\n")
-#        pathFile.write("124\tchunk1\t59607\t59714\tLINER1-2_NVi_2p:classI:?\t502\t537\t3e-20\t30\t36.11\n")
-#        pathFile.write("124\tchunk1\t59695\t60156\tLINER1-2_NVi_2p:classI:?\t533\t725\t3e-20\t90\t36.79\n")
-#        pathFile.write("125\tchunk1\t193027\t193101\tCR1-8_AG_1p:classI:LINE\t470\t448\t1e-27\t11\t28.57\n")
-#        pathFile.write("126\tchunk1\t102131\t102178\tTc1-1_TCa_1p:classII:TIR\t288\t274\t5e-29\t18\t52.5\n")
-#        pathFile.write("127\tchunk1\t59520\t59606\tNotoAg1_2p:classI:?\t482\t508\t1e-13\t14\t30.61\n")
-#        pathFile.write("128\tchunk1\t183866\t193889\tCR1-19_HM_1p:classI:LINE\t898\t1891\t5e-21\t4\t34.98\n")
-#        pathFile.write("129\tchunk1\t183866\t200000\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-#        pathFile.write("150\tchunk2\t21176\t21250\tTc1-1_TCa_1p:classII:TIR\t135\t109\t8e-32\t21\t41.57\n")
-#        pathFile.write("151\tchunk2\t116603\t116698\tMARWOLEN1_1p:classII:TIR\t285\t320\t7e-25\t28\t41.67\n")
-#        pathFile.write("152\tchunk2\t1\t3889\tCR1-19_HM_1p:classI:LINE\t898\t1891\t5e-21\t4\t34.98\n")
-#        pathFile.write("153\tchunk2\t3951\t4343\tCR1-1_DWil_1p:classI:LINE\t127\t2\t4e-18\t92\t37.59\n")
-#        pathFile.write("154\tchunk2\t1\t13889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-#        pathFile.write("155\tchunk2\t3102\t3199\tCR1-1_DWil_2p:classI:LINE\t869\t837\t2e-26\t38\t57.89\n")
-#        pathFile.close()
-#        
-#    def _writePathFileCoordOnChrWithOutDoublons_outOfOverlap(self, pathFileName):
-#        file = open( pathFileName, "w" )
-#        file.write("123\tdmel_chr4\t868397\t868531\tMariner2_AG_1p:classII:TIR\t53\t97\t8e-19\t28\t35.56\n")
-#        file.write("123\tdmel_chr4\t868545\t869120\tMariner2_AG_1p:classII:TIR\t102\t333\t8e-19\t87\t27.97\n")
-#        file.write("124\tdmel_chr4\t819607\t819714\tLINER1-2_NVi_2p:classI:?\t502\t537\t3e-20\t30\t36.11\n")
-#        file.write("124\tdmel_chr4\t819695\t820156\tLINER1-2_NVi_2p:classI:?\t533\t725\t3e-20\t90\t36.79\n")
-#        file.write("125\tdmel_chr4\t953027\t953101\tCR1-8_AG_1p:classI:LINE\t470\t448\t1e-27\t11\t28.57\n")
-#        file.write("126\tdmel_chr4\t862131\t862178\tTc1-1_TCa_1p:classII:TIR\t288\t274\t5e-29\t18\t52.5\n")
-#        file.write("127\tdmel_chr4\t819520\t819606\tNotoAg1_2p:classI:?\t482\t508\t1e-13\t14\t30.61\n")
-#        file.write("128\tdmel_chr4\t943866\t953889\tCR1-19_HM_1p:classI:LINE\t898\t1891\t5e-21\t4\t34.98\n")
-#        file.write("129\tdmel_chr4\t943866\t963889\tCR1-83_HM_1p:classI:LINE\t912\t905\t3e-21\t4\t34.62\n")
-#        file.write("150\tdmel_chr4\t971176\t971250\tTc1-1_TCa_1p:classII:TIR\t135\t109\t8e-32\t21\t41.57\n")
-#        file.write("151\tdmel_chr4\t1066603\t1066698\tMARWOLEN1_1p:classII:TIR\t285\t320\t7e-25\t28\t41.67\n")
-#        file.write("153\tdmel_chr4\t953951\t954343\tCR1-1_DWil_1p:classI:LINE\t127\t2\t4e-18\t92\t37.59\n")
-#        file.write("155\tdmel_chr4\t953102\t953199\tCR1-1_DWil_2p:classI:LINE\t869\t837\t2e-26\t38\t57.89\n")
-#        file.close()
-       
-if __name__ == "__main__":
-        unittest.main()
\ No newline at end of file
--- a/commons/core/coord/test/Test_F_ConvCoord.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,213 +0,0 @@
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.sql.DbFactory import DbFactory
-from commons.core.coord.ConvCoord import ConvCoord
-import time
-import subprocess
-import os
-import unittest
-
-class Test_F_ConvCoord(unittest.TestCase):
-    
-    def setUp( self ):
-        self._i = ConvCoord()
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S") , os.getpid() )
-        self._inData = "dummyInData_%s" % ( self._uniqId )
-        self._mapData = "dummyMapData_%s" % ( self._uniqId )
-        self._expData = "dummyExpData_%s" % ( self._uniqId )
-        self._obsData = "dummyObsData_%s" % ( self._uniqId )
-        self._iDb = DbFactory.createInstance()
-        self._i._iDb = self._iDb
-        
-    def tearDown( self ):
-        self._iDb.close()
-        
-    def test_run_as_script_alignFile_query( self ):
-        configFile = "%s/dummyConfigFile_%s" % ( os.getcwd(), self._uniqId )
-        configF = open( configFile, "w" )
-        configF.write( "[repet_env]\n" )
-        configF.write( "repet_host: %s\n" % ( os.environ["REPET_HOST"] ) )
-        configF.write( "repet_user: %s\n" % ( os.environ["REPET_USER"] ) )
-        configF.write( "repet_pw: %s\n" % ( os.environ["REPET_PW"] ) )
-        configF.write( "repet_db: %s\n" % ( os.environ["REPET_DB"] ) )
-        configF.write( "repet_port: %s\n" % ( os.environ["REPET_PORT"] ) )
-        configF.close()
-        self._writeMapFile( self._mapData )
-        
-        linesToProcess = [ "chunk1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",  # hit within the 1st chunk
-                           "chunk1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           "chunk2" + "\t" + "2" + "\t" + "9" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",       # hit included within the chunk overlap, on the 2nd chunk
-                           "chunk2" + "\t" + "51" + "\t" + "58" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",     # hit inside the 2nd chunk
-                           "chunk2" + "\t" + "51" + "\t" + "70" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"     # subject on reverse strand
-                           ]
-        FileUtils.writeLineListInFile( self._inData, linesToProcess )
-        
-        refLines = [ "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "141" + "\t" + "148" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "141" + "\t" + "160" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"
-                     ]
-        FileUtils.writeLineListInFile( self._expData, refLines )
-        
-        cmd = "ConvCoord.py"
-        cmd += " -i %s" % ( self._inData )
-        cmd += " -f %s" % ( "align" )
-        cmd += " -c %s" % ( "q" )
-        cmd += " -m %s" % ( self._mapData )
-        cmd += " -o %s" % ( self._obsData )
-        cmd += " -C %s" % ( configFile )
-        process = subprocess.Popen(cmd, shell = True)
-        process.communicate()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( self._expData, self._obsData ) )
-        
-        os.remove( self._inData )
-        os.remove(configFile)
-        os.remove( self._mapData )
-        os.remove( self._expData )
-        os.remove( self._obsData )
-        
-    def test_run_as_script_alignFile_queryAndSubject( self ):
-        self._writeMapFile( self._mapData )
-        linesToProcess = [ "chunk1" + "\t" + "21" + "\t" + "37" + "\t" + "chunk3" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",  # hit within the 1st chunk
-                           "chunk1" + "\t" + "92" + "\t" + "99" + "\t" + "chunk2" + "\t" + "2" + "\t" + "9" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           "chunk2" + "\t" + "51" + "\t" + "58" + "\t" + "chunk1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",     # hit inside the 2nd chunk
-                           "chunk2" + "\t" + "51" + "\t" + "70" + "\t" + "chunk1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"     # subject on reverse strand
-                           "chunk2" + "\t" + "51" + "\t" + "70" + "\t" + "chunk1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"     # doublon of previous line
-                           ]
-        FileUtils.writeLineListInFile( self._inData, linesToProcess )
-        
-        refLines = [ "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "chromosome2" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "141" + "\t" + "148" + "\t" + "chromosome1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",
-                     "chromosome1" + "\t" + "141" + "\t" + "160" + "\t" + "chromosome1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"
-                     ]
-        FileUtils.writeLineListInFile( self._expData, refLines )
-        
-        cmd = "ConvCoord.py"
-        cmd += " -i %s" % ( self._inData )
-        cmd += " -f %s" % ( "align" )
-        cmd += " -c %s" % ( "qs" )
-        cmd += " -m %s" % ( self._mapData )
-        cmd += " -o %s" % ( self._obsData )
-        process = subprocess.Popen(cmd, shell = True)
-        process.communicate()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( self._expData, self._obsData ) )
-        
-        os.remove( self._inData )
-        self._iDb.dropTable( self._mapData )
-        os.remove( self._expData )
-        os.remove( self._obsData )
-        os.remove( self._mapData )
-        
-    def test_run_as_script_pathTable_query( self ):
-        self._writeMapFile( self._mapData )
-        self._iDb.createTable( self._mapData, "map", self._mapData, True )
-        os.remove( self._mapData )
-        
-        linesToProcess = [ "1" + "\t" + "chunk1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",  # hit within the 1st chunk
-                           "2" + "\t" + "chunk1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           "3" + "\t" + "chunk2" + "\t" + "2" + "\t" + "9" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",       # hit included within the chunk overlap, on the 2nd chunk
-                           "4" + "\t" + "chunk2" + "\t" + "51" + "\t" + "58" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",     # hit inside the 2nd chunk
-                           "5" + "\t" + "chunk2" + "\t" + "51" + "\t" + "70" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"     # subject on reverse strand
-                           ]
-        FileUtils.writeLineListInFile( self._inData, linesToProcess )
-        self._iDb.createTable( self._inData, "path", self._inData, True )
-        os.remove( self._inData )
-        
-        refLines = [ "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",
-                     "2" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",
-                     "4" + "\t" + "chromosome1" + "\t" + "141" + "\t" + "148" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",
-                     "5" + "\t" + "chromosome1" + "\t" + "141" + "\t" + "160" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n"
-                     ]
-        FileUtils.writeLineListInFile( self._expData, refLines )
-        
-        cmd = "ConvCoord.py"
-        cmd += " -i %s" % ( self._inData )
-        cmd += " -f %s" % ( "path" )
-        cmd += " -c %s" % ( "q" )
-        cmd += " -m %s" % ( self._mapData )
-        cmd += " -o %s" % ( self._obsData )
-        process = subprocess.Popen(cmd, shell = True)
-        process.communicate()
-        
-        self._iDb.exportDataToFile( self._obsData, self._obsData )
-        self.assertTrue( FileUtils.are2FilesIdentical( self._expData, self._obsData ) )
-        
-        os.remove( self._obsData )
-        os.remove( self._expData )
-        self._iDb.dropTable( self._mapData )
-        self._iDb.dropTable( self._inData )
-        self._iDb.dropTable( self._expData )
-        self._iDb.dropTable( self._obsData )
-        
-    def test_run_as_script_pathTable_query_noMergeChunkOverlaps( self ):
-        self._writeMapFile( self._mapData )
-        self._iDb.createTable( self._mapData, "map", self._mapData, True )
-        os.remove( self._mapData )
-        
-        linesToProcess = [ "1" + "\t" + "chunk1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.800000" + "\n",  # hit within the 1st chunk
-                           "2" + "\t" + "chunk1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",   # hit included within the chunk overlap, on the 1st chunk
-                           "3" + "\t" + "chunk2" + "\t" + "2" + "\t" + "9" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",       # hit included within the chunk overlap, on the 2nd chunk
-                           "4" + "\t" + "chunk2" + "\t" + "51" + "\t" + "58" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n",     # hit inside the 2nd chunk
-                           "5" + "\t" + "chunk2" + "\t" + "51" + "\t" + "70" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.800000" + "\n"     # subject on reverse strand
-                           ]
-        FileUtils.writeLineListInFile( self._inData, linesToProcess )
-        self._iDb.createTable( self._inData, "path", self._inData, True )
-        os.remove( self._inData )
-        
-        refLines = [ "1" + "\t" + "chromosome1" + "\t" + "21" + "\t" + "37" + "\t" + "TE1" + "\t" + "1" + "\t" + "27" + "\t" + "8e-58" + "\t" + "30" + "\t" + "97.8" + "\n",
-                     "2" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",
-                     "3" + "\t" + "chromosome1" + "\t" + "92" + "\t" + "99" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",       # hit included within the chunk overlap, on the 2nd chunk
-                     "4" + "\t" + "chromosome1" + "\t" + "141" + "\t" + "148" + "\t" + "TE1" + "\t" + "1" + "\t" + "8" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n",
-                     "5" + "\t" + "chromosome1" + "\t" + "141" + "\t" + "160" + "\t" + "TE1" + "\t" + "8" + "\t" + "1" + "\t" + "8e-58" + "\t" + "11" + "\t" + "97.8" + "\n"
-                     ]
-        FileUtils.writeLineListInFile( self._expData, refLines )
-        
-        cmd = "ConvCoord.py"
-        cmd += " -i %s" % ( self._inData )
-        cmd += " -f %s" % ( "path" )
-        cmd += " -c %s" % ( "q" )
-        cmd += " -m %s" % ( self._mapData )
-        cmd += " -M %s" % ( "no" )
-        cmd += " -o %s" % ( self._obsData )
-        process = subprocess.Popen(cmd, shell = True)
-        process.communicate()
-        
-        self._iDb.exportDataToFile( self._obsData, self._obsData )
-        self.assertTrue( FileUtils.are2FilesIdentical( self._expData, self._obsData ) )
-        
-        os.remove( self._obsData )
-        os.remove( self._expData )
-        self._iDb.dropTable( self._mapData )
-        self._iDb.dropTable( self._inData )
-        self._iDb.dropTable( self._expData )
-        self._iDb.dropTable( self._obsData )
-
-    def test_run(self):
-        inFileName = "DmelChr4_chk.align.not_over.filtered"
-        expFileName = "%s/Tools/DmelChr4_chr.align.not_over.filtered" % os.environ["REPET_DATA"]
-        obsFileName = "obs.align"
-        os.symlink("%s/Tools/%s" % (os.environ["REPET_DATA"], inFileName), inFileName)
-        iConvCoord = ConvCoord()
-        iConvCoord.setInputData(inFileName)
-        iConvCoord.setMapData("%s/Tools/DmelChr4_chunks.map" % os.environ["REPET_DATA"])
-        iConvCoord.setCoordinatesToConvert("qs")
-        iConvCoord.setMergeChunkOverlaps(False)
-        iConvCoord.setOutputData(obsFileName)
-        iConvCoord.run()
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(inFileName)
-        os.remove(obsFileName)
-        
-    def _writeMapFile( self, mapFile ):
-        mapF = open( mapFile, "w" )
-        mapF.write( "chunk1\tchromosome1\t1\t100\n" )
-        mapF.write( "chunk2\tchromosome1\t91\t190\n" )
-        mapF.write( "chunk3\tchromosome2\t1\t100\n" )
-        mapF.close()
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/coord/test/Test_Map.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,183 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-from commons.core.coord.Map import Map
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_Map( unittest.TestCase ):
-    
-    def setUp(self):
-        self._map = Map()
-        
-    def test_setFromString(self):
-        line = "MbQ12Gr2Cl2\tconsensus1\t51\t1230\n"   # test with '\t' separator
-        self._map.setFromString(line)
-        self.assertEqual( self._map.name, "MbQ12Gr2Cl2" )
-        self.assertEqual( self._map.seqname, "consensus1" )
-        self.assertEqual( self._map.start, 51 )
-        self.assertEqual( self._map.end, 1230 )
-        line = "MbQ12Gr2Cl2;consensus1;51;1230"   # test with ';' separator
-        self._map.setFromString(line,";")
-        self.assertEqual( self._map.name, "MbQ12Gr2Cl2" )
-        self.assertEqual( self._map.seqname, "consensus1" )
-        self.assertEqual( self._map.start, 51 )
-        self.assertEqual( self._map.end, 1230 )
-    
-    def test___eq__(self):
-        self._map.setFromString( "MbQ12Gr2Cl2\tconsensus1\t51\t1230\n" )
-        o = Map()
-        o.setFromString( "MbQ12Gr2Cl2\tconsensus1\t51\t1230\n" )
-        self.assertEqual( self._map, o )   # same data
-        o.setFromString( "MbQ12Gr2Cl1\tconsensus1\t51\t1230\n" )
-        self.assertNotEqual( self._map, o )   # different name
-        o.setFromString( "MbQ12Gr2Cl2\tconsensus2\t51\t1230\n" )
-        self.assertNotEqual( self._map, o )   # different seqname
-        o.setFromString( "MbQ12Gr2Cl2\tconsensus1\t15\t1230\n" )
-        self.assertNotEqual( self._map, o )   # different start
-        o.setFromString( "MbQ12Gr2Cl2\tconsensus1\t51\t123000\n" )
-        self.assertNotEqual( self._map, o )   # different end
-        o.setFromString( "MbQ12Gr2Cl2\tconsensus1\t1230\t51\n" )
-        self.assertNotEqual( self._map, o )   # same start/end but in different order
-        
-    def test_setFromTuple(self):
-        tuple = ("MbQ12Gr2Cl2", "consensus1","51","1230")
-        self._map.setFromTuple(tuple)
-
-        expMap = Map("MbQ12Gr2Cl2", "consensus1",51,1230)
-        obsMap = self._map
-        
-        self.assertEquals(expMap, obsMap)
-    
-    def test_read_empty_file(self):
-        
-        fileName = "dummyFile"
-        os.system("touch " + fileName) 
-        fileHandle = open(fileName, "r")
-        
-        obsResult = self._map.read(fileHandle)
-        expResult = 0
-         
-        fileHandle.close()
-        os.remove(fileName) 
-        
-        self.assertEquals(expResult, obsResult)
-    
-    def test_read_uncompleted_line( self):
-        uncompletedLine = "MbQ12Gr2Cl2\tconsensus1\t51"
-        fileName = "dummyFile"
-
-        fileHandle = open(fileName, "w")
-        fileHandle.write(uncompletedLine)
-        fileHandle.close()
-
-        fileHandle = open(fileName, "r")
-       
-        obsResult = self._map.read(fileHandle)
-        expResult = 0
-
-        fileHandle.close()
-        os.remove(fileName)
-
-        self.assertEquals(obsResult, expResult)
-
-    def test_read(self):
-        line =  "MbQ12Gr2Cl2\tconsensus1\t51\t1230\n"
-        fileName = "dummyFile"
-
-        fileHandle = open(fileName, "w")
-        fileHandle.write(line)
-        fileHandle.close()
-
-        fileHandle = open(fileName, "r")
-        self._map.read(fileHandle)
-        obsResult = self._map
-        
-        expResult = Map()
-        expResult.setFromString(line) 
-
-        fileHandle.close()
-        os.remove(fileName)
-
-        self.assertEquals(obsResult, expResult) 
-     
-    def test_write(self):
-        line =  "MbQ12Gr2Cl2\tconsensus1\t51\t1230\n"
-        expFileName = "expFileName"
-
-        fileHandle = open(expFileName, "w")
-        fileHandle.write(line)
-        fileHandle.close()
-        
-        obsFileName = "obsFileName"
-        fileHandle = open(obsFileName, "w")
-        self._map.setFromString(line)
-        self._map.write(fileHandle)
-        fileHandle.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_diff1(self):
-        map1 = Map("seq1","DmelChr4", 190000, 390000)
-        map2 = Map("seq2","DmelChr4", 290000, 590000)
-        
-        expMap1 = Map("seq1", "DmelChr4", 190000, 289999)
-        expReturnedMap = Map()
-        
-        obsReturnedMap = map1.diff(map2)
-        obsMap1 = map1
-        
-        self.assertEquals(expMap1, obsMap1)
-        self.assertEquals(expReturnedMap, obsReturnedMap)
-        
-    def test_diff2(self):
-        map1 = Map("seq1","DmelChr4", 190000, 590000)
-        map2 = Map("seq2","DmelChr4", 290000, 390000)
-
-        expMap1 = Map("seq1", "DmelChr4", 190000, 289999)
-        expReturnedMap = Map("seq1", "DmelChr4", 390001, 590000)
-        
-        obsReturnedMap = map1.diff(map2)
-        obsMap1 = map1
-        
-        self.assertEquals(expMap1, obsMap1)
-        self.assertEquals(expReturnedMap, obsReturnedMap)
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Map ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_MapUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,384 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import sys
-from commons.core.coord.MapUtils import MapUtils
-from commons.core.coord.Map import Map
-from commons.core.coord.Set import Set
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_MapUtils( unittest.TestCase ):
-    
-    def test_getMapListSortedByIncreasingMinThenMax( self ):
-        iMap1 = Map("name1", "chr1", 1, 350)
-        iMap2 = Map("name2", "chr1", 1, 100)
-        iMap3 = Map("name3", "chr1", 50, 350)
-        iMap4 = Map("name4", "chr1", 5, 450)
-        lMaps = [ iMap1, iMap2, iMap3, iMap4 ]
-        
-        expLMaps = [ iMap2, iMap1, iMap4, iMap3 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_ordered( self ):
-        iMap1 = Map("name1", "chr1", 1, 100)
-        iMap2 = Map("name2", "chr1", 1, 350)
-        
-        lMaps = [ iMap1, iMap2 ]
-        expLMaps = [ iMap1, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_unordered( self ):
-        iMap1 = Map("name1", "chr1", 1, 350)
-        iMap2 = Map("name2", "chr1", 1, 100)
-        
-        lMaps = [ iMap1, iMap2 ]
-        expLMaps = [ iMap2, iMap1 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_nonOverlapping( self ):
-        iMap1 = Map("name1", "chr1", 1, 350)
-        iMap2 = Map("name2", "chr1", 400, 600)
-        
-        lMaps = [ iMap2, iMap1 ]
-        expLMaps = [ iMap1, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_sameMinThreeMaps( self ):
-        iMap1 = Map("name1", "chr1", 350, 1)
-        iMap2 = Map("name2", "chr1", 400, 1)
-        iMap3 = Map("name3", "chr1", 500, 1)
-        
-        lMaps = [ iMap2, iMap1, iMap3 ]
-        expLMaps = [ iMap1, iMap2, iMap3 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_included( self ):
-        iMap1 = Map("name1", "chr1", 350, 1)
-        iMap2 = Map("name2", "chr1", 300, 10)
-        
-        lMaps = [ iMap2, iMap1 ]
-        expLMaps = [ iMap1, iMap2]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingMinThenMax_equal( self ):
-        iMap1 = Map("name1", "chr1", 350, 1)
-        iMap2 = Map("name2", "chr1", 350, 1)
-        
-        lMaps = [ iMap2, iMap1 ]
-        expLMaps = [ iMap2, iMap1 ]
-        notExpLMaps = [ iMap1, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        self.assertNotEquals( notExpLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( self ):
-        iMap1 = Map("name1", "chr1", 1, 350)
-        iMap2 = Map("name4", "chr2", 5, 450)
-        iMap3 = Map("name4", "chr1", 10, 450)
-        iMap4 = Map("name4", "chr1", 10, 500)
-        iMap5 = Map("name4", "chr1", 5, 450)
-        iMap6 = Map("name3", "chr1", 50, 350)
-        iMap7 = Map("name2", "chr1", 1, 100)
-
-        lMaps = [ iMap1, iMap2, iMap3, iMap4, iMap5, iMap6, iMap7 ]
-        
-        expLMaps = [ iMap1, iMap7, iMap6, iMap5, iMap3, iMap4, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax_ordered( self ):
-        iMap1 = Map("name1", "chr1", 1, 100)
-        iMap2 = Map("name1", "chr2", 1, 350)
-        
-        lMaps = [ iMap1, iMap2 ]
-        expLMaps = [ iMap1, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax_unordered( self ):
-        iMap1 = Map("name1", "chr2", 1, 350)
-        iMap2 = Map("name1", "chr1", 1, 100)
-        
-        lMaps = [ iMap1, iMap2 ]
-        expLMaps = [ iMap2, iMap1 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax_nonOverlapping( self ):
-        iMap1 = Map("name1", "chr1", 1, 350)
-        iMap2 = Map("name2", "chr1", 400, 600)
-        
-        lMaps = [ iMap2, iMap1 ]
-        expLMaps = [ iMap1, iMap2 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-        
-    def test_getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax_sameMinThreeMaps( self ):
-        iMap1 = Map("name2", "chr1", 150, 10)
-        iMap2 = Map("name2", "chr1", 1, 100)
-        iMap3 = Map("name2", "chr1", 100, 1)
-        
-        lMaps = [ iMap1, iMap2, iMap3 ]
-        expLMaps = [ iMap2, iMap3, iMap1 ]
-        
-        obsLMaps = MapUtils.getMapListSortedByIncreasingNameThenSeqnameThenMinThenMax( lMaps )
-        
-        self.assertEquals( expLMaps, obsLMaps )
-        
-
-    def test_getDictPerNameFromMapFile( self ):
-        iMap1 = Map( "chunk1", "chromosome1", 1, 100 )
-        iMap2 = Map( "chunk2", "chromosome1", 91, 190 )
-        iMap3 = Map( "chunk3", "chromosome2", 1, 100 )
-        iMap4 = Map( "chunk1", "chromosome1", 1, 100 )  # redundant with iMap1
-        
-        mapFile = "dummyFile.map"
-        mapFileHandler = open( mapFile, "w" )
-        for iMap in [ iMap1, iMap2, iMap3, iMap4 ]:
-            iMap.write( mapFileHandler )
-        mapFileHandler.close()
-        
-        dExp = { "chunk1": iMap1, "chunk2": iMap2, "chunk3": iMap3 }
-        
-        dObs = MapUtils.getDictPerNameFromMapFile( mapFile )
-        
-        self.assertEquals( dExp, dObs )
-        
-        os.remove( mapFile )
-        
-        
-    def test_mapList2SetList(self):
-        map1 = Map( "name1", "desc1", 1, 120 )
-        map2 = Map( "name2", "desc2", 1, 20 )
-        lMap = [ map1, map2 ]
-        set1 = Set( 1, "name1", "desc1", 1, 120 )
-        set2 = Set( 2, "name2", "desc2", 1, 20 )
-        explMapSet = [ set1, set2 ]
-        obslMapSet = MapUtils.mapList2SetList( lMap )
-        
-        self.assertEquals( explMapSet, obslMapSet )
-        
-        
-    def test_mergeCoordsInFile( self ):
-        if sys.modules.has_key( "commons.core.checker.CheckerUtils" ):
-            inFile = "dummyInFile"
-            inFileHandler = open( inFile, "w" )
-            inFileHandler.write( "TE1\tchr1\t1501\t2500\n" )
-            inFileHandler.write( "TE3\tchr1\t4000\t3401\n" )
-            inFileHandler.write( "TE3\tchr1\t3800\t3601\n" )
-            inFileHandler.close()
-            expFile = "dummyExpFile"
-            expFileHandler = open( expFile, "w" )
-            expFileHandler.write( "TE1\tchr1\t1501\t2500\n" )
-            expFileHandler.write( "TE3\tchr1\t4000\t3401\n" )
-            expFileHandler.close()
-            obsFile = "dummyObsFile"
-            MapUtils.mergeCoordsInFile( inFile, obsFile )
-            self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-            for f in [ inFile, expFile, obsFile ]:
-                os.remove( f )
-                
-                
-    def test_getDictPerSeqNameFromMapFile( self ):
-        inFile = "dummyInFile"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "TE1\tchr1\t1\t10\n" )
-        inFileHandler.write( "TE2\tchr1\t60\t41\n" )
-        inFileHandler.write( "TE3\tchr2\t5\t36\n" )
-        inFileHandler.close()
-        dExp = { "chr1": [ Map( "TE1", "chr1", 1, 10 ), Map( "TE2", "chr1", 60, 41 ) ],
-                "chr2": [ Map( "TE3", "chr2", 5, 36 ) ] }
-        dObs = MapUtils.getDictPerSeqNameFromMapFile( inFile )
-        self.assertEqual( dExp, dObs )
-        os.remove( inFile )
-
-    def test_convertMapFileIntoSetFile(self):
-        mapInputFile = "dummyExpFile"
-        mapFileHandler = open( mapInputFile, "w" )
-        mapFileHandler.write( "seq31\tchr1\t151\t250\n" )
-        mapFileHandler.write( "seq27\tchr2\t301\t500\n" )
-        mapFileHandler.write( "seq40\tchr2\t600\t700\n" )
-        mapFileHandler.write( "seq2\tchr3\t301\t500\n" )
-        mapFileHandler.close()
-
-        expSetFile = "dummyexpSetFile"
-        expSetFileHandler = open( expSetFile, "w" )
-        expSetFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        expSetFileHandler.write( "2\tseq27\tchr2\t301\t500\n" )
-        expSetFileHandler.write( "3\tseq40\tchr2\t600\t700\n" )
-        expSetFileHandler.write( "4\tseq2\tchr3\t301\t500\n" )
-        expSetFileHandler.close()
-        
-        obsFile = "dummyObsFile"
-        
-        MapUtils.convertMapFileIntoSetFile( mapInputFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expSetFile, obsFile ) )
-        
-        for f in [ expSetFile, mapInputFile, obsFile ]:
-            os.remove( f )
-
-    def test_convertMapFileIntoSetFile_one_line(self):
-        mapInputFile = "dummyExpFile"
-        mapFileHandler = open( mapInputFile, "w" )
-        mapFileHandler.write( "seq31\tchr1\t151\t250\n" )
-        mapFileHandler.close()
-
-        expSetFile = "dummyexpSetFile"
-        expSetFileHandler = open( expSetFile, "w" )
-        expSetFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        expSetFileHandler.close()
-        
-        obsFile = "dummyObsFile"
-        
-        MapUtils.convertMapFileIntoSetFile( mapInputFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expSetFile, obsFile ) )
-        
-        for f in [ expSetFile, mapInputFile, obsFile ]:
-            os.remove( f )
-
-    def test_convertMapFileIntoSetFile_empty_file(self):
-        mapInputFile = "dummyFile.map"
-        mapFileHandler = open( mapInputFile, "w" )
-        mapFileHandler.close()
-        
-        expFile = "dummyExpFile.map.set"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.close()
-        
-        obsFile = "dummyFile.map.set"
-        
-        MapUtils.convertMapFileIntoSetFile( mapInputFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ expFile, mapInputFile, obsFile ]:
-            os.remove( f )
-            
-    def test_writeListInFile_empty_list(self):
-        lMaps = [ ]
-        expFileName = "expFileName"
-        fileHandle = open(expFileName, "w")
-        fileHandle.close()
- 
-        obsFileName = "obsFileName"
-        fileHandle = open(obsFileName, "w")
-        MapUtils.writeListInFile(lMaps, obsFileName, "w")
-        fileHandle.close()
-         
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_writeListInFile_list_one_set(self):
-        lMaps = [ Map( "map1", "map1seq", 1, 10 ) ]
-        line =  "map1\tmap1seq\t1\t10\n"
-       
-        expFileName = "expFileName"
- 
-        fileHandle = open(expFileName, "w")
-        fileHandle.write(line)
-        fileHandle.close()
- 
-        obsFileName = "obsFileName"
-        fileHandle = open(obsFileName, "w")
-        MapUtils.writeListInFile(lMaps, obsFileName, "w")
-        fileHandle.close()
-         
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-
-    def test_getMinLengthOfMapFile(self):
-        mapFileName = "%s/Gnome_tools/Vein_v4_scaffold_00001.fa.Nstretch.map" % os.environ["REPET_DATA"]
-        expMinLengthofMapFile = 20
-        iMap = MapUtils()
-        obsMinLengthofMapFile = iMap.getMinLengthOfMapFile(mapFileName)
-        self.assertEquals(expMinLengthofMapFile, obsMinLengthofMapFile)
-       
-    def test_getMaxLengthOfMapFile(self):
-        mapFileName = "%s/Gnome_tools/Vein_v4_scaffold_00001.fa.Nstretch.map" % os.environ["REPET_DATA"]
-        expMinLengthofMapFile = 6344
-        iMap = MapUtils()
-        obsMinLengthofMapFile = iMap.getMaxLengthOfMapFile(mapFileName)
-        self.assertEquals(expMinLengthofMapFile, obsMinLengthofMapFile)
-       
-
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_MapUtils ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_Match.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,363 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-from commons.core.coord.Match import Match
-from commons.core.coord.Path import Path
-
-
-class Test_Match( unittest.TestCase ):
-    
-    def test_eq_match_equals( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_query_name( self ):
-        tuple1 = ("Name", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_query_start( self ):
-        tuple1 = ("QName", 2, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_query_end( self ):
-        tuple1 = ("QName", 1, 6, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_query_length( self ):
-        tuple1 = ("QName", 1, 5, 6, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_query_length_perc( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.15, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_match_length_perc( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.25, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_name( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "Name", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_start( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 6, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_end( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 26, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_length( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 21, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_length_perc( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.16, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_e_value( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-21, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_score( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 16, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_identity( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 85.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_eq_match_not_equals_subject_id( self ):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 2)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertNotEquals( match1, match2 )
-        
-    def test_setFromTuple_direct_strand( self ):
-        tuple = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        obsMatch = Match()
-        obsMatch.setFromTuple(tuple)
-        expMatch = Match()
-        expMatch.range_query.seqname = "QName"
-        expMatch.range_query.start = 1
-        expMatch.range_query.end = 5
-        expMatch.query_length = 5
-        expMatch.query_length_perc = 0.1
-        expMatch.match_length_perc = 0.2
-        expMatch.range_subject.seqname = "SName"
-        expMatch.range_subject.start = 5
-        expMatch.range_subject.end = 25
-        expMatch.subject_length = 20
-        expMatch.subject_length_perc = 0.15
-        expMatch.e_value = 1e-20
-        expMatch.score = 15
-        expMatch.identity = 87.2
-        expMatch.id = 1
-        expMatch.subject_seqlength = int( expMatch.subject_length / expMatch.subject_length_perc )
-        expMatch.query_seqlength = int( expMatch.query_length / expMatch.query_length_perc )
-        self.assertEquals( expMatch, obsMatch )
-   
-    def test_setFromTuple_reverse_strand_on_subject( self ):
-        tuple = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 25, 5, 20, 0.15, 1e-20, 15, 87.2, 1)
-        obsMatch = Match()
-        obsMatch.setFromTuple(tuple)
-        expMatch = Match()
-        expMatch.range_query.seqname = "QName"
-        expMatch.range_query.start = 1
-        expMatch.range_query.end = 5
-        expMatch.query_length = 5
-        expMatch.query_length_perc = 0.1
-        expMatch.match_length_perc = 0.2
-        expMatch.range_subject.seqname = "SName"
-        expMatch.range_subject.start = 25
-        expMatch.range_subject.end = 5
-        expMatch.subject_length = 20
-        expMatch.subject_length_perc = 0.15
-        expMatch.e_value = 1e-20
-        expMatch.score = 15
-        expMatch.identity = 87.2
-        expMatch.id = 1
-        expMatch.subject_seqlength = int( expMatch.subject_length / expMatch.subject_length_perc )
-        expMatch.query_seqlength = int( expMatch.query_length / expMatch.query_length_perc )
-        self.assertEquals( expMatch, obsMatch )
-        
-    def test_setFromTuple_reverse_strand_on_query( self ):
-        tuple = ("QName", 5, 1, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        obsMatch = Match()
-        obsMatch.setFromTuple(tuple)
-        expMatch = Match()
-        expMatch.range_query.seqname = "QName"
-        expMatch.range_query.start = 1
-        expMatch.range_query.end = 5
-        expMatch.query_length = 5
-        expMatch.query_length_perc = 0.1
-        expMatch.match_length_perc = 0.2
-        expMatch.range_subject.seqname = "SName"
-        expMatch.range_subject.start = 25
-        expMatch.range_subject.end = 5
-        expMatch.subject_length = 20
-        expMatch.subject_length_perc = 0.15
-        expMatch.e_value = 1e-20
-        expMatch.score = 15
-        expMatch.identity = 87.2
-        expMatch.id = 1
-        expMatch.subject_seqlength = int( expMatch.subject_length / expMatch.subject_length_perc )
-        expMatch.query_seqlength = int( expMatch.query_length / expMatch.query_length_perc )
-        self.assertEquals( expMatch, obsMatch )
-        
-    def test_setFromTuple_reverse_strand_on_query_and_subject( self ):
-        tuple = ("QName", 5, 1, 5, 0.1, 0.2, "SName", 25, 5, 20, 0.15, 1e-20, 15, 87.2, 1)
-        obsMatch = Match()
-        obsMatch.setFromTuple(tuple)
-        expMatch = Match()
-        expMatch.range_query.seqname = "QName"
-        expMatch.range_query.start = 1
-        expMatch.range_query.end = 5
-        expMatch.query_length = 5
-        expMatch.query_length_perc = 0.1
-        expMatch.match_length_perc = 0.2
-        expMatch.range_subject.seqname = "SName"
-        expMatch.range_subject.start = 5
-        expMatch.range_subject.end = 25
-        expMatch.subject_length = 20
-        expMatch.subject_length_perc = 0.15
-        expMatch.e_value = 1e-20
-        expMatch.score = 15
-        expMatch.identity = 87.2
-        expMatch.id = 1
-        expMatch.subject_seqlength = int( expMatch.subject_length / expMatch.subject_length_perc )
-        expMatch.query_seqlength = int( expMatch.query_length / expMatch.query_length_perc )
-        self.assertEquals( expMatch, obsMatch )
-        
-    def test_toString( self ):        
-        tuple = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match = Match()
-        match.setFromTuple(tuple)
-        expString = "QName\t1\t5\t5\t%f\t%f\tSName\t5\t25\t20\t%f\t%g\t15\t%f\t1" % (0.1,0.2,0.15,1e-20, 87.2)
-        obsString = match.toString()
-        self.assertEquals(expString, obsString)
-        
-    def test_getPathInstance( self ):
-        tuple = ( "QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1 )
-        match = Match()
-        match.setFromTuple( tuple )
-        tuple = ( 1, "QName", 1, 5, "SName", 5, 25, 1e-20, 15, 87.2 )
-        exp = Path()
-        exp.setFromTuple( tuple )
-        obs = match.getPathInstance()
-        self.assertEqual( exp, obs )
-        
-    def test_getQryIsIncluded(self):
-        tuple = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match = Match()
-        match.setFromTuple(tuple)
-        expString = "query QName (50 bp: 1-5) is contained in subject SName (133 bp: 5-25): id=87.20 - 0.100 - 0.200 - 0.150"
-        obsString = match.getQryIsIncluded()
-        self.assertEquals(expString, obsString)
-        
-    def test_isDoublonWith_Matchs_equals(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertTrue(match1.isDoublonWith(match2))
-        
-    def test_isDoublonWith_Matchs_unequals_on_MatchNumbers(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 86.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertFalse(match1.isDoublonWith(match2))
-        
-    def test_isDoublonWith_Matchs_unequals_on_SeqNames(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 5, 5, 0.1, 0.2, "Name", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertFalse(match1.isDoublonWith(match2))
-        
-    def test_isDoublonWith_Matchs_unequals_on_Coordinates(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("QName", 1, 6, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertFalse(match1.isDoublonWith(match2))
-        
-    def test_isDoublonWith_Reversed_Matchs_equals(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("SName", 5, 25, 20, 0.15, 0.2, "QName", 1, 5, 5, 0.1, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertTrue(match1.isDoublonWith(match2))
-        
-    def test_isDoublonWith_Reversed_Matchs_unequals(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        match1 = Match()
-        match1.setFromTuple(tuple1)
-        tuple2 = ("SName", 5, 25, 20, 0.15, 0.2, "QName", 1, 6, 5, 0.1, 1e-20, 15, 87.2, 1)
-        match2 = Match()
-        match2.setFromTuple(tuple2)
-        self.assertFalse(match1.isDoublonWith(match2))
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Match ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_MatchUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,439 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.MatchUtils import MatchUtils
-from commons.core.coord.Match import Match
-from commons.core.seq.BioseqDB import BioseqDB
-
-
-class Test_MatchUtils( unittest.TestCase ):
-    
-    def test_getMatchListFromFile( self ):
-        inFile = "dummyInFile"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n" )
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m1.write( inFileHandler )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2.write( inFileHandler )
-        inFileHandler.close()
-        
-        lExp = [ m1, m2 ]
-        
-        lObs = MatchUtils.getMatchListFromFile( inFile )
-        
-        self.assertEquals( lExp, lObs )
-        
-        os.remove( inFile )
-        
-    def test_getDictOfListsWithSubjectAsKey( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        lMatch = [ m1, m2 ]
-        
-        dExp = { "SName1": [ m1 ], "SName2": [ m2 ] }
-        
-        dObs = MatchUtils.getDictOfListsWithSubjectAsKey( lMatch )
-        
-        self.assertEquals( dExp, dObs )
-        
-    def test_getDictOfListsWithQueryAsKey( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName1", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName2", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m3 = Match()
-        m3.setFromTuple( ("QName1", 1, 5, 5, 0.1, 0.2, "SName3", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        lMatch = [ m1, m2, m3 ]
-        
-        dExp = { "QName1": [ m1, m3 ], "QName2": [ m2 ] }
-        
-        dObs = MatchUtils.getDictOfListsWithQueryAsKey( lMatch )
-        
-        self.assertEquals( dExp, dObs )
-    
-    def test_getIdListFromMatchList( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 10) )
-        lMatch = [ m1, m2 ]  
-        
-        lExp = [1, 10]       
-        
-        lObs = MatchUtils.getIdListFromMatchList( lMatch )
-        
-        self.assertEquals(lExp, lObs)
-        
-    def test_getIdListFromMatchList_empty_list( self ):
-        lMatch = []  
-        lExp = []       
-        
-        lObs = MatchUtils.getIdListFromMatchList( lMatch )
-        
-        self.assertEquals(lExp, lObs)
-        
-    def test_writeListInFile_without_header( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 10) )
-        lMatch = [ m1, m2 ]  
-        
-        line1 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName1\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t1\n"
-        line2 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName2\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t10\n"
-        
-        expFileName = "expFileName.match"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.close()
-        
-        obsFileName = "obsFileName.match"
-        
-        MatchUtils.writeListInFile( lMatch, obsFileName )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove( obsFileName )
-        os.remove( expFileName )
-
-    def test_writeListInFile_with_header( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 10) )
-        lMatch = [ m1, m2 ]  
-        
-        headerLine = "query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n"
-        
-        line1 = headerLine
-        line2 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName1\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t1\n"
-        line3 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName2\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t10\n"
-        
-        expFileName = "expFileName.match"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.write(line3)
-        expFileHandle.close()
-        
-        obsFileName = "obsFileName.match"
-        
-        MatchUtils.writeListInFile( lMatch, obsFileName, header=headerLine )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove( obsFileName )
-        os.remove( expFileName )
-        
-    def test_writeListInFile_with_append_mode( self ):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName1", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 10) )
-        lMatch = [ m1, m2 ]  
-        
-        line1 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName1\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t1\n"
-        line2 = "QName\t1\t5\t5\t0.100000\t0.200000\tSName2\t5\t25\t20\t0.150000\t1e-20\t15\t87.200000\t10\n"
-        
-        expFileName = "expFileName.match"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.close()
-        
-        obsFileName = "obsFileName.match"
-        obsFileHandle = open ( obsFileName, 'w' )
-        obsFileHandle.write(line1)
-        obsFileHandle.close()
-        
-        MatchUtils.writeListInFile( lMatch, obsFileName, 'a' )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove( obsFileName )
-        os.remove( expFileName )       
-
-    def test_rmvDuplicateMatches(self):
-        m1 = Match()
-        m1.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        m2 = Match()
-        m2.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName2", 5, 25, 20, 0.15, 1e-20, 15, 86.2, 1) )
-        m3 = Match()
-        m3.setFromTuple( ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1) )
-        lMatch = [ m1, m3, m2 ]  
-        
-        lExp = [m1, m2]
-        lObs = MatchUtils.rmvDuplicateMatches(lMatch)
-        
-        self.assertEquals(lExp, lObs)
-        
-    def test_filterDiffQrySbj_same_seq(self):
-        fastaFileName = "file.fa"
-        self._writeFastaFile(fastaFileName)
-        qryDB = BioseqDB(fastaFileName)
-        tabFileName = "file.tab"
-        self._writeMatchFile(tabFileName)
-        
-        expListToKeep = ["HELITRON2"]
-        obsListToKeep = MatchUtils.filterDiffQrySbj(qryDB,tabFileName, 0.95, 0.98, 2)
-        self.assertEquals(expListToKeep, obsListToKeep)
-        os.remove(fastaFileName)
-        os.remove(tabFileName)
-
-    def test_filterDiffQrySbj_TE_included_in_67percent_in_other_TE(self):
-        fastaFileName = "file.fa"
-        self._writeFastaFile2(fastaFileName)
-        qryDB = BioseqDB(fastaFileName)
-        tabFileName = "file.tab"
-        self._writeMatchFile2(tabFileName)
-        expListToKeep = []
-        obsListToKeep = MatchUtils.filterDiffQrySbj(qryDB, tabFileName, 0.95, 0.98, 2)
-        self.assertEquals(expListToKeep, obsListToKeep)
-        os.remove(fastaFileName)
-        os.remove(tabFileName)
-        
-    def test_getNbDistinctSequencesInsideMatchesWithThresh_query(self):
-        tabFileName = "file.tab"
-        self._writeMatchFile3(tabFileName)
-        lMatches = MatchUtils.getMatchListFromFile(tabFileName)
-        expNbDistinctMatches = 1
-        obsNbDistinctMatches = MatchUtils.getNbDistinctSequencesInsideMatchesWithThresh(lMatches,0.95, 0.98,"query")
-        self.assertEquals(expNbDistinctMatches, obsNbDistinctMatches)
-        os.remove(tabFileName)
-        
-    def test_getNbDistinctSequencesInsideMatchesWithThresh_subject(self):
-        tabFileName = "file.tab"
-        self._writeMatchFile3(tabFileName)
-        lMatches = MatchUtils.getMatchListFromFile(tabFileName)
-        expNbDistinctMatches = 1
-        obsNbDistinctMatches = MatchUtils.getNbDistinctSequencesInsideMatchesWithThresh(lMatches,0.95, 0.98,"subject")
-        self.assertEquals(expNbDistinctMatches, obsNbDistinctMatches)
-        os.remove(tabFileName)
-        
-    def test_convertMatchFileToAlignFile(self):
-        inputMatchFileName = "file.tab"
-        expAlignFileName = "expected.align"
-        obsAlignFileName = "file.align"
-        
-        self._writeExpAlignFile(expAlignFileName)
-        self._writeMatchFile4(inputMatchFileName)
-        MatchUtils.convertMatchFileToAlignFile(inputMatchFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expAlignFileName, obsAlignFileName))
-        
-        os.remove(inputMatchFileName)
-        os.remove(expAlignFileName)
-        os.remove(obsAlignFileName)
-    
-    def test_convertMatchFileToAlignFile_empty_file(self):
-        inputMatchFileName = "file.tab"
-        expAlignFileName = "expected.align"
-        obsAlignFileName = "file.align"
-        
-        f = open(expAlignFileName, "w")
-        f.close()
-        f = open(inputMatchFileName, "w")
-        f.close()
-        MatchUtils.convertMatchFileToAlignFile(inputMatchFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expAlignFileName, obsAlignFileName))
-        
-        os.remove(inputMatchFileName)
-        os.remove(expAlignFileName)
-        os.remove(obsAlignFileName)
-            
-    def test_generateMatchFileWithNewPathId(self):
-        inputMatchFileName = "file.tab"
-        expMatchFileName = "expected.tab"
-        obsMatchFileName = "obsFile.tab"
-        
-        self._writeMatchFile5(inputMatchFileName)
-        self._writeExpMatchFile(expMatchFileName)        
-        MatchUtils.generateMatchFileWithNewPathId(inputMatchFileName, obsMatchFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expMatchFileName, obsMatchFileName))
-        
-        os.remove(inputMatchFileName)
-        os.remove(expMatchFileName)
-        os.remove(obsMatchFileName)
-        
-    def test_generateMatchFileWithNewPathId_empty_file(self):
-        inputMatchFileName = "file.tab"
-        expMatchFileName = "expected.tab"
-        obsMatchFileName = "obsFile.tab"
-        
-        f = open(expMatchFileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.close()
-        f = open(inputMatchFileName, "w")
-        f.close()
-        MatchUtils.generateMatchFileWithNewPathId(inputMatchFileName, obsMatchFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expMatchFileName, obsMatchFileName))
-        
-        os.remove(inputMatchFileName)
-        os.remove(expMatchFileName)
-        os.remove(obsMatchFileName)
-        
-    def test_convertMatchFileIntoABCFileOnQueryCoverage(self):
-        matchFileName = "dummy.tab"
-        with open(matchFileName, "w") as f:
-            f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-            f.write("chr3\t1\t100\t100\t0.98\t0.95\tchr5\t11\t110\t100\t0.95\t1e-52\t133\t87.200000\n")
-            f.write("chr7\t1\t200\t200\t0.98\t0.95\tchr2\t11\t210\t200\t0.95\t1e-78\t235\t98.900000\n")
-            f.write("chr5\t1\t100\t100\t0.95\t0.95\tchr3\t11\t110\t100\t0.98\t1e-52\t133\t87.200000\n")
-            f.write("chr2\t1\t200\t200\t0.95\t0.95\tchr7\t11\t210\t200\t0.98\t1e-78\t235\t98.900000\n")
-        expFileName = "exp.abc"
-        with open(expFileName, "w") as f:
-            f.write("chr3\tchr5\t0.98\n")
-            f.write("chr7\tchr2\t0.98\n")
-            f.write("chr5\tchr3\t0.95\n")
-            f.write("chr2\tchr7\t0.95\n")
-        obsFileName = "obs.abc"
-        
-        MatchUtils.convertMatchFileIntoABCFileOnQueryCoverage(matchFileName, obsFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(matchFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_convertMatchFileIntoABCFileOnQueryCoverage_coverage_threshold_85(self):
-        matchFileName = "dummy.tab"
-        with open(matchFileName, "w") as f:
-            f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-            f.write("chr3\t1\t100\t100\t0.98\t0.95\tchr5\t11\t110\t100\t0.95\t1e-52\t133\t87.200000\n")
-            f.write("chr7\t1\t200\t200\t0.98\t0.95\tchr2\t11\t210\t200\t0.95\t1e-78\t235\t98.900000\n")
-            f.write("chr5\t1\t100\t100\t0.85\t0.95\tchr3\t11\t110\t100\t0.98\t1e-52\t133\t87.200000\n")
-            f.write("chr2\t1\t200\t200\t0.80\t0.95\tchr7\t11\t210\t200\t0.98\t1e-78\t235\t98.900000\n")
-        expFileName = "exp.abc"
-        with open(expFileName, "w") as f:
-            f.write("chr3\tchr5\t0.98\n")
-            f.write("chr7\tchr2\t0.98\n")
-            f.write("chr5\tchr3\t0.85\n")
-        obsFileName = "obs.abc"
-        
-        MatchUtils.convertMatchFileIntoABCFileOnQueryCoverage(matchFileName, obsFileName, coverage = 0.85)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(matchFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def _writeFastaFile(self, fileName):
-        f = open(fileName, "w")
-        f.write(">HELITRON3\n")
-        f.write("GGCCAGTCACAATGGGGGTTTCACTGGTGTGTCATGCACATTTAATAGGGGTAAGACTGA\n")
-        f.write("ATAAAAAATGATTATTTGCATGAAATGGGGATGAGAGAGAAGGAAAGAGTTTCATCCTGG\n")
-        f.write("GATTCGTTTCATTCACCGGATCTCTTGCGTCCGCCTCCGCCGTGCGACCTCCGCATTCTC\n")
-        f.write(">HELITRON2\n")
-        f.write("GGCCAGTCACAATGGGGGTTTCACTGGTGTGTCATGCACATTTAATAGGGGTAAGACTGA\n")
-        f.write("ATAAAAAATGATTATTTGCATGAAATGGGGATGAGAGAGAAGGAAAGAGTTTCATCCTGG\n")
-        f.write("GATTCGTTTCATTCACCGGATCTCTTGCGTCCGCCTCCGCCGTGCGACCTCCGCATTCTC\n")
-        f.close()
-
-    def _writeMatchFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("HELITRON3\t1\t180\t180\t1\t1\tHELITRON2\t1\t180\t180\t1\t2e-103\t357\t100\t1\n")
-        f.close()
-        
-    def _writeFastaFile2(self, fileName):
-        f = open(fileName, "w")
-        f.write(">header2\n")
-        f.write("TTTCACTGGTGTGTCATGCACATTTAATAGGGGTAAGACTGAATAAAAAATGATTATTTG\n")
-        f.write("CATGAAATGGGGATGAGAGAGAAGGAAAGAGTTTCATCCTGGGATTCGTTTCATTCACCG\n")
-        f.close()
-
-    def _writeMatchFile2(self, fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("header2\t1\t120\t120\t1\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100\t1\n")
-        f.close()
-        
-    def _writeMatchFile3(self, fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("header2\t1\t120\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100\t1\n")
-        f.write("header3\t1\t120\t120\t0.99\t0.994157\tBS31790\t19\t138\t120\t0.994157\t3e-68\t238\t100\t1\n")
-        f.write("header4\t1\t120\t120\t1\t0.94157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t67\t1\n")
-        f.close()
-        
-    def _writeMatchFile4(self, fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("header2\t1\t120\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100\t1\n")
-        f.write("header3\t120\t220\t120\t0.99\t0.994157\tBS31790\t19\t138\t120\t0.994157\t3e-65\t238\t100\t1\n")
-        f.write("header4\t1\t120\t120\t1\t0.94157\tBS31790\t19\t138\t120\t0.674157\t3e-67\t244\t90\t1\n")
-        f.close()
-        
-    def _writeExpAlignFile(self,fileName):
-        f = open(fileName, "w")
-        f.write("header2\t1\t120\tBS31790\t19\t138\t3e-68\t238.0\t100.0\n")
-        f.write("header3\t120\t220\tBS31790\t19\t138\t3e-65\t238.0\t100.0\n")
-        f.write("header4\t1\t120\tBS31790\t19\t138\t3e-67\t244.0\t90.0\n")
-        f.close()
-        
-    def _writeMatchFile5(self,fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("header2\t1\t120\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100\t1\n")
-        f.write("header2\t124\t144\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100\t1\n")
-        f.write("header3\t120\t220\t120\t0.99\t0.994157\tBS31790\t19\t138\t120\t0.994157\t3e-65\t238\t100\t1\n")
-        f.write("header4\t1\t120\t120\t1\t0.94157\tBS31790\t19\t138\t120\t0.674157\t3e-67\t244\t90\t1\n")
-        f.close()
-        
-    def _writeExpMatchFile(self,fileName):
-        f = open(fileName, "w")
-        f.write("query.name\tquery.start\tquery.end\tquery.length\tquery.length.%\tmatch.length.%\tsubject.name\tsubject.start\tsubject.end\tsubject.length\tsubject.length.%\tE.value\tScore\tIdentity\tpath\n")
-        f.write("header2\t1\t120\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100.000000\t1\n")
-        f.write("header2\t124\t144\t120\t0.674157\t0.674157\tBS31790\t19\t138\t120\t0.674157\t3e-68\t238\t100.000000\t1\n")
-        f.write("header3\t120\t220\t120\t0.990000\t0.994157\tBS31790\t19\t138\t120\t0.994157\t3e-65\t238\t100.000000\t2\n")
-        f.write("header4\t1\t120\t120\t1.000000\t0.941570\tBS31790\t19\t138\t120\t0.674157\t3e-67\t244\t90.000000\t3\n")
-        f.close()
-    
-
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_MatchUtils ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_MergedRange.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,119 +0,0 @@
-import unittest
-from commons.core.coord.MergedRange import MergedRange
-from commons.core.coord.Match import Match
-
-class Test_MergedRange(unittest.TestCase):
-    
-    def test_eq_True(self):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([1], 6, 10)
-        self.assertEquals(mr1, mr2)
-    
-    def test_eq_different_list(self):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([1, 2], 6, 10)
-        self.assertNotEquals(mr1, mr2)
-    
-    def test_eq_different_start(self):
-        mr1 = MergedRange([1], 5, 10)
-        mr2 = MergedRange([1], 6, 10)
-        self.assertNotEquals(mr1, mr2)
-    
-    def test_eq_different_end(self):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([1], 6, 11)
-        self.assertNotEquals(mr1, mr2)
-
-    def test_isOverlapping_no( self ):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 16, 20)
-        exp = False
-        obs = mr1.isOverlapping( mr2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes( self ):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 5, 20)
-        exp = True
-        obs = mr1.isOverlapping( mr2 )
-        self.assertEquals( exp, obs )
-
-    def test_isOverlapping_range1_before_range2( self ):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 8, 15)
-        exp = True
-        obs = mr1.isOverlapping( mr2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_range1_after_range2( self ):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 1, 8)
-        exp = True
-        obs = mr1.isOverlapping( mr2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_range1_equal_range2( self ):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 6, 10)
-        exp = True
-        obs = mr1.isOverlapping( mr2 )
-        self.assertEquals( exp, obs )
-    
-    def test_merge_mr1_with_mr2(self):
-        otherMergedRange = MergedRange()
-        otherMergedRange._lId.append(3)
-        otherMergedRange._start = 1
-        otherMergedRange._end = 10
-        
-        mr1 = MergedRange()
-        mr1._lId.append(1)
-        mr1._start = 6
-        mr1._end = 10
-        
-        mr2 = MergedRange([2], 1, 15)
-        mr1.merge(mr2)
-        
-        exp = MergedRange([1, 2], 1, 15)
-        self.assertEquals(exp, mr1)
-        
-    def test_merge_mr2_with_mr1(self):
-        mr1 = MergedRange([1], 6, 10)
-        mr2 = MergedRange([2], 1, 15)
-        mr2.merge(mr1)
-        exp = MergedRange([1, 2], 1, 15)
-        self.assertEquals(exp, mr2)
-        
-    def test_setFromMatch(self):
-        tuple = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        iMatch = Match()
-        iMatch.setFromTuple(tuple)
-        
-        expMergedRange = MergedRange([1], 1, 5)
-        obsMergedRange = MergedRange()
-        obsMergedRange.setFromMatch(iMatch)
-        
-        self.assertEquals(expMergedRange, obsMergedRange)
-    
-    def test_getMergedRangeListFromMatchList(self):
-        tuple1 = ("QName", 1, 5, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 1)
-        iMatch1 = Match()
-        iMatch1.setFromTuple(tuple1)
-        tuple2 = ("QName", 10, 15, 5, 0.1, 0.2, "SName", 5, 25, 20, 0.15, 1e-20, 15, 87.2, 2)
-        iMatch2 = Match()
-        iMatch2.setFromTuple(tuple2)
-        lMatch = [iMatch1, iMatch2]
-        
-        explMergedRange = [MergedRange([1], 1, 5), MergedRange([2], 10, 15)]
-        obslMergedRange = MergedRange.getMergedRangeListFromMatchList(lMatch)
-
-        self.assertEquals(explMergedRange, obslMergedRange)
-    
-    def test_getMergedRangeListFromMatchList_empty_list(self):
-        lMatch = []
-        explMergedRange = []
-        obslMergedRange = MergedRange.getMergedRangeListFromMatchList(lMatch)
-
-        self.assertEquals(explMergedRange, obslMergedRange)
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/coord/test/Test_Path.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,146 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-from commons.core.coord.Path import Path
-from commons.core.coord.Align import Align
-from commons.core.coord.Set import Set
-
-
-class Test_Path( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._path = Path()
-        
-    def test_setFromTuple( self ):
-        line = "1\tchr1\t1\t10\tTE2\t11\t17\t1e-20\t30\t90.2"
-        self._path.setFromTuple( line.split("\t") )
-        self.assertEqual( self._path.id, 1 )
-        self.assertEqual( self._path.range_query.seqname, "chr1" )
-        self.assertEqual( self._path.range_query.start, 1 )
-        self.assertEqual( self._path.range_query.end, 10 )
-        self.assertEqual( self._path.range_subject.seqname, "TE2" )
-        self.assertEqual( self._path.range_subject.start, 11 )
-        self.assertEqual( self._path.range_subject.end, 17 )
-        self.assertEqual( self._path.e_value, float("1e-20") )
-        self.assertEqual( self._path.score, float("30") )
-        self.assertEqual( self._path.identity, float("90.2") )
-        
-    def test___eq__( self ):
-        self._path.setFromString( "1\tchr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        o = Path()
-        o.setFromString( "1\tchr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertEqual( self._path,  o )
-        o.setFromString( "2\tchr1\t1\t6\tTE2\t11\t16\t1e-20\t30\t90.2\n" )
-        self.assertNotEqual( self._path,  o )
-        o.setFromString( "1\tchr1\t1\t6\tTE2\t11\t16\t1e-20\t3000000\t90.2\n" )
-        self.assertNotEqual( self._path,  o )
-        
-    def test_canMerge( self ):
-        tuple = ("1", "chr1","1", "10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("2", "chr1","2", "9","TE2","10","13","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertTrue(self._path.canMerge(o))
-        
-    def test_canMerge_on_same_id ( self ): 
-        tuple = ("1", "chr1","1", "10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("1", "chr1","2", "9","TE2","10","13","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertFalse(self._path.canMerge(o))
-        
-    def test_canMerge_on_same_chr( self ):     
-        tuple = ("1", "chr1","1", "10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("2", "chr2","2", "9","TE2","10","13","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertFalse(self._path.canMerge(o))
-        
-    def test_canMerge_on_diff_subj( self ):      
-        tuple = ("1", "chr1","1", "10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("2", "chr1","2", "9","TE3","10","13","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertFalse(self._path.canMerge(o)) 
-        
-    def test_canMerge_on_queries_that_do_not_overlap( self ):
-        tuple = ("1", "chr1","5", "11","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("2", "chr1","1", "4","TE2","10","13","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertFalse(self._path.canMerge(o)) 
-        
-    def test_canMerge_on_subjects_that_do_not_overlap( self ):    
-        tuple = ("1", "chr1","1", "10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        tuple = ("2", "chr1","2", "9","TE2","1","10","1e-20","30","90.2")
-        o = Path()
-        o.setFromTuple(tuple)
-        self.assertFalse(self._path.canMerge(o))
-        
-    def test_getSubjectAsSetOfQuery( self ):
-        tuple = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        exp = Set(1,"TE2","chr1",1,10)
-        obs = self._path.getSubjectAsSetOfQuery()
-        self.assertEqual( exp, obs )
-        
-    def test_getSubjectAsSetOfQuery_on_neg_strand( self ):
-        tuple = ("1","chr1","10","1","TE2","11","17","1e-20","30","90.2")
-        self._path.setFromTuple(tuple)
-        exp = Set(1,"TE2","chr1",10,1)
-        obs = self._path.getSubjectAsSetOfQuery()
-        self.assertEqual( exp, obs )
-        
-    def test_toString( self ):
-        self._path.setFromString( "1\tchr1\t1\t10\tTE3\t11\t17\t1e-20\t30\t85.2\n" )
-        exp = "1\tchr1\t1\t10\tTE3\t11\t17\t%g\t30\t%f" % ( 1e-20, 85.2 )
-        obs = self._path.toString()
-        self.assertEqual( obs, exp )
-        
-    def test_getAlignInstance( self ):
-        self._path.setFromTuple( ( "2", "chr3", "250", "151", "seq5", "1", "100", "1e-32", "147", "87.9" ) )
-        expAlign = Align()
-        expAlign.setFromTuple( ( "chr3", "151", "250", "seq5", "100", "1", "1e-32", "147", "87.9" ) )
-        obsAlign = self._path.getAlignInstance()
-        self.assertEqual( expAlign, obsAlign )
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Path ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_PathUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,1667 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import time
-from commons.core.coord.PathUtils import PathUtils
-from commons.core.coord.Path import Path
-from commons.core.coord.Set import Set
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Range import Range
-from commons.core.coord.Align import Align
-
-
-class Test_PathUtils ( unittest.TestCase ):
-
-    def test_getSetListFromQueries( self ):
-        set1 = Set(1,"TE2","chr1",1,10)
-        set2 = Set(1,"TE2","chr1",10,1)
-        set3 = Set(1,"TE3","chr4",12,22)
-    
-        expList = [set1, set2, set3]
-
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        tuple2 = ("1","chr1","10","1","TE2","11","17","1e-20","30","90.2")
-        tuple3 = ("1","chr4","12","22","TE3","11","17","1e-20","30","90.2")
-
-        pathList = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-
-        obsList = PathUtils.getSetListFromQueries( pathList )
-
-        self.assertEquals( expList, obsList )
-        
-    
-    def test_getSetListFromQueries_on_empty_list( self ):
-        expList = []
-        obsList = PathUtils.getSetListFromQueries( [] )
-
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_getSetListFromQueries_on_list_size1( self ):
-        set1 = Set(1,"TE2","chr1",1,10)
-        
-        expList = [set1]
-        
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        path1 = Path()
-        path1.setFromTuple(tuple1)
-        
-        pathList = [path1]
-        obsList = PathUtils.getSetListFromQueries( pathList )
-        
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_getRangeListFromSubjects_initiallyOrdered_directStrand( self ):
-        tuple1 = ("1","chr1","1","10","TE2","1","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","21","30","TE2","11","20","1e-20","30","90.2")
-        tuple3 = ("1","chr1","41","50","TE2","21","30","1e-20","30","90.2")
-        lPaths = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        iSet1 = Range( "TE2", 1, 10 )
-        iSet2 = Range( "TE2", 11, 20 )
-        iSet3 = Range( "TE2", 21, 30 )
-        lExp = [ iSet1, iSet2, iSet3 ]
-        
-        lObs = PathUtils.getRangeListFromSubjects( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getRangeListFromSubjects_initiallyUnordered_directStrand( self ):
-        tuple1 = ("1","chr1","1","10","TE2","1","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","41","50","TE2","21","30","1e-20","30","90.2")
-        tuple3 = ("1","chr1","21","30","TE2","11","20","1e-20","30","90.2")
-        lPaths = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        iSet1 = Range( "TE2", 1, 10 )
-        iSet2 = Range( "TE2", 11, 20 )
-        iSet3 = Range( "TE2", 21, 30 )
-        lExp = [ iSet1, iSet2, iSet3 ]
-        
-        lObs = PathUtils.getRangeListFromSubjects( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getRangeListFromSubjects_initiallyUnordered_reverseStrand( self ):
-        tuple1 = ("1","chr1","1","10","TE2","10","1","1e-20","30","90.2")
-        tuple2 = ("1","chr1","41","50","TE2","30","21","1e-20","30","90.2")
-        tuple3 = ("1","chr1","21","30","TE2","20","11","1e-20","30","90.2")
-        lPaths = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        iSet3 = Range( "TE2", 30, 21 )
-        iSet2 = Range( "TE2", 20, 11 )
-        iSet1 = Range( "TE2", 10, 1 )
-        lExp = [ iSet1, iSet2, iSet3 ]
-        
-        lObs = PathUtils.getRangeListFromSubjects( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getQueryMinMaxFromPathList( self ):
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        tuple2 = ("1","chr1","10","1","TE2","11","17","1e-20","30","90.2")
-        tuple3 = ("1","chr4","12","22","TE3","11","17","1e-20","30","90.2")
-        
-        pathList = self._makePathListFromTupleList([tuple1, tuple2, tuple3])
-        
-        obsTuple = PathUtils.getQueryMinMaxFromPathList( pathList )
-        expTuple = (1,22) 
-        
-        self.assertEquals(expTuple, obsTuple)
-        
-    def test_getQueryMinMaxFromPathList_on_empty_list( self ):
-        obsTuple = PathUtils.getQueryMinMaxFromPathList( [] )
-        expTuple = (-1,-1)
-        self.assertEquals( expTuple, obsTuple )
-        
-    def test_getQueryMinMaxFromPathList_on_list_size1( self ):
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        path1 = Path()
-        path1.setFromTuple(tuple1)
-        
-        pathList = [path1]
-        obsTuple = PathUtils.getQueryMinMaxFromPathList( pathList )
-        
-        expTuple = (1,10) 
-        
-        self.assertEquals(expTuple, obsTuple)
-        
-    def test_getSubjectMinMaxFromPathList( self ):
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        tuple2 = ("1","chr1","10","1","TE2","17","11","1e-20","30","90.2")
-        tuple3 = ("1","chr4","12","22","TE3","22","34","1e-20","30","90.2")
-        
-        pathList = self._makePathListFromTupleList([tuple1, tuple2, tuple3])
-        obsTuple = PathUtils.getSubjectMinMaxFromPathList(pathList)
-        
-        expTuple = (11,34) 
-        
-        self.assertEquals(expTuple, obsTuple)
-        
-    def test_getSubjectMinMaxFromPathList_on_empty_list( self ):
-        obsTuple = PathUtils.getSubjectMinMaxFromPathList([])
-        expTuple = (-1,-1)
-        self.assertEquals(expTuple, obsTuple)
-        
-    def test_getSubjectMinMaxFromPathList_on_list_size1( self ):
-        tuple1 = ("1","chr1","1","10","TE2","11","17","1e-20","30","90.2")
-        path1 = Path()
-        path1.setFromTuple(tuple1)
-        
-        pathList = [path1]
-        obsTuple = PathUtils.getSubjectMinMaxFromPathList(pathList)
-        
-        expTuple = (11,17) 
-        
-        self.assertEquals(expTuple, obsTuple)
-        
-    def test_areQueriesOverlappingBetweenPathLists_list2_empty( self ):
-        tuple1 = ("1","chr1","100","110","TE2","15","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","200","220","TE2","15","10","1e-20","30","90.2")
-        tuple3 = ("1","chr1","300","330","TE2","15","10","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList([tuple1, tuple2, tuple3])
-        
-        pathList2 = []
-        
-        expRes = False
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areQueriesOverlappingBetweenPathLists_list2_size1( self ):
-        tuple1 = ("1","chr1","9","11","TE2","150","200","1e-20","30","90.2")
-        tuple2 = ("1","chr1","20","22","TE2","150","200","1e-20","30","90.2")
-        tuple3 = ("1","chr1","30","33","TE2","150","200","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        tuple11 = ("1","chr1","8","11","TE2","150","200","1e-20","30","90.2")
-        pathList2 = self._makePathListFromTupleList( [ tuple11 ] )
-        
-        expRes = True
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areQueriesOverlappingBetweenPathLists_list1_greater_list2( self ):
-        tuple1 = ("1","chr1","100","110","TE2","15","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","200","220","TE2","15","10","1e-20","30","90.2")
-        tuple3 = ("1","chr1","300","330","TE2","15","10","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        tuple11 = ("1","chr1","10","11","TE2","150","200","1e-20","30","90.2")
-        tuple22 = ("1","chr1","20","22","TE2","150","200","1e-20","30","90.2")
-        tuple33 = ("1","chr1","30","33","TE2","150","200","1e-20","30","90.2")
-        pathList2 = self._makePathListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = False
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areQueriesOverlappingBetweenPathLists_unordered_first_item_of_list1_greater_second_item_smaller( self ):
-        tuple1 = ("1","chr1","400","440","TE2","15","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","1","11","TE2","15","10","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","15","17","TE2","150","200","1e-20","30","90.2")
-        tuple22 = ("1","chr1","20","22","TE2","150","200","1e-20","30","90.2")
-        tuple33 = ("1","chr1","30","33","TE2","150","200","1e-20","30","90.2")
-        pathList2 = self._makePathListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = False
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areQueriesOverlappingBetweenPathLists_unorderd_second_item_of_list1_overlap_first_item( self ):
-        tuple1 = ("1","chr1","400","440","TE2","15","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","1","18","TE2","15","10","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","15","17","TE2","150","200","1e-20","30","90.2")
-        tuple22 = ("1","chr1","20","22","TE2","150","200","1e-20","30","90.2")
-        tuple33 = ("1","chr1","30","33","TE2","150","200","1e-20","30","90.2")
-        pathList2 = self._makePathListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = True
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areQueriesOverlappingBetweenPathLists_last_item_list1_overlap_last_item_list2( self ):
-        tuple1 = ("1","chr1","400","440","TE2","15","10","1e-20","30","90.2")
-        tuple2 = ("1","chr1","320","340","TE2","15","10","1e-20","30","90.2")
-        pathList1 = self._makePathListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","100","110","TE2","150","200","1e-20","30","90.2")
-        tuple22 = ("1","chr1","200","220","TE2","150","200","1e-20","30","90.2")
-        tuple33 = ("1","chr1","300","330","TE2","150","200","1e-20","30","90.2")
-        pathList2 = self._makePathListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = True
-        obsRes = PathUtils.areQueriesOverlappingBetweenPathLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_writeListInFile( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line2 = ("1\tchr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line3 = ("1\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        
-        expFileName = "expFileName.path"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.write(line3)
-        expFileHandle.close()
-        
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        line2 = ("1\tchr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        line3 = ("1\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        
-        obsFileName = "obsFileName.path"
-        obsPathList = self._makePathListFromStringList( [ line1, line2, line3 ] )
-        
-        PathUtils.writeListInFile( obsPathList, obsFileName )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove( obsFileName )
-        os.remove( expFileName )
-
-    def test_writeListInFile_in_append_mode( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line2 = ("1\tchr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line3 = ("1\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line4 = ("1\tchr1\t400\t410\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line5 = ("1\tchr1\t500\t520\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line6 = ("1\tchr1\t600\t630\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        
-        expFileName = "expFileName.path"
-        expFileHandle = open ( expFileName, 'w' )
-        expFileHandle.write(line1)
-        expFileHandle.write(line2)
-        expFileHandle.write(line3)
-        expFileHandle.write(line4)
-        expFileHandle.write(line5)
-        expFileHandle.write(line6)
-        expFileHandle.close()
-        
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line2 = ("1\tchr1\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line3 = ("1\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.200000\n")
-        line4 = ("1\tchr1\t400\t410\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        line5 = ("1\tchr1\t500\t520\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        line6 = ("1\tchr1\t600\t630\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        
-        obsFileName = "obsFileName.path"
-        obsFileHandle = open( obsFileName, 'w' )
-        obsFileHandle.write(line1)
-        obsFileHandle.write(line2)
-        obsFileHandle.write(line3)
-        obsFileHandle.close()
-      
-        obsPathList = self._makePathListFromStringList( [ line4, line5, line6 ] )
-
-        PathUtils.writeListInFile( obsPathList, obsFileName, "a" )
-
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-
-        os.remove(obsFileName)
-        os.remove(expFileName)
-
-    def test_getPathListWithoutDuplicates_empty_list( self ):
-        pathList = []
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = []
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_size1( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList([line1])
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = pathList
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_only_doublons( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1 ] )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_doublons_at_start_and_at_end( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1, line2, line3 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_contiguus_doublons( self ):
-        line1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("1\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1, line2, line4 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_one_doublon( self ):
-        line1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t210\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line5 = ("1\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line5 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1, line2, line3, line5 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_two_doublons( self ):
-        line1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t210\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("1\tchr1\t230\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line5 = ("1\tchr1\t210\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line6 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line7 = ("1\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line5, line6, line7 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line7 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_two_doublons_useOnlyCoord_is_False_different_id( self ):
-        line1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("3\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("4\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line5 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line6 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line7 = ("5\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line5, line6, line7 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList )
-        
-        expPathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line7 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_getPathListWithoutDuplicates_list_with_two_doublons_useOnlyCoord_is_True_different_id( self ):
-        line1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("3\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line4 = ("4\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line5 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line6 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line7 = ("5\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line5, line6, line7 ] )
-        
-        obsPathList = PathUtils.getPathListWithoutDuplicates( pathList, True )
-        
-        expPathList = self._makePathListFromStringList( [ line1 ] )
-        expPathList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( expPathList )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-    def test_path_getDictOfListsWithIdAsKey_empty_list( self ):
-        pathList = []
-      
-        obsDict = PathUtils.getDictOfListsWithIdAsKey( pathList )
-        expDict = {}
-      
-        self.assertEquals( expDict, obsDict )
-        
-    def test_path_getDictOfListsWithIdAsKey_list_size1( self ):
-        line1 = ( "1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        pathList = self._makePathListFromStringList( [ line1 ] )
-        
-        obsDict = PathUtils.getDictOfListsWithIdAsKey( pathList )
-        
-        expPathInstance = Path()
-        expPathInstance.setFromString( line1 )
-        expDict = { 1: [ expPathInstance ] }
-        
-        self.assertEquals( expDict, obsDict )
-        
-    def test_getDictOfListsWithIdAsKey_ids_only_once( self ):
-        line1 = ( "1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line2 = ( "2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line3 = ( "3\tchr1\t210\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n" ) 
-        
-        pathList = self._makePathListFromStringList( [ line1, line2, line3 ] )
-        
-        obsDict = PathUtils.getDictOfListsWithIdAsKey( pathList )
-        
-        expPathInstance1 = Path()
-        expPathInstance1.setFromString( line1 )
-        
-        expPathInstance2 = Path()
-        expPathInstance2.setFromString( line2 )
-        
-        expPathInstance3 = Path()
-        expPathInstance3.setFromString( line3 )
-        
-        expDict = { 1: [ expPathInstance1 ], 2: [ expPathInstance2 ], 3: [ expPathInstance3 ] }
-        
-        self.assertEquals( expDict, obsDict )
-        
-    def test_getDictOfListsWithIdAsKey_ids_more_than_only_once( self ):
-        line1 = ( "1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line2 = ( "2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line3 = ( "3\tchr1\t210\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        
-        line4 = ( "1\tchr1\t100\t120\tTE2\t150\t200\t0.000000\t30\t90.200000\n" ) 
-        line5 = ( "2\tchr1\t200\t220\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line6 = ( "3\tchr1\t210\t260\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        
-        line7 = ( "1\tchr1\t110\t120\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line8 = ( "2\tchr1\t210\t220\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line9 = ( "3\tchr1\t220\t260\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        
-        pathList = self._makePathListFromStringList( [ line1, line2, line3, line4, line5, line6, line7, line8, line9 ] )
-        
-        obsDict = PathUtils.getDictOfListsWithIdAsKey( pathList )
-        
-        expPathInstance1 = Path()
-        expPathInstance1.setFromString( line1 )
-        
-        expPathInstance2 = Path()
-        expPathInstance2.setFromString( line2 )
-        
-        expPathInstance3 = Path()
-        expPathInstance3.setFromString( line3 )
-        
-        expPathInstance4 = Path()
-        expPathInstance4.setFromString( line4 )
-        
-        expPathInstance5 = Path()
-        expPathInstance5.setFromString( line5 )
-        
-        expPathInstance6 = Path()
-        expPathInstance6.setFromString( line6 )
-        
-        expPathInstance7 = Path()
-        expPathInstance7.setFromString( line7 )
-        
-        expPathInstance8 = Path()
-        expPathInstance8.setFromString( line8 )
-        
-        expPathInstance9 = Path()
-        expPathInstance9.setFromString( line9 )
-        
-        expDict = { 1: [ expPathInstance1, expPathInstance4, expPathInstance7 ], 2 :[ expPathInstance2, expPathInstance5, expPathInstance8 ], 3: [ expPathInstance3, expPathInstance6, expPathInstance9 ] }
-        
-        self.assertEquals( expDict, obsDict )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_empty_listToUnjoin_empty( self ):
-        pathListToKeep = []
-        pathListToUnjoin = []
-        
-        expList = []
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_empty_listToUnjoin_size1( self ):
-        pathListToKeep = []
-        
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ line1 ] ) 
-        
-        expList = [ pathListToUnjoin ]
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_empty( self ):
-        lineKeep1 = ("1\tchr1\t1\t11\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        pathListToUnjoin = []
-        
-        expList = []
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_empty( self ):
-        pathListToKeep = []
-        
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line3 = ("1\tchr1\t250\t280\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ line1, line2, line3 ] )
-        
-        expList = [ pathListToUnjoin ]
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_size1( self ):
-        lineKeep1 = ("1\tchr1\t1\t11\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1 ] )
-        
-        expList = [ pathListToUnjoin ]
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_size2_noSplit_minKeep( self ):
-        lineKeep1 = ("1\tchr1\t1\t10\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] )
-        
-        expList = [ pathListToUnjoin ]
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_size3_noSplit_minKeep( self ):
-        lineKeep1 = ("1\tchr1\t1\t10\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin3 = ("1\tchr1\t250\t280\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2, lineUnjoin3 ] )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        expList = [ pathListToUnjoin ]
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_size2_noSplit_minUnjoin( self ):
-        lineKeep1 = ("1\tchr1\t101\t150\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t1\t10\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t21\t40\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] )
-        
-        expList = [ pathListToUnjoin ]
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size3_listToUnjoin_size2_oneSplit_minKeep( self ):
-        lineKeep1 = ("1\tchr1\t1\t10\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        lineKeep2 = ("1\tchr1\t21\t30\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        lineKeep3 = ("1\tchr1\t61\t70\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1, lineKeep2, lineKeep3 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t41\t50\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t81\t90\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size3_listToUnjoin_size3_twoSplits_minUnjoin( self ):
-        lineKeep1 = ("1\tchr1\t21\t30\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        lineKeep2 = ("1\tchr1\t41\t50\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineKeep3 = ("1\tchr1\t81\t90\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1, lineKeep2, lineKeep3 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t1\t10\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t61\t70\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        lineUnjoin3 = ("1\tchr1\t101\t110\tTE2\t150\t90\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2, lineUnjoin3 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin3 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_size2_split( self ):
-        lineKeep1 = ("1\tchr1\t51\t80\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t21\t40\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t101\t150\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size2_listToUnjoin_size2_split( self ):
-        lineKeep1 = ("1\tchr1\t1\t15\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineKeep2 = ("1\tchr1\t81\t130\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1, lineKeep2 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t21\t40\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t201\t250\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_ordered_OneSplit( self ):
-        lineKeep1 = ("1\tchr1\t120\t180\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin3 = ("1\tchr1\t250\t280\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2, lineUnjoin3 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2, lineUnjoin3 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-        
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size1_listToUnjoin_unordered_OneSplit( self ):
-        lineKeep1 = ("1\tchr1\t120\t180\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t250\t280\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin3 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2, lineUnjoin3 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin3 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-
-    def test_getPathListUnjoinedBasedOnQuery_listToKeep_size2_listToUnjoin_size4_twoSplits( self ):
-        lineKeep1 = ("1\tchr1\t21\t30\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineKeep2 = ("1\tchr1\t81\t90\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToKeep = self._makePathListFromStringList( [ lineKeep1, lineKeep2 ] )
-        
-        lineUnjoin1 = ("1\tchr1\t1\t10\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin2 = ("1\tchr1\t41\t50\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin3 = ("1\tchr1\t61\t70\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        lineUnjoin4 = ("1\tchr1\t101\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        pathListToUnjoin = self._makePathListFromStringList( [ lineUnjoin1, lineUnjoin2, lineUnjoin3, lineUnjoin4 ] )
-        
-        expList = []
-        expList.append( self._makePathListFromStringList( [ lineUnjoin1 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin2, lineUnjoin3 ] ) )
-        expList.append( self._makePathListFromStringList( [ lineUnjoin4 ] ) )
-        
-        obsList = PathUtils.getPathListUnjoinedBasedOnQuery( pathListToKeep, pathListToUnjoin )
-        
-        self.assertEquals( expList, obsList )
-
-    def test_changeIdInList_empty_list ( self ):
-        pathList = []
-        
-        PathUtils.changeIdInList(pathList,1)
-        
-        obsList = pathList
-        expList = []
-        
-        self.assertEquals(expList, obsList)
-        
-    def test_changeIdInList_list_size1 ( self ):
-        line1 = ("1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        line2 = ("2\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n")
-        
-        pathList = self._makePathListFromStringList([line1]) 
-        PathUtils.changeIdInList(pathList,2)
-        
-        expPathList = pathList   
-        
-        obsPathList = self._makePathListFromStringList([line2])  
-        
-        self.assertEquals(expPathList, obsPathList)
-        
-    def test_changeIdInList( self ):
-        line1 = ( "1\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line2 = ( "2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line3 = ( "3\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        
-        pathList = self._makePathListFromStringList( [ line1, line2, line3 ] ) 
-        PathUtils.changeIdInList( pathList, 2 )
-        obsPathList = pathList
-        
-        line11 = ( "2\tchr1\t100\t110\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line22 = ( "2\tchr1\t200\t210\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        line33 = ( "2\tchr1\t300\t310\tTE2\t150\t200\t0.000000\t30\t90.200000\n" )
-        
-        expPathList = self._makePathListFromStringList( [ line11, line22, line33 ] )
-        
-        self.assertEquals( expPathList, obsPathList )
-        
-        
-    def test_getIdentityFromPathList( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2 ]
-        exp = ( 90.0 * ( 100-1+1) + 91.2 * (350-121+1) ) / ( (100-1+1) + (350-121+1) )   # 90.836363636363643
-        obs = PathUtils.getIdentityFromPathList( lPaths )
-        self.assertEqual( exp, obs )
-        
-        
-    def test_getIdentityFromPathList_withOverlap( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "21", "80", "sbj1", "21", "80", "0.0", "176", "91.2" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "2", "qry1", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2, p3 ]
-        exp = ( 91.2 * ( 100-1+1) + 91.2 * (350-121+1) ) / ( (100-1+1) + (350-121+1) )
-        obs = PathUtils.getIdentityFromPathList( lPaths )
-        self.assertEqual( exp, obs )
-        
-        
-    def test_getIdentityFromPathList_diffQueries( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry2", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2 ]
-        try:
-            obs = PathUtils.getIdentityFromPathList( lPaths )
-        except:
-            pass
-        
-        
-    def test_getIdentityFromPathList_diffSubjects_check( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "1", "qry1", "121", "350", "sbj2", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2 ]
-        try:
-            obs = PathUtils.getIdentityFromPathList( lPaths, True )
-        except:
-            pass
-        
-        
-    def test_getIdentityFromPathList_diffSubjects_noCheck( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "1", "qry1", "121", "350", "sbj2", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2 ]
-        exp = ( 90.0 * ( 100-1+1) + 91.2 * (350-121+1) ) / ( (100-1+1) + (350-121+1) )   # 90.836363636363643
-        obs = PathUtils.getIdentityFromPathList( lPaths, False )
-        self.assertEqual( exp, obs )
-        
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_alreadyOrdered_diffIdentifier( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "10", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "21", "30", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2 ]
-        
-        expList = [ p1, p2 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_unordered_diffIdentifier( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "2", "qry1", "21", "30", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "1", "qry1", "1", "10", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        lPaths = [ p1, p2 ]
-        
-        expList = [ p2, p1 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_unordered_sameIdentifier( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "21", "30", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "1", "qry1", "1", "10", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        lPaths = [ p1, p2 ]
-        
-        expList = [ p2, p1 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_unordered_overlapping( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "6", "15", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "1", "10", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        lPaths = [ p1, p2 ]
-        
-        expList = [ p2, p1 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_unordered_sameMin_threeSets( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "15", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "1", "10", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "2", "qry1", "1", "12", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2, p3 ]
-        
-        expList = [ p2, p3, p1 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQuery_unordered_included( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "2", "4", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "1", "5", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        lPaths = [ p1, p2 ]
-        
-        expList = [ p2, p1 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQuery( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getPathListSortedByIncreasingMinQueryThenMaxQueryThenIdentifier_sameCoord_diffId( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "5", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "1", "5", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p2, p1 ]
-        
-        expList = [ p1, p2 ]
-        
-        obsList = PathUtils.getPathListSortedByIncreasingMinQueryThenMaxQueryThenIdentifier( lPaths )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getListOfDistinctIdentifiers( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "2", "qry1", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2, p3 ]
-        lExp = [ 1, 2 ]
-        lObs = PathUtils.getListOfDistinctIdentifiers( lPaths )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getListOfDistinctQueryNames( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry2", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "2", "qry2", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2, p3 ]
-        lExp = [ "qry1", "qry2" ]
-        lObs = PathUtils.getListOfDistinctQueryNames( lPaths )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getListOfDistinctSubjectNames( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "100", "sbj1", "1", "100", "0.0", "239", "90.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry2", "121", "350", "sbj1", "101", "200", "0.0", "176", "91.2" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "2", "qry2", "121", "350", "sbj2", "101", "200", "0.0", "176", "91.2" ) )
-        lPaths = [ p1, p2, p3 ]
-        lExp = [ "sbj1", "sbj2" ]
-        lObs = PathUtils.getListOfDistinctSubjectNames( lPaths )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getListOfJoinCoordinatesOnQuery_returnCoord( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "500", "sbj1", "1", "500", "0.0", "532", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "701", "900", "sbj1", "501", "700", "0.0", "232", "95.3" ) )
-        lExp = [ [ 501, 700 ] ]
-        lPaths = [ p1a, p1b ]
-        lObs = PathUtils.getListOfJoinCoordinatesOnQuery( lPaths )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getListOfJoinCoordinatesOnQuery_overlap( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "500", "sbj1", "1", "500", "0.0", "532", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "491", "900", "sbj1", "501", "770", "0.0", "232", "95.3" ) )
-        lExp = []
-        lPaths = [ p1a, p1b ]
-        minLength = 100
-        lObs = PathUtils.getListOfJoinCoordinatesOnQuery( lPaths, minLength )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getListOfJoinCoordinates_tooShort( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "500", "sbj1", "1", "500", "0.0", "532", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "551", "900", "sbj1", "501", "750", "0.0", "232", "95.3" ) )
-        lExp = []
-        lPaths = [ p1a, p1b ]
-        minLength = 100
-        lObs = PathUtils.getListOfJoinCoordinatesOnQuery( lPaths, minLength )
-        lExp.sort()
-        lObs.sort()
-        self.assertEqual( lObs, lExp )
-        
-    def test_getLengthOnQueryFromPathList( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "1", "70", "sbj1", "1", "70", "0.0", "132", "95.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        lPaths = [ p1, p2 ]
-        exp = 90
-        obs = PathUtils.getLengthOnQueryFromPathList( lPaths )
-        self.assertEqual( obs, exp )
-        
-    def test_convertPathFileIntoAlignFile( self ):
-        pathFile = "dummyPathFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        pathFileHandler = open( pathFile, "w" )
-        pathFileHandler.write( "3\tchr2\t250\t151\tseq5\t1\t100\t1e-31\t147\t98.3\n" )
-        pathFileHandler.close()
-        
-        expFile = "dummyExpFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "chr2\t151\t250\tseq5\t100\t1\t1e-31\t147\t98.300000\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-        PathUtils.convertPathFileIntoAlignFile( pathFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ pathFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove ( f )
-                
-    def test_convertPathFileIntoMapFileWithQueryCoordsOnly( self ):
-        pathFile = "dummyPathFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        pathFileHandler = open( pathFile, "w" )
-        pathFileHandler.write( "3\tchr2\t250\t151\tseq5\t1\t100\t1e-31\t147\t98.3\n" )
-        pathFileHandler.write( "4\tchr2\t191\t230\tseq8\t237\t387\t1e-11\t187\t95.3\n" )
-        pathFileHandler.write( "3\tchr2\t500\t301\tseq5\t101\t300\t1e-81\t247\t96.2\n" )
-        pathFileHandler.close()
-        
-        expFile = "dummyExpFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "seq5\tchr2\t250\t151\n" )
-        expFileHandler.write( "seq8\tchr2\t191\t230\n" )
-        expFileHandler.write( "seq5\tchr2\t500\t301\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-        PathUtils.convertPathFileIntoMapFileWithQueryCoordsOnly( pathFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ pathFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-                
-    def test_mergeMatchesOnQueries( self ):
-        pathFile = "dummyPathFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        pathFileHandler = open( pathFile, "w" )
-        pathFileHandler.write( "3\tchr2\t250\t151\tseq5\t1\t100\t1e-31\t147\t98.3\n" )
-        pathFileHandler.write( "4\tchr2\t230\t191\tseq8\t237\t387\t1e-11\t187\t95.3\n" )
-        pathFileHandler.write( "3\tchr2\t500\t301\tseq5\t101\t300\t1e-81\t247\t96.2\n" )
-        pathFileHandler.close()
-        
-        expFile = "dummyExpFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "0\tchr2\t151\t250\tseq5\t0\t0\t0.0\t0\t0\n" )
-        expFileHandler.write( "0\tchr2\t301\t500\tseq5\t0\t0\t0.0\t0\t0\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-        PathUtils.mergeMatchesOnQueries( pathFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ pathFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove( f )
-                
-                
-    def test_filterPathListOnChainLength( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "12", "sbj1", "1", "12", "0.0", "132", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "15", "30", "sbj1", "13", "28", "0.0", "132", "95.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        p3 = Path()
-        p3.setFromTuple( ( "3", "qry2", "1", "12", "sbj3", "15", "1", "0.0", "132", "95.0" ) )
-        lPaths = [ p1a, p1b, p2, p3 ]
-        lExp = [ p1a, p1b, p2 ]
-        lObs = PathUtils.filterPathListOnChainLength( lPaths, 20 )
-        self.assertEqual( lExp, lObs )
-        
-    def test_getPathListFromFile(self):
-        file = "dummyFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        fileHandler = open( file, "w" )
-        fileHandler.write( "1\tchr2\t151\t250\tseq5\t0\t0\t0.0\t0\t0\n" )
-        fileHandler.write( "2\tchr2\t301\t500\tseq5\t0\t0\t0.0\t0\t0\n" )
-        fileHandler.close()
-        p1 = Path()
-        p1.setFromTuple( ( "1", "chr2", "151", "250", "seq5", "0", "0", "0.0", "0", "0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "chr2", "301", "500", "seq5", "0", "0", "0.0", "0", "0" ) )
-        expLPath = [ p1, p2 ]
-        obsLPath = PathUtils.getPathListFromFile(file)
-        expLPathSorted = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength(expLPath)
-        obsLPathSorted = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength(obsLPath)
-        os.remove(file)
-        self.assertEqual( expLPathSorted, obsLPathSorted )
-        
-    def test_getPathListFromFile_empty_file(self):
-        file = "dummyFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        fileHandler = open( file, "w" )
-        fileHandler.close()
-        expLPath = []
-        obsLPath = PathUtils.getPathListFromFile(file)
-        expLPathSorted = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength(expLPath)
-        obsLPathSorted = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength(obsLPath)
-        os.remove(file)
-        self.assertEqual( expLPathSorted, obsLPathSorted )
-        
-    def test_convertPathFileIntoAlignFileViaPathrange_sortedInput( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "12", "sbj1", "1", "12", "0.0", "132", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "16", "30", "sbj1", "13", "28", "1e-270", "150", "97.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        inFile = "dummyInFile"
-        inF = open( inFile, "w" )
-        for iPath in [ p1a, p1b, p2 ]:
-            iPath.write( inF )
-        inF.close()
-
-        expFile = "dummyExpFile"
-        expF = open( expFile, "w" )
-        a1 = Align()
-        a1.setFromTuple( ( "qry1", "1", "30", "sbj1", "1", "28", "0.0", "282", str((95*12+97*15)/float(12+15)) ) )
-        a2 = Align()
-        a2.setFromTuple( ( "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        for iAlign in [ a1, a2 ]:
-            iAlign.write( expF )
-        expF.close()
-        
-        obsFile = "dummyObsFile"
-        
-        PathUtils.convertPathFileIntoAlignFileViaPathrange( inFile, obsFile, 0 )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_convertPathFileIntoAlignFileViaPathrange_unsortedInput( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "12", "sbj1", "1", "12", "0.0", "132", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "16", "30", "sbj1", "13", "28", "0.0", "150", "97.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        inFile = "dummyInFile"
-        inF = open( inFile, "w" )
-        for iPath in [ p1b, p2, p1a ]:
-            iPath.write( inF )
-        inF.close()
-
-        expFile = "dummyExpFile"
-        expF = open( expFile, "w" )
-        a1 = Align()
-        a1.setFromTuple( ( "qry1", "1", "30", "sbj1", "1", "28", "0.0", "282", str((95*12+97*15)/float(12+15)) ) )
-        a2 = Align()
-        a2.setFromTuple( ( "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        for iAlign in [ a1, a2 ]:
-            iAlign.write( expF )
-        expF.close()
-        
-        obsFile = "dummyObsFile"
-        
-        PathUtils.convertPathFileIntoAlignFileViaPathrange( inFile, obsFile, 0 )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_convertPathFileIntoAlignFileViaPathrange_sortedInput_subjectReverseStrand( self ):
-        p1a = Path()
-        p1a.setFromTuple( ( "1", "qry1", "1", "12", "sbj1", "12", "1", "0.0", "132", "95.0" ) )
-        p1b = Path()
-        p1b.setFromTuple( ( "1", "qry1", "16", "30", "sbj1", "28", "13", "0.0", "150", "97.0" ) )
-        p2 = Path()
-        p2.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        inFile = "dummyInFile"
-        inF = open( inFile, "w" )
-        for iPath in [ p1a, p1b, p2 ]:
-            iPath.write( inF )
-        inF.close()
-
-        expFile = "dummyExpFile"
-        expF = open( expFile, "w" )
-        a1 = Align()
-        a1.setFromTuple( ( "qry1", "1", "30", "sbj1", "28", "1", "0.0", "282", str((95*12+97*15)/float(12+15)) ) )
-        a2 = Align()
-        a2.setFromTuple( ( "qry1", "51", "90", "sbj2", "40", "1", "0.0", "132", "95.0" ) )
-        for iAlign in [ a1, a2 ]:
-            iAlign.write( expF )
-        expF.close()
-        
-        obsFile = "dummyObsFile"
-        
-        PathUtils.convertPathFileIntoAlignFileViaPathrange( inFile, obsFile, 0 )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-        
-        
-    def test_splitPathListByQueryName_empty_list( self ):
-        lPath = []
-        
-        obsLPath = PathUtils.splitPathListByQueryName( lPath )
-        
-        expLPath = []
-        
-        self.assertEquals( expLPath, obsLPath )
-        
-        
-    def test_splitPathListByQueryName( self ):
-        iPath1 = Path()
-        iPath1.setFromString("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath2 = Path()
-        iPath2.setFromString("2\tchr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath3 = Path()
-        iPath3.setFromString("3\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        lPath = [ iPath1, iPath2, iPath3 ]
-        
-        obsLPath = PathUtils.splitPathListByQueryName( lPath )
-        
-        expLPath = [ [ iPath1, iPath3 ],
-                     [ iPath2 ] ]
-        
-        self.assertEquals( expLPath, obsLPath )
-        
-        
-    def test_splitPathListByQueryName_last_align_alone( self ):
-        iPath1 = Path()
-        iPath1.setFromString("1\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath2 = Path()
-        iPath2.setFromString("2\tchr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath3 = Path()
-        iPath3.setFromString("3\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath4 = Path()
-        iPath4.setFromString("4\tchr3\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath5 = Path()
-        iPath5.setFromString("5\tchr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath6 = Path()
-        iPath6.setFromString("6\tchr1\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath7 = Path()
-        iPath7.setFromString("7\tchr1\t100\t110\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath8 = Path()
-        iPath8.setFromString("8\tchr2\t200\t220\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        iPath9 = Path()
-        iPath9.setFromString("9\tchr4\t300\t330\tTE2\t150\t200\t1e-20\t30\t90.2\n")
-        lPath = [ iPath1, iPath2, iPath3, iPath4, iPath5, iPath6, iPath7, iPath8, iPath9 ]
-        
-        obsLPath = PathUtils.splitPathListByQueryName( lPath )
-        
-        expLPath = [ [ iPath1, iPath3, iPath6, iPath7 ],
-                     [ iPath2, iPath5, iPath8 ],
-                     [ iPath4 ],
-                     [ iPath9 ] ]
-        
-        self.assertEquals( expLPath, obsLPath )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_alreadyOrdered_diffIdentifier( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 )
-        lPaths = [ iPath1, iPath2 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_unordered_diffIdentifier( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_unordered_sameIdentifier( self ):
-        iPath1a = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath1b = Path( 1, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 )
-        lPaths = [ iPath1b, iPath1a ]
-        
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ),
-                Path( 1, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_unordered_overlapping( self ):
-        iPath1 = Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry1",5,10), Range("sbj1",5,10), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry1",5,10), Range("sbj1",5,10), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_threePaths_2sameMin( self ):
-        iPath1 = Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry1",5,12), Range("sbj1",5,12), 0.0, 10, 98.7 )
-        iPath3 = Path( 3, Range("qry1",5,10), Range("sbj1",5,10), 0.0, 10, 98.7 )
-        lPaths = [ iPath3, iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry1",5,12), Range("sbj1",5,12), 0.0, 10, 98.7 ),
-                Path( 3, Range("qry1",5,10), Range("sbj1",5,10), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getPathListSortedByIncreasingQueryMinThenInvQueryLength_unordered_included( self ):
-        iPath1 = Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry1",2,5), Range("sbj1",2,5), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,6), Range("sbj1",1,6), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry1",2,5), Range("sbj1",2,5), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.getPathListSortedByIncreasingQueryMinThenInvQueryLength( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_emptyList( self ):
-        lPaths = []
-        lExp = []
-        lObs = PathUtils.mergePathsInList( lPaths )
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_onePath( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        lPaths = [ iPath1 ]
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ) ]
-        lObs = PathUtils.mergePathsInList( lPaths )
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_noOverlap( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 )
-        lPaths = [ iPath1, iPath2 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ),
-                Path( 1, Range("qry1",21,30), Range("sbj1",11,20), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_withOverlap( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",6,15), Range("sbj1",6,15), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,15), Range("sbj1",1,15), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_withOverlap_reverseOnly( self ):
-        iPath1 = Path( 1, Range("qry1",10,1), Range("sbj1",10,1), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",15,6), Range("sbj1",15,6), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",15,1), Range("sbj1",15,1), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_withOverlap_directAndReverse( self ):
-        iPath1 = Path( 1, Range("qry1",10,1), Range("sbj1",10,1), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",15,6), Range("sbj1",15,6), 0.0, 10, 98.7 )
-        iPath3 = Path( 1, Range("qry1",2,5), Range("sbj1",2,5), 0.0, 10, 98.7 )
-        lPaths = [ iPath3, iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",15,1), Range("sbj1",15,1), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_diffQueries_withOverlap( self ):
-        iPath1 = Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 )
-        iPath2 = Path( 2, Range("qry2",6,15), Range("sbj1",6,15), 0.0, 10, 98.7 )
-        lPaths = [ iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",1,10), Range("sbj1",1,10), 0.0, 10, 98.7 ),
-                Path( 2, Range("qry2",6,15), Range("sbj1",6,15), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInList_nonOverlappingSubjects( self ):
-        iPath1 = Path( 1, Range("qry1",398,491), Range("sbj1",10,112), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",451,492), Range("sbj1",124,169), 0.0, 10, 98.7 )
-        iPath3 = Path( 1, Range("qry1",493,531), Range("sbj1",249,294), 0.0, 10, 98.7 )
-        lPaths = [ iPath3, iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",398,491), Range("sbj1",10,112), 0.0, 10, 98.7 ),
-                Path( 1, Range("qry1",451,492), Range("sbj1",124,169), 0.0, 10, 98.7 ),
-                Path( 1, Range("qry1",493,531), Range("sbj1",249,294), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInList( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_mergePathsInListUsingQueryCoordsOnly( self ):
-        iPath1 = Path( 1, Range("qry1",398,491), Range("sbj1",10,112), 0.0, 10, 98.7 )
-        iPath2 = Path( 1, Range("qry1",451,492), Range("sbj1",124,169), 0.0, 10, 98.7 )
-        iPath3 = Path( 1, Range("qry1",493,531), Range("sbj1",249,294), 0.0, 10, 98.7 )
-        lPaths = [ iPath3, iPath2, iPath1 ]
-        
-        lExp = [ Path( 1, Range("qry1",398,492), Range("sbj1",10,169), 0.0, 10, 98.7 ),
-                Path( 1, Range("qry1",493,531), Range("sbj1",249,294), 0.0, 10, 98.7 ) ]
-        
-        lObs = PathUtils.mergePathsInListUsingQueryCoordsOnly( lPaths )
-        
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_convertPathFileIntoGffFile( self ):
-        p1 = Path()
-        p1.setFromTuple( ( "1", "qry1", "12", "1", "sbj1", "1", "12", "0.0", "132", "95.0" ) )
-        p2a = Path()
-        p2a.setFromTuple( ( "2", "qry1", "16", "30", "sbj2", "1", "15", "1e-270", "150", "97.0" ) )
-        p2b = Path()
-        p2b.setFromTuple( ( "2", "qry1", "51", "90", "sbj2", "21", "60", "0.0", "132", "95.9" ) )
-        inFile = "dummyInFile"
-        PathUtils.writeListInFile( [ p1, p2a, p2b ], inFile, "w" )
-        
-        expFile = "dummyExpFile"
-        expF = open( expFile, "w" )
-        expF.write( "qry1\tREPET\tmatch\t1\t12\t0\t-\t.\tID=1;Target=sbj1 1 12\n" )
-        expF.write( "qry1\tREPET\tmatch\t16\t90\t0\t+\t.\tID=ms2;Target=sbj2 1 60\n" )
-        expF.write( "qry1\tREPET\tmatch_part\t16\t30\t1e-270\t+\t.\tID=mp2-1;Parent=ms2;Target=sbj2 1 15\n" )
-        expF.write( "qry1\tREPET\tmatch_part\t51\t90\t0\t+\t.\tID=mp2-2;Parent=ms2;Target=sbj2 21 60\n" )
-        expF.close()
-        
-        obsFile = "dummyObsFile"
-        
-        PathUtils.convertPathFileIntoGffFile( inFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ inFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_convertPathFileIntoSetFile( self ):
-        pathFile = "dummyPathFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        pathFileHandler = open( pathFile, "w" )
-        pathFileHandler.write( "3\tchr2\t250\t151\tseq5\t1\t100\t1e-31\t147\t98.3\n" )
-        pathFileHandler.close()
-        
-        expFile = "dummyExpFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "3\tseq5\tchr2\t250\t151\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-        PathUtils.convertPathFileIntoSetFile( pathFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ pathFile, expFile, obsFile ]:
-            if os.path.exists( f ):
-                os.remove ( f )
-                
-                
-    def test_removeInPathFileDuplicatedPathOnQueryNameQueryCoordAndSubjectName(self):
-        pathFile = "dummyPathFile"
-        f = open(pathFile, "w")
-        f.write("1\tG4\t1\t3856\tAtha5Chr4_Pals_Piler_3590_69_MAP_3\t1\t3856\t0\t7642\t99.9741\n")
-        f.write("1\tG4\t1\t3856\tAtha5Chr4_Pals_Piler_3590_69_MAP_3\t100\t3956\t0\t7642\t99.9741\n")
-        f.write("2\trooA\t1\t386\tAtha5Chr4_Pals_Piler_3589_69_MAP_3\t1\t386\t6.3e-220\t758\t99.4819\n")
-        f.write("3\trooA\t7236\t7621\tAtha5Chr4_Pals_Piler_3536_69_MAP_3\t1\t386\t6.3e-220\t758\t99.4819\n")
-        f.write("4\trooA\t387\t7235\tAtha5Chr4_Pals_Piler_3596_69_MAP_3\t1\t6849\t0\t13580\t99.9854\n")
-        f.write("5\taurora-element\t4046\t4257\tAtha5Chr4_Pals_Piler_3540_69_MAP_3\t1\t204\t6.1e-80\t300\t96.5686\n")
-        f.write("6\taurora-element\t274\t381\tAtha5Chr4_Pals_Piler_3595_23_MAP_3\t177\t284\t0\t191\t97.2222\n")
-        f.write("6\taurora-element\t116\t287\tAtha5Chr4_Pals_Piler_3595_30_MAP_3\t3\t170\t0\t290\t98.8095\n")
-        f.write("7\taurora-element\t393\t902\tAtha5Chr4_Pals_Piler_3595_31_MAP_3\t1467\t1945\t0\t873\t97.2441\n")
-        f.write("7\taurora-element\t393\t902\tAtha5Chr4_Pals_Piler_3595_31_MAP_3\t276\t100784\t0\t869\t98.1211\n")
-        f.write("7\taurora-element\t1387\t2271\tAtha5Chr4_Pals_Piler_3595_31_MAP_3\t276\t10780\t0\t1576\t97.6244\n")
-        f.write("8\taurora-element\t2486\t2828\tAtha5Chr4_Pals_Piler_3595_50_MAP_3\t4301\t4641\t0\t585\t97.3607\n")
-        f.write("9\taurora-element\t2265\t2483\tAtha5Chr4_Pals_Piler_3595_62_MAP_3\t3999\t4218\t0\t361\t96.347\n")
-        f.write("10\taurora-element\t2834\t4045\tAtha5Chr4_Pals_Piler_3595_69_MAP_3\t4800\t6011\t0\t2074\t97.0248\n")
-        f.write("11\taurora-element\t2\t113\tAtha5Chr4_Pals_Piler_3598_69_MAP_3\t205\t317\t8.5e-37\t157\t93.75\n")
-        f.write("11\taurora-element\t2\t113\tAtha5Chr4_Pals_Piler_3598_69_MAP_3\t305\t417\t8.5e-37\t157\t93.75\n")
-        f.write("11\taurora-element\t2\t113\tAtha5Chr4_Pals_Piler_3598_69_MAP_3\t305\t417\t8.5e-37\t157\t93.75\n")
-        f.close()            
-        
-        obsPathFile = "obsDummyPathFile"
-        PathUtils.removeInPathFileDuplicatedPathOnQueryNameQueryCoordAndSubjectName(pathFile, obsPathFile)
-        
-        expPathFile = "expDummyPathFile"
-        f = open(expPathFile, "w")
-        f.write("1\tG4\t1\t3856\tAtha5Chr4_Pals_Piler_3590_69_MAP_3\t1\t3856\t0\t7642\t99.974100\n")
-        f.write("2\trooA\t1\t386\tAtha5Chr4_Pals_Piler_3589_69_MAP_3\t1\t386\t6.3e-220\t758\t99.481900\n")
-        f.write("3\trooA\t7236\t7621\tAtha5Chr4_Pals_Piler_3536_69_MAP_3\t1\t386\t6.3e-220\t758\t99.481900\n")
-        f.write("4\trooA\t387\t7235\tAtha5Chr4_Pals_Piler_3596_69_MAP_3\t1\t6849\t0\t13580\t99.985400\n")
-        f.write("5\taurora-element\t4046\t4257\tAtha5Chr4_Pals_Piler_3540_69_MAP_3\t1\t204\t6.1e-80\t300\t96.568600\n")
-        f.write("6\taurora-element\t274\t381\tAtha5Chr4_Pals_Piler_3595_23_MAP_3\t177\t284\t0\t191\t97.222200\n")
-        f.write("6\taurora-element\t116\t287\tAtha5Chr4_Pals_Piler_3595_30_MAP_3\t3\t170\t0\t290\t98.809500\n")
-        f.write("7\taurora-element\t393\t902\tAtha5Chr4_Pals_Piler_3595_31_MAP_3\t1467\t1945\t0\t873\t97.244100\n")
-        f.write("7\taurora-element\t1387\t2271\tAtha5Chr4_Pals_Piler_3595_31_MAP_3\t276\t10780\t0\t1576\t97.624400\n")
-        f.write("8\taurora-element\t2486\t2828\tAtha5Chr4_Pals_Piler_3595_50_MAP_3\t4301\t4641\t0\t585\t97.360700\n")
-        f.write("9\taurora-element\t2265\t2483\tAtha5Chr4_Pals_Piler_3595_62_MAP_3\t3999\t4218\t0\t361\t96.347000\n")
-        f.write("10\taurora-element\t2834\t4045\tAtha5Chr4_Pals_Piler_3595_69_MAP_3\t4800\t6011\t0\t2074\t97.024800\n")
-        f.write("11\taurora-element\t2\t113\tAtha5Chr4_Pals_Piler_3598_69_MAP_3\t205\t317\t8.5e-37\t157\t93.750000\n")
-        f.close()
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expPathFile, obsPathFile))
-        
-        os.remove(pathFile)
-        os.remove(expPathFile)
-        os.remove(obsPathFile)
-        
-        
-    def test_getPathListWithoutDuplicatesOnQueryCoord(self):
-        iPath1 = Path(1, Range("qry1",398,491), Range("sbj1",10,112), 0.0, 10, 98.7)
-        iPath2 = Path(1, Range("qry1",451,492), Range("sbj1",124,169), 0.0, 10, 98.7)
-        iPath3 = Path(1, Range("qry1",451,492), Range("sbj1",249,294), 0.0, 10, 98.7)
-        lPaths = [iPath3, iPath2, iPath1]
-       
-        obslPaths = PathUtils.getPathListWithoutDuplicatesOnQueryCoord(lPaths)
-       
-        explPaths = [iPath1, iPath3]
-        
-        self.assertEquals(explPaths, obslPaths)
-        
-                
-    def _makePathListFromTupleList ( self, tupleList ):
-        pathList = []
-        for tuple in tupleList:
-            path = Path()
-            path.setFromTuple(tuple)
-            pathList.append(path)
-        return pathList
-    
-    def _makePathListFromStringList (self, stringList):
-        pathList = []
-        for string in stringList:
-            path = Path()
-            path.setFromString(string)
-            pathList.append(path)
-        return pathList
-    
-    def _show (self, list):
-        for item in list:
-            print item.toString()
-            
-            
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_PathUtils ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_Range.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,698 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-from commons.core.coord.Range import Range
-from commons.core.coord.Range import getBin, getIdx
-
-
-class Test_Range( unittest.TestCase ):
-    
-    def setUp(self):
-        self._range = Range()
-        
-    def test_setFromString(self):
-        line = "chunk1\t190000\t390000"
-        self._range.setFromString( line )
-        self.assertEqual( self._range.seqname, "chunk1" )
-        self.assertEqual( self._range.start, 190000 )
-        self.assertEqual( self._range.end, 390000 )
-        
-        line = "chunk1\t190000\t390000\n"
-        self._range.setFromString( line )
-        self.assertEqual( self._range.seqname, "chunk1" )
-        self.assertEqual( self._range.start, 190000 )
-        self.assertEqual( self._range.end, 390000 )
-        
-        line = "chunk1;190000;390000"
-        self._range.setFromString( line, ";" )
-        self.assertEqual( self._range.seqname, "chunk1" )
-        self.assertEqual( self._range.start, 190000 )
-        self.assertEqual( self._range.end, 390000 )
-        
-    def test_setFromTuple(self):
-        tuple = ("chunk1","190000","390000")
-        self._range.setFromTuple( tuple)
-        
-        self.assertEqual( self._range.seqname, "chunk1" )
-        self.assertEqual( self._range.start, 190000 )
-        self.assertEqual( self._range.end, 390000 )
-        
-    def test___eq__(self):
-        self._range.setFromString( "chunk1\t190000\t390000\n" )
-        o = Range()
-        o.setFromString( "chunk1\t190000\t390000\n" )
-        self.assertEqual( self._range, o )
-        
-        o.setFromString( "chunk1\t190000\t39" )
-        self.assertNotEquals( self._range, o )
-        
-        o.setFromString( "chromosome1\t190000\t390000" )
-        self.assertNotEquals( self._range, o )
-        
-        o.setFromString( "chunk1\t390000\t190000" )
-        self.assertNotEquals( self._range, o )
-        
-        o.setFromString( "chromosome1\t390000\t190000" )
-        self.assertNotEquals( self._range, o )
-        
-    def test_getMin(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        expMin = 190000
-        obsMin = self._range.getMin() 
-        self.assertTrue(expMin, obsMin)
-        
-    def test_getMax(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        expMax = 390000
-        obsMax = self._range.getMax() 
-        self.assertTrue(expMax, obsMax)
-        
-    def test_isOnDirectStrand_true(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        self.assertTrue(self._range.isOnDirectStrand())
-        
-    def test_isOnDirectStrand_false(self):
-        self._range.setFromTuple( ("chunk1", 390000, 190000) )
-        self.assertFalse(self._range.isOnDirectStrand())
-        
-    def test_isOnReverseStrand_true(self):
-        self._range.setFromTuple( ("chunk1", 390000, 190000) )
-        self.assertTrue(self._range.isOnReverseStrand())
-        
-    def test_isOnReverseStrand_false(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        self.assertFalse(self._range.isOnReverseStrand())
-        
-    def test_getStrand_direct(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        expStrand = '+'
-        obsStrand = self._range.getStrand()
-        self.assertEqual(expStrand, obsStrand)
-        
-    def test_getStrand_reverse(self):
-        self._range.setFromTuple( ("chunk1", 390000, 190000) )
-        expStrand = '-'
-        obsStrand = self._range.getStrand()
-        self.assertEqual(expStrand, obsStrand)
-        
-    def test_reverse(self):
-        obsRange = Range("chunk1", 190000, 390000)
-        expRange = Range("chunk1", 390000, 190000)
-        obsRange.reverse()
-        self.assertEquals(expRange, obsRange)
-        
-    def test_getLength(self):
-        self._range.setFromTuple( ("chunk1", 190000, 390000) )
-        expLength = 200001 
-        obsLength = self._range.getLength()
-        self.assertEquals(expLength, obsLength)
-        
-    def test_isEmpty_true( self ):
-        exp = True
-        obs = self._range.isEmpty()
-        self.assertEquals( exp, obs )
-        
-    def test_isEmpty_false( self ):
-        self._range.setFromTuple( ( "seq1", 1, 10 ) )
-        exp = False
-        obs = self._range.isEmpty()
-        self.assertEquals( exp, obs )
-        
-    def test_merge_diff_sequences( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        range2 = Range( "seq2", 6, 12 )
-        expReturn = None
-        expRange = Range( "seq1", 6, 10 )
-        obsReturn = self._range.merge( range2 )
-        obsRange = self._range
-        self.assertEquals( expReturn, obsReturn )
-        self.assertEquals( expRange, obsRange )
-        
-    def test_merge_no_overlapping_ranges( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        range2 = Range( "seq1", 12, 20 )
-        expReturn = None
-        expRange = Range( "seq1", 6, 20 )
-        obsReturn = self._range.merge( range2 )
-        obsRange = self._range
-        self.assertEquals( expReturn, obsReturn )
-        self.assertEquals( expRange, obsRange )
-        
-    def test_merge_no_overlapping_ranges_range1_on_neg_strand( self ):
-        self._range.setFromTuple( ( "seq1", 10, 6 ) )
-        range2 = Range( "seq1", 12, 20 )
-        expReturn = None
-        expRange = Range( "seq1", 20, 6 )
-        obsReturn = self._range.merge( range2 )
-        obsRange = self._range
-        self.assertEquals( expReturn, obsReturn )
-        self.assertEquals( expRange, obsRange )
-        
-    def test_merge_overlapping_ranges_range1_and_range2_on_neg_strand( self ):
-        self._range.setFromTuple( ( "seq1", 10, 6 ) )
-        range2 = Range( "seq1", 20, 12 )
-        expReturn = None
-        expRange = Range( "seq1", 20, 6 )
-        obsReturn = self._range.merge( range2 )
-        obsRange = self._range
-        self.assertEquals( expReturn, obsReturn )
-        self.assertEquals( expRange, obsRange )
-        
-    def test_merge_on_overlapping_ranges_range1_and_range2( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        range2 = Range( "seq1", 8, 20 )
-        expReturn = None
-        expRange = Range( "seq1", 6, 20 )
-        obsReturn = self._range.merge( range2 )
-        obsRange = self._range
-        self.assertEquals( expReturn, obsReturn )
-        self.assertEquals( expRange, obsRange )
-        
-    def test_isOverlapping_diff_sequences( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq2", 6, 10 )
-        exp = False
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_no( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 16, 20 )
-        exp = False
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 1, 15 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_range2_on_neg_strand( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 15, 1 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_range1_before_range2( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 8, 15 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_range1_after_range2( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 1, 8 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_range1_equal_range2( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 6, 10 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_edges_left( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 1, 6 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_edges_right( self ):
-        self._range.setFromTuple( ( "seq1", 6, 10 ) )
-        r2 = Range( "seq1", 10, 20 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_one_nt( self ):
-        self._range.setFromTuple( ( "seq1", 10, 10 ) )
-        r2 = Range( "seq1", 10, 20 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_span_1( self ):
-        self._range.setFromTuple( ( "seq1", 10, 100 ) )
-        r2 = Range( "seq1", 5, 110 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_span_2( self ):
-        self._range.setFromTuple( ( "seq1", 5, 110 ) )
-        r2 = Range( "seq1", 10, 100 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_include_1( self ):
-        self._range.setFromTuple( ( "seq1", 10, 100 ) )
-        r2 = Range( "seq1", 15, 90 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_isOverlapping_yes_include_2( self ):
-        self._range.setFromTuple( ( "seq1", 15, 90 ) )
-        r2 = Range( "seq1", 10, 100 )
-        exp = True
-        obs = self._range.isOverlapping( r2 )
-        self.assertEquals( exp, obs )
-        
-    def test_getOverlapLength_on_different_range( self ):
-        range1 = Range( "chunk1", 190000, 390000 )
-        range2 = Range( "chunk2", 290000, 590000 )
-        expSize = 0
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_getOverlapLength_on_no_overalping_range( self ):
-        range1 =Range( "chunk1", 190000, 390000 )
-        range2 =Range( "chunk1", 490000, 590000 )
-        expSize = 0
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_getOverlapLength_range2_included_in_range1( self ):
-        range1 = Range( "chunk1", 19, 39 )
-        range2 = Range( "chunk1", 22, 25 )
-        expSize = 4
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        obsSize = range2.getOverlapLength( range1 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_getOverlapLength_range1_included_in_range2( self ):
-        range1 = Range( "chunk1", 220000, 250000 )
-        range2 = Range( "chunk1", 190000, 390000 )
-        expSize = 30001
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_getOverlapLength_range1_before_range2( self ):
-        range1 = Range( "chunk1", 190000, 390000 )
-        range2 = Range( "chunk1", 290000, 590000 )
-        expSize = 100001
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_getOverlapLength_range1_after_range2( self ):
-        range1 = Range( "chunk1", 390000, 790000 )
-        range2 = Range( "chunk1", 290000, 590000 )
-        expSize = 200001
-        obsSize = range1.getOverlapLength( range2 )
-        self.assertEquals( expSize, obsSize )
-        
-        
-    def test_isIncludedIn( self ):
-        iRange1 = Range( "chunk1", 21, 30 )
-        iRange2 = Range( "chunk1", 11, 40 )
-        self.assertTrue( iRange1.isIncludedIn( iRange2 ) )
-        
-        
-    def test_isIncludedIn_diffStrand( self ):
-        iRange1 = Range( "chunk1", 21, 30 )
-        iRange2 = Range( "chunk1", 40, 11 )
-        self.assertTrue( iRange1.isIncludedIn( iRange2 ) )
-        
-        
-    def test_isIncludedIn_onlyOverlap( self ):
-        iRange1 = Range( "chunk1", 21, 50 )
-        iRange2 = Range( "chunk1", 11, 40 )
-        self.assertFalse( iRange1.isIncludedIn( iRange2 ) )
-        
-        
-    def test_isIncludedIn_diffSeqname( self ):
-        iRange1 = Range( "chunk1", 21, 30 )
-        iRange2 = Range( "chunk2", 11, 40 )
-        self.assertFalse( iRange1.isIncludedIn( iRange2 ) )
-        
-        
-    def test_getDistance_on_overlapping_range(self):
-        overlapTuple1 = ("chunk1", 220000, 250000)
-        overlapRange1 = Range()
-        overlapRange1.setFromTuple(overlapTuple1)
-        
-        overlapTuple2 = ("chunk1", 190000, 390000)
-        overlapRange2 = Range()
-        overlapRange2.setFromTuple(overlapTuple2)
-        
-        expDistance = 0
-        obsDistance = overlapRange1.getDistance(overlapRange2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_getDistance_on_range1_on_plus_strand_included_in_range2_on_neg_strand(self):
-        tuple1 = ("chunk1", 220000, 250000)
-        range1 = Range()
-        range1.setFromTuple(tuple1)
-        
-        tuple2 = ("chunk1", 390000, 190000)
-        range2 = Range()
-        range1.setFromTuple(tuple2)
-        
-        expDistance = -1
-        obsDistance = range1.getDistance(range2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_getDistance_range1_after_range2(self):
-        tuple1 = ("chunk1", 390000, 590000)
-        range1 = Range()
-        range1.setFromTuple(tuple1)
-        
-        tuple2 = ("chunk1", 190000, 290000)
-        range2 = Range()
-        range2.setFromTuple(tuple2)
-        
-        expDistance = 100000
-        obsDistance = range1.getDistance(range2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_getDistance_range1_before_range2(self):
-        tuple1 = ("chunk1", 190000, 290000)
-        range1 = Range()
-        range1.setFromTuple(tuple1)
-        
-        tuple2 = ("chunk1", 390000, 590000)
-        range2 = Range()
-        range2.setFromTuple(tuple2)
-        
-        expDistance = 100000
-        obsDistance = range1.getDistance(range2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_getDistance_range1_after_range2_both_on_neg_strand(self):   
-        tuple1 = ("chunk1", 590000, 390000)
-        range1 = Range()
-        range1.setFromTuple(tuple1)
-        
-        tuple2 = ("chunk1", 290000, 190000)
-        range2 = Range()
-        range2.setFromTuple(tuple2)
-        
-        expDistance = 100000
-        obsDistance = range1.getDistance(range2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_getDistance_range1_before_range2_both_on_neg_strand(self):   
-        tuple1 = ("chunk1", 290000, 190000)
-        range1 = Range()
-        range1.setFromTuple(tuple1)
-        
-        tuple2 = ("chunk1", 590000, 390000)
-        range2 = Range()
-        range2.setFromTuple(tuple2)
-        
-        expDistance = 100000
-        obsDistance = range1.getDistance(range2)
-        
-        self.assertEquals(expDistance, obsDistance)
-        
-    def test_diff_on_no_overlapping_range(self):
-        range1 = Range("chunk1", 190000, 390000)
-        range2 = Range("chunk1", 490000, 590000)
-        
-        expRange1 = Range("chunk1",190000,390000)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_on_different_chunks(self):
-        range1 = Range("chunk1", 190000, 390000)
-        range2 = Range("chunk2", 290000, 590000)
-        
-        expRange1 = Range("chunk1", 190000, 390000)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range1_before_range2(self):
-        range1 = Range("chunk1", 190000, 390000)
-        range2 = Range("chunk1", 290000, 590000)
-        
-        expRange1 = Range("chunk1", 190000, 289999)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range1_before_range2_range1_on_neg_strand(self):
-        range1 = Range("chunk1", 390000, 190000)
-        range2 = Range("chunk1", 290000, 590000)
-        
-        expRange1 = Range("chunk1", 289999, 190000)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range2_included_in_range1(self):
-        range1 = Range("chunk1", 190000, 590000)
-        range2 = Range("chunk1", 290000, 390000)
-        
-        expRange1 = Range("chunk1", 190000, 289999)
-        expReturnedRange = Range("chunk1", 390001, 590000)
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range2_included_in_range1_range1_on_reverse_strand(self):
-        range1 = Range("chunk1", 590000, 190000)
-        range2 = Range("chunk1", 290000, 390000)
-        
-        expRange1 = Range("chunk1", 289999, 190000)
-        expReturnedRange = Range("chunk1", 590000, 390001)
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range1_included_in_range2(self):
-        range1 = Range("chunk1", 390000, 490000)
-        range2 = Range("chunk1", 290000, 590000)
-        
-        expRange1 = Range("chunk1",0,0)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range1_after_range2(self):
-        range1 = Range("chunk1", 390000, 590000)
-        range2 = Range("chunk1", 290000, 490000)
-        
-        expRange1 = Range("chunk1", 490001, 590000)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_diff_range1_after_range2_range1_on_neg_strand(self):
-        range1 = Range("chunk1", 590000, 390000)
-        range2 = Range("chunk1", 290000, 490000)
-        
-        expRange1 = Range("chunk1", 590000, 490001)
-        expReturnedRange = Range("chunk1")
-        
-        obsReturnedRange = range1.diff(range2)
-        obsRange1 = range1
-        
-        self.assertEquals(expRange1, obsRange1)
-        self.assertEquals(expReturnedRange, obsReturnedRange)
-        
-    def test_getIdx(self):
-        self.assertEqual(getIdx(1000,3),1000001)
-        self.assertEqual(getIdx(999,3),1000000)
-        self.assertEqual(getIdx(2000,3),1000002)
-        self.assertEqual(getIdx(2000,4),2000000)
-        self.assertEqual(getIdx(2000,5),3000000)
-        self.assertEqual(getIdx(20000000,6),4000000)
-        self.assertEqual(getIdx(20000000,5),3000200)
-        self.assertEqual(getIdx(20000000,4),2002000)
-        self.assertEqual(getIdx(20000000,3),1020000)
-        
-    def test_getBin_bin_level_9(self):
-        tuple1 = ("chunk1", 190000000, 390000000)
-        range1 =Range()
-        range1.setFromTuple(tuple1)
-        
-        expRes = 100000000.0
-        obsRes = range1.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_8(self):
-        tuple1 = ("chunk1", 19000000, 39000000)
-        range1 =Range()
-        range1.setFromTuple(tuple1)
-        
-        expRes = 100000000.0
-        obsRes = range1.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_7(self):
-        tuple1 = ("chunk1", 1900000, 3900000)
-        range1 =Range()
-        range1.setFromTuple(tuple1)
-        
-        expRes = 10000000.0
-        obsRes = range1.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_6(self):
-        tuple1 = ("chunk1", 190000, 390000)
-        range1 =Range()
-        range1.setFromTuple(tuple1)
-        
-        expRes = 1000000.0
-        obsRes = range1.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_5(self):
-        tuple = ("chunk1", 19000, 39000)
-        range =Range()
-        range.setFromTuple(tuple)
-        expRes = 100000.0
-        obsRes = range.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_4(self):
-        tuple = ("chunk1", 1900, 3900)
-        range =Range()
-        range.setFromTuple(tuple)
-        
-        expRes = 10000.0
-        obsRes = range.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_3(self):
-        tuple = ("chunk1", 190, 390)
-        range =Range()
-        range.setFromTuple(tuple)
-        
-        expRes = 1000.0
-        obsRes = range.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_2(self):
-        tuple = ("chunk1", 19, 39)
-        range =Range()
-        range.setFromTuple(tuple)
-        
-        expRes = 1000.0
-        obsRes = range.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-    def test_getBin_bin_level_1(self):
-        tuple = ("chunk1", 1, 3)
-        range =Range()
-        range.setFromTuple(tuple)
-        
-        expRes = 1000.0
-        obsRes = range.getBin()
-        
-        self.assertEquals(expRes, obsRes)
-        
-        
-    def test_getBin_function(self):
-        expBin = 2L
-        obsBin = getBin(200, 2)
-        
-        self.assertEquals(expBin, obsBin)
-        
-    def test_findIdx(self):
-        o = Range()
-        o.setFromString( "chunk1\t1000\t2000\n" )
-        self.assertEqual(o.findIdx(),2000000)
-        
-        o.setFromString( "chunk1\t2000\t1000\n" )       
-        self.assertEqual(o.findIdx(),2000000)
-        
-        o.setFromString( "chunk1\t200\t999\n" )       
-        self.assertEqual(o.findIdx(),1000000)
-        
-        o.setFromString( "chunk1\t1\t20000000\n" )       
-        self.assertEqual(o.findIdx(),4000000)
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Range ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_Set.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,282 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-from commons.core.coord.Set import Set
-from commons.core.coord.Map import Map
-
-
-class Test_Set( unittest.TestCase ):
-    
-    def test__eq__sets_equals(self):
-        set1 = Set( 1, "set1", "seq1", 1, 2 )
-        set2 = Set( 1, "set1", "seq1", 1 ,2 )   
-        self.assertEquals( set1, set2 )
-        
-    def test__eq__sets_not_equals_ids(self):
-        set1 = Set( 1, "set1", "seq1", 1, 2 )
-        set2 = Set( 2, "set1", "seq1", 1 ,2 )   
-        self.assertNotEquals( set1, set2 )
-        
-    def test__eq__sets_not_equals_name(self):
-        set1 = Set( 1, "set1", "seq1", 1, 2 )
-        set2 = Set( 1, "set2", "seq1", 1 ,2 )   
-        self.assertNotEquals( set1, set2 )
-    
-    def test__eq__on_empty_set(self):
-        set1 = Set()
-        set2 = Set()
-        self.assertEquals( set1, set2 )
-        
-    def test_setFromTuple_equals_instances(self):
-        tuple = ( 1, "set1", "seq1", 1, 2 )
-        obsSet = Set()
-        obsSet.setFromTuple(tuple)
-        expSet = Set( 1, "set1", "seq1", 1, 2 )
-        self.assertEquals( expSet, obsSet )
-   
-    def test_setFromTuple_not_equals_instances(self):
-        tuple = ( 1, "set1", "seq1", 1, 2 )
-        obsSet = Set()
-        obsSet.setFromTuple(tuple)
-        expSet = Set( 2, "set1", "seq1", 1, 2 )
-        self.assertNotEquals( expSet, obsSet )
-        
-    def test_read_empty_line_file(self):
-        fileName = "dummyFile"
-        
-        os.system(" touch " + fileName)
-        
-        fileHandler = open(fileName, "r")
-        
-        obsSet = Set()
-        
-        obsRes = obsSet.read( fileHandler )
-        expRes = 0
-        
-        fileHandler.close()
-        os.remove(fileName)
-        
-        self.assertEquals( expRes, obsRes )
-
-    def test_read_one_line_file(self):
-        line = ( "1\tset1\tseq1\t1\t2" )
-        fileName = "dummyFile"
-        
-        fileHandler = open( fileName, "w" )
-        fileHandler.write( line )
-        fileHandler.close()
-        
-        fileHandler = open( fileName, "r" )
-        
-        tuple = line.split("\t")
-        expSet = Set()
-        expSet.setFromTuple(tuple)
-        
-        obsSet = Set()
-        
-        expRes = 1
-        obsRes = obsSet.read(fileHandler)
-        
-        fileHandler.close()
-        os.remove(fileName)
-        self.assertEquals( expRes, obsRes )
-        self.assertEquals( expSet, obsSet ) 
-        
-    def test_read_two_line_file(self):
-        line1 = ( "1\tset1\tseq1\t1\t2\n" )
-        line2 = ( "2\tset2\tseq2\t3\t4" )
-        fileName = "dummyFile"
-        
-        fileHandler = open( fileName, "w" )
-        fileHandler.write( line1 )
-        fileHandler.write( line2 )
-        fileHandler.close()
-        
-        tuple1 = line1.split("\t")
-        tuple2 = line2.split("\t")
-        
-        expSet1 = Set()
-        expSet2 = Set()
-        
-        expSet1.setFromTuple(tuple1)
-        expSet2.setFromTuple(tuple2)
-        
-        expSetList = [ expSet1, expSet2 ]
-        expResList = [ 1, 1 ]
-        
-        fileHandler = open( fileName, "r" )
-        
-        obsSet1 = Set()
-        obsSet2 = Set()
-
-        obsRes1 = obsSet1.read(fileHandler)
-        obsRes2 = obsSet2.read(fileHandler)
-        
-        obsSetList= [ obsSet1, obsSet2 ]
-        obsResList = [ obsRes1, obsRes2 ]
-        
-        fileHandler.close()
-        os.remove(fileName)
-        
-        self.assertEquals( expSetList, obsSetList )
-        self.assertEquals( expResList, obsResList )
-        
-    def test_merge_first_id_greater_than_second_id(self):
-        firstSet = Set( 2, "set1", "seq1", 10, 40 )
-        secondSet = Set( 1, "set2", "seq1", 20, 60 )
-        
-        firstSet.merge( secondSet )
-        
-        expSet = Set( 1, "set1", "seq1", 10, 60)
-        obsSet = firstSet
-        
-        self.assertEquals( expSet, obsSet)
-        
-    def test_merge_first_id_smaller_than_second_id(self):
-        firstSet = Set( 1, "set1", "seq1", 10, 40 )
-        secondSet = Set( 2, "set2", "seq1", 20, 60 )
-        
-        firstSet.merge( secondSet )
-        
-        expSet = Set( 1, "set1", "seq1", 10, 60)
-        obsSet = firstSet
-        
-        self.assertEquals( expSet, obsSet)
-
-    def test_merge_first_id_equals_second_id(self):
-        firstSet = Set( 1, "set1", "seq1", 10, 40 )
-        secondSet = Set( 1, "set2", "seq1", 20, 60 )
-        
-        firstSet.merge( secondSet )
-        
-        expSet = Set( 1, "set1", "seq1", 10, 60)
-        obsSet = firstSet
-        
-        self.assertEquals( expSet, obsSet)
-    
-    def test_merge_different_seqnames(self):
-        firstSet = Set( 2, "set1", "seq1", 10, 40 )
-        secondSet = Set( 1, "set1", "seq2", 20, 60 )
-        expSet = Set( 2, "set1", "seq1", 10, 40 )
-        firstSet.merge( secondSet )
-        obsSet = firstSet
-        self.assertEquals( expSet, obsSet )
-        
-    def test_diff_on_empty_sets(self):
-        firstSet = Set()
-        firstSet.seqname = "seq1"
-        secondSet = Set()
-        secondSet.seqname = "seq2"
-        
-        obsSet = firstSet.diff( secondSet )
-        expSet = Set()
-        
-        self.assertEquals( expSet, obsSet )
-    
-    def test_diff(self):
-        firstSet = Set( 2, "set1", "seq1", 10, 80 )
-        secondSet = Set( 1, "set2", "seq1", 20, 60 )
-        
-        expSet1 = Set( 2, "set1", "seq1", 10, 19 )
-        expSet2 = Set( 2, "set1", "seq1", 61, 80 )        
-        
-        obsSet2 = firstSet.diff( secondSet )
-        obsSet1 = firstSet
-                
-        self.assertEquals( expSet1, obsSet1 ) 
-        self.assertEquals( expSet2, obsSet2 )
-        
-    def test_diff_reverse(self):
-        firstSet = Set( 2, "set1", "seq1", 20, 60 )
-        secondSet = Set( 1, "set2", "seq1", 10, 80 )
-        
-        expSet1 = Set( 2, "set1", "seq1", 0, 0 )
-        expSet2 = Set( )        
-        
-        obsSet2 = firstSet.diff( secondSet )
-        obsSet1 = firstSet
-                
-        self.assertEquals( expSet1, obsSet1 ) 
-        self.assertEquals( expSet2, obsSet2 )
-        
-    def test_diff_list1_overlap_end_list2(self):
-        firstSet = Set( 2, "set1", "seq1", 20, 100 )
-        secondSet = Set( 1, "set2", "seq1", 10, 80 )
-        
-        expSet1 = Set( 2, "set1", "seq1", 81, 100 )  
-        expSet2 = Set( )             
-        
-        obsSet2 = firstSet.diff( secondSet )
-        obsSet1 = firstSet
-                
-        self.assertEquals( expSet1, obsSet1 ) 
-        self.assertEquals( expSet2, obsSet2 )
-        
-    def test_diff_with_empty_set1(self):
-        set2 = Set( 1, "set1", "seq1", 2, 45 )
-        set1 = Set( )
-        
-        expSet1 = Set( )
-        expSet2 = Set( )
-        
-        obsSet2 = set1.diff( set2 )
-        obsSet1 = set1
-        
-        self.assertEquals( expSet1, obsSet1 ) 
-        self.assertEquals( expSet2, obsSet2 )
-        
-    def test_diff_list2_overlap_end_list1(self):
-        firstSet = Set( 2, "set1", "seq1", 10, 70 )
-        secondSet = Set( 1, "set2", "seq1", 40, 100 )
-        
-        expSet1 = Set( 2, "set1", "seq1", 10, 39 )
-        expSet2 = Set( )        
-        
-        obsSet2 = firstSet.diff( secondSet )
-        obsSet1 = firstSet
-                
-        self.assertEquals( expSet1, obsSet1 ) 
-        self.assertEquals( expSet2, obsSet2 )
-        
-    def test_set2map(self):
-        set = Set( 1, "set", "seq", 1, 2 )
-        
-        expMap = Map( "set::1", "seq", 1, 2 )
-        obsMap = set.set2map()
-        
-        self.assertEquals( expMap, obsMap )
-    
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Set ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_SetUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,1689 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import time
-from commons.core.coord.Set import Set
-from commons.core.coord.Map import Map
-from commons.core.coord.SetUtils import SetUtils
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_SetUtils( unittest.TestCase ):
-    
-    def test_changeIdInList_on_empty_list(self):
-        lSets = []
-        SetUtils.changeIdInList( lSets , 1 )
-        obsLSets = lSets
-        expLSets = []
-        self.assertEquals( expLSets , obsLSets )
-        
-    def test_changeIdInList_on_list_size_one(self):
-        set1 = Set( 1, "set1", "seq1", 1, 2 )
-        lSets = [ set1 ]
-        SetUtils.changeIdInList( lSets , 9 )
-        obsLSets = lSets
-        set1 = Set( 9, "set1", "seq1", 1, 2 )
-        expLSets = [ set1 ]
-        self.assertEquals( expLSets , obsLSets )
-        
-    def test_changeIdInList(self):
-        set1 = Set( 1, "set1", "seq1", 1, 2 )
-        set2 = Set( 2, "set2", "seq2", 2, 3 )
-        lSets = [ set1, set2 ]
-        SetUtils.changeIdInList( lSets , 9 )
-        obsLSets = lSets
-        set1 = Set( 9, "set1", "seq1", 1, 2 )
-        set2 = Set( 9, "set2", "seq2", 2, 3 )
-        expLSets = [ set1, set2 ]
-        
-        self.assertEquals( expLSets , obsLSets )
-        
-    def test_getOverlapLengthBetweenLists_all_list_are_empty (self):
-        lSets1 = []
-        lSets2 = []
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_empty_list2_size_one (self):
-        lSets1 = []
-        lSets2 = [ Set( 9, "set1", "seq1", 1, 2 ) ]
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_empty_list2_size_two (self):
-        lSets1 = []
-        lSets2 = [ Set( 9, "set1", "seq1", 1, 2 ), Set( 9, "set2", "seq2", 2, 3 ) ]
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_empty (self):
-        lSets1 = [ Set( 9, "set1", "seq1", 1, 2 ) ]
-        lSets2 = []
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_one_without_overlapp (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ) ]
-        lSets2 = [ Set( 2, "set2", "seq2", 2, 3 ) ]
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_one_with_overlap_size_1 (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ) ]
-        lSets2 = [ Set( 2, "set1", "seq1", 2, 3 ) ]
-        
-        expOverlapSize = 1
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_one_with_overlap_size_2 (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ) ]
-        lSets2 = [ Set( 2, "set1", "seq1", 1, 3 ) ]
-        
-        expOverlapSize = 2
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_two_without_overlap_sets_in_list1_greater_than_sets_in_list2 (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 4, 6 ) ]
-        lSets2 = [ Set( 2, "set2", "seq1", 2, 3 ), Set( 3, "set3", "seq3", 1, 2 ) ]
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_two_with_overlap_sets_in_list1_greater_than_sets_in_list2 (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 4, 6 ) ]
-        lSets2 = [ Set( 2, "set2", "seq2", 2, 3 ), Set( 3, "set3", "seq1", 4, 5 ) ]
-        
-        expOverlapSize = 2
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_one_list2_size_two_with_overlap_on_redundant_position (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ) ]
-        lSets2 = [ Set( 2, "set2", "seq1", 2, 3 ), Set( 3, "set1", "seq1", 1, 2 ) ]
-        
-        expOverlapSize = 3
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_two_list2_empty (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ), Set( 2, "set2", "seq2", 2, 3 ) ]
-        lSets2 = []
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_on_different_seq_names (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 2 ), Set( 2, "set2", "seq2", 2, 3 ) ]
-        lSets2 = [ Set( 3, "set1", "seq2", 4, 5 ), Set( 5, "set2", "seq4", 2, 3 ) ]
-        
-        expOverlapSize = 0
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_getOverlapLengthBetweenLists_list1_size_two_list2_size_two_with_overlap (self):
-        lSets1 = [ Set( 1, "set1", "seq1", 1, 6 ), Set( 2, "set2", "seq2", 2, 3 ) ]
-        lSets2 = [ Set( 3, "set1", "seq1", 1, 2 ), Set( 2, "set2", "seq3", 2, 3 ) ]
-        
-        expOverlapSize = 2
-        obsOverlapSize = SetUtils.getOverlapLengthBetweenLists( lSets1, lSets2 )
-        
-        self.assertEquals( expOverlapSize, obsOverlapSize )
-        
-    def test_areSetsOverlappingBetweenLists_list2_empty(self):
-        tuple1 = ("1","chr1","seq1", "100","110")
-        tuple2 = ("1","chr1","seq1", "200","220")
-        tuple3 = ("1","chr1","seq1", "300","330")
-        setList1 = self._makeSetListFromTupleList([tuple1, tuple2, tuple3])
-        
-        setList2 = []
-        
-        expRes = False
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( setList1, setList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areSetsOverlappingBetweenLists_list2_size1(self):
-        tuple1 = ("1","chr1","seq1", "9","11")
-        tuple2 = ("1","chr1","seq1", "20","22")
-        tuple3 = ("1","chr1","seq1", "30","33")
-        setList1 = self._makeSetListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        tuple11 = ("1","chr1", "seq1", "8","11")
-        setList2 = self._makeSetListFromTupleList( [ tuple11 ] )
-        
-        expRes = True
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( setList1, setList2 )
-        
-        self.assertEquals( expRes, obsRes )
-        
-    def test_areSetsOverlappingBetweenLists_list1_greater_list2(self):
-        tuple1 = ("1","chr1","seq1","100","110")
-        tuple2 = ("1","chr1","seq1","200","220")
-        tuple3 = ("1","chr1","seq1","300","330")
-        setList1 = self._makeSetListFromTupleList( [ tuple1, tuple2, tuple3 ] )
-        
-        tuple11 = ("1","chr1","seq1", "10","11")
-        tuple22 = ("1","chr1","seq1", "20","22")
-        tuple33 = ("1","chr1","seq1", "30","33")
-        setList2 = self._makeSetListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = False
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( setList1, setList2 )
-        
-        self.assertEquals( expRes, obsRes )
-    
-    def test_areSetsOverlappingBetweenLists_unordered_first_item_of_list1_greater_second_item_smaller(self):
-        tuple1 = ("1","chr1","seq1","400","440")
-        tuple2 = ("1","chr1","seq1","1","11")
-        setList1 = self._makeSetListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","seq1","15","17")
-        tuple22 = ("1","chr1","seq1", "20","22")
-        tuple33 = ("1","chr1","seq1","30","33")
-        setList2 = self._makeSetListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = False
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( setList1, setList2 )
-        
-        self.assertEquals( expRes, obsRes )
- 
-    def test_areSetsOverlappingBetweenLists_unorderd_second_item_of_list1_overlap_first_item(self):
-        tuple1 = ("1","chr1","seq1","400","440")
-        tuple2 = ("1","chr1","seq1", "1","18")
-        setList1 = self._makeSetListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","seq1","15","17")
-        tuple22 = ("1","chr1","seq1","20","22")
-        tuple33 = ("1","chr1","seq1","30","33")
-        setList2 = self._makeSetListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = True
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( setList1, setList2 )
-        
-        self.assertEquals( expRes, obsRes )
-    
-    def test_areSetsOverlappingBetweenLists_last_item_list1_overlap_last_item_list2(self):
-        tuple1 = ("1","chr1","seq1","400","440")
-        tuple2 = ("1","chr1","seq1","320","340")
-        pathList1 = self._makeSetListFromTupleList( [ tuple1, tuple2 ] )
-        
-        tuple11 = ("1","chr1","seq1","100","110")
-        tuple22 = ("1","chr1","seq1","200","220")
-        tuple33 = ("1","chr1","seq1","300","330")
-        pathList2 = self._makeSetListFromTupleList( [ tuple11, tuple22, tuple33 ] )
-        
-        expRes = True
-        obsRes = SetUtils.areSetsOverlappingBetweenLists( pathList1, pathList2 )
-        
-        self.assertEquals( expRes, obsRes )
-                
-    def test_getCumulLength_empty_list(self):
-        lSets = []
-        
-        expSize = 0
-        obsSize = SetUtils.getCumulLength( lSets )
-        
-        self.assertEquals( expSize, obsSize )
-        
-    def test_getCumulLength_1_item(self):
-        lSets = [ Set( 1, "set1", "seq1", 1, 6 ) ]
-        
-        expSize = 6
-        obsSize = SetUtils.getCumulLength( lSets )
-        
-        self.assertEquals( expSize, obsSize )
-        
-    def test_getCumulLength_2_items(self):
-        lSets = [ Set( 1, "set1", "seq1", 1, 6 ), Set( 1, "set1", "seq1", 1, 2 ) ]
-        
-        expSize = 8
-        obsSize = SetUtils.getCumulLength( lSets )
-        
-        self.assertEquals( expSize, obsSize )
-        
-    def test_getCumulLength_complex(self):
-        set8 = Set(498, "(TACATA)25", "Mela_Blaster_Grouper_611_MAP_20", 17, 348)
-        set5 = Set(502, "(GGAGA)2", "Mela_Blaster_Grouper_611_MAP_20", 356, 366)
-        set6 = Set(503, "(TTTAAAGAACCC)2", "Mela_Blaster_Grouper_611_MAP_20", 433, 457)
-        set7 = Set(504, "(TATAA)2", "Mela_Blaster_Grouper_611_MAP_20", 484, 495) 
-        lSets = [ set8, set5, set6, set7 ] 
-        expSize = 380
-        obsSize = SetUtils.getCumulLength( lSets )
-        
-        self.assertEquals( expSize, obsSize )
-        
-    def test_getListBoundaries_one_set(self):
-        lSets = [ Set( 1, "set1", "seq1", 3, 8 ) ]
-        
-        expTuple = ( 3, 8 )
-        obsTuple = SetUtils.getListBoundaries( lSets )
-        
-        self.assertEquals( expTuple, obsTuple )
-        
-    def test_getListBoundaries_two_sets(self):
-        lSets = [ Set( 1, "set1", "seq1", 3, 8 ), Set( 2, "set2", "seq2", 5, 10 ) ]
-        
-        expTuple = ( 3, 10 )
-        obsTuple = SetUtils.getListBoundaries( lSets )
-        
-        self.assertEquals( expTuple, obsTuple )
- 
-    def test_writeListInFile_empty_list(self):
-        lSets = [ ]
-        expFileName = "expFileName"
-        fileHandle = open(expFileName, "w")
-        fileHandle.close()
- 
-        obsFileName = "obsFileName"
-        fileHandle = open(obsFileName, "w")
-        SetUtils.writeListInFile(lSets, obsFileName, "w")
-        fileHandle.close()
-         
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_writeListInFile_list_one_set(self):
-        lSets = [ Set( 1, "set1", "seq1", 3, 8 ) ]
-        line =  "1\tset1\tseq1\t3\t8\n"
-        expFileName = "expFileName"
- 
-        fileHandle = open(expFileName, "w")
-        fileHandle.write(line)
-        fileHandle.close()
- 
-        obsFileName = "obsFileName"
-        fileHandle = open(obsFileName, "w")
-        SetUtils.writeListInFile(lSets, obsFileName, "w")
-        fileHandle.close()
-         
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-        
-    def test_getDictOfListsWithIdAsKey_empty_list( self ):
-        lSets = []
-        expDic = {}
-        obsDic = SetUtils.getDictOfListsWithIdAsKey( lSets )
-        self.assertEquals( expDic, obsDic )
-        
-        
-    def test_getDictOfListsWithIdAsKey_one_set( self ):
-        lSets = [ Set( 2, "set2", "seq2", 3, 8 ) ]
-        expDic = { 2: [ Set( 2, "set2", "seq2", 3, 8 ) ] }
-        obsDic = SetUtils.getDictOfListsWithIdAsKey( lSets )
-        self.assertEquals( expDic, obsDic )
-        
-        
-    def test_getDictOfListsWithIdAsKey_two_sets_with_same_id( self ):
-        lSets = [ Set( 2, "set2", "seq2", 10, 50 ), Set( 2, "set2", "seq2", 3, 8 )]
-        expDic = { 2: [Set( 2, "set2", "seq2", 10, 50 ), Set( 2, "set2", "seq2", 3, 8 )] }
-        obsDic = SetUtils.getDictOfListsWithIdAsKey( lSets )
-        self.assertEquals( expDic, obsDic )
-        
-        
-    def test_getDictOfListsWithIdAsKey_sets_with_3_different_id( self ):
-        set1 = Set( 1, "set2", "seq2", 10, 50 )
-        set2 = Set( 1, "set2", "seq2", 20, 50 )
-        set3 = Set( 2, "set2", "seq2", 30, 50 )
-        set4 = Set( 2, "set2", "seq2", 40, 50 )
-        set5 = Set( 3, "set2", "seq2", 1, 2 )
-        lSets = [ set1, set2, set3, set4, set5 ]
-        expDic = { 1: [set1, set2],
-                   2: [set3, set4],
-                   3: [set5] }
-        obsDic = SetUtils.getDictOfListsWithIdAsKey( lSets )
-        self.assertEquals( expDic, obsDic )
-        
-        
-    def test_getDictOfListsWithIdAsKeyFromFile(self):
-        setFile = "dummySetFile"
-        setFileHandler = open( setFile, "w" )
-        setFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t301\t500\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t601\t650\n" )
-        setFileHandler.close()
-        
-        dExp = { 1: [ Set( 1, "seq31", "chr1", 151, 250 ) ],
-                2: [ Set( 2, "seq27", "chr2", 301, 500 ),
-                    Set( 2, "seq27", "chr2", 601, 650 ) ] }
-        dObs = SetUtils.getDictOfListsWithIdAsKeyFromFile( setFile )
-        
-        self.assertEquals( dExp, dObs )
-        
-        os.remove( setFile )
-        
-        
-    def test_getMapListFromSetList_empty_list(self):
-        lSets = []
-        
-        expLMap = []
-        obsLMap = SetUtils.getMapListFromSetList(lSets)
-        
-        self.assertEquals(expLMap, obsLMap)
-        
-    def test_getMapListFromSetList_one_set(self):
-        lSets = [ Set( 1, "set", "seq1", 1, 6 )]
-        map1 = Map("set::1","seq1",1,6)
-        
-        expLMap = [ map1 ]
-        obsLMap = SetUtils.getMapListFromSetList(lSets)
-        
-        self.assertEquals(expLMap, obsLMap)
-                    
-    def test_getMapListFromSetList_two_sets(self):
-        lSets = [ Set( 1, "set", "seq1", 1, 6 ), Set( 2, "set", "seq2", 3, 8 ) ]
-        map1 = Map("set::1","seq1",1,6)
-        map2 = Map("set::2","seq2",3,8)
-        
-        expLMap = [ map1, map2 ]
-        obsLMap = SetUtils.getMapListFromSetList(lSets)
-        
-        self.assertEquals(expLMap, obsLMap)
-        
-    def test_getSetListFromMapList_empty_list(self):
-        lMap =[]
-        expLSets = []
-        obsLSets = SetUtils.getSetListFromMapList(lMap)
-        
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_getSetListFromMapList_one_map(self):
-        map1 = Map( "map1","seq1",1,6)
-        lMap =[ map1 ]
-        expLSets = [ Set( 1, "map1", "seq1", 1, 6 ) ]
-        obsLSets = SetUtils.getSetListFromMapList(lMap)
-                            
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_getSetListFromMapList_two_maps(self):
-        map1 = Map( "map1","seq1",1,6)
-        map2 = Map( "map2","seq2",3,8)
-        lMap =[ map1,map2 ]
-        expLSets = [ Set( 1, "map1", "seq1", 1, 6 ), Set( 2, "map2", "seq2", 3, 8 ) ]
-        obsLSets = SetUtils.getSetListFromMapList(lMap)
-        
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_getSetListFromMapList_list_with_one_empty_map(self):
-        map1 = Map( "map1","seq1",1,6)
-        map2 = Map()
-        lMap =[ map1,map2 ]
-        expLSets = [ Set( 1, "map1", "seq1", 1, 6 ), Set(2, ) ]
-        obsLSets = SetUtils.getSetListFromMapList(lMap)
-        
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_mergeSetsInList(self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        set2 = Set( 2, "set2", "seq1", 3, 6 )
-        set3 = Set( 3, "set3", "seq1", 3, 5 )
-        set4 = Set( 4, "set4", "seq1", 1, 2 )
-        lSets = [ set1, set2, set3, set4 ]
-        
-        obsList = SetUtils.mergeSetsInList( lSets )
-        expList = [ Set( 1, "set1", "seq1", 1, 6 ) ]
-        
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_mergeSetsInList_with_reverse_only(self):
-        set1 = Set( 1, "set1", "seq1", 6, 1 )
-        set2 = Set( 2, "set2", "seq1", 6, 3 )
-        set3 = Set( 3, "set3", "seq1", 5, 3 )
-        set4 = Set( 4, "set4", "seq1", 2, 1 )
-        lSets = [ set1, set2, set3, set4 ]
-        
-        obsList = SetUtils.mergeSetsInList( lSets )
-        expList = [ Set( 1, "set1", "seq1", 6, 1 ) ]
-        
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_mergeSetsInList_with_direct_and_reverse(self):
-        set1 = Set( 1, "set1", "seq1", 6, 1 )
-        set2 = Set( 2, "set2", "seq1", 6, 3 )
-        set3 = Set( 3, "set3", "seq1", 3, 5 )
-        set4 = Set( 4, "set4", "seq1", 2, 1 )
-        lSets = [ set1, set2, set3, set4 ]
-        
-        obsList = SetUtils.mergeSetsInList( lSets )
-        expList = [ set1 ]
-        
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_mergeSetsInList_with_empty_set(self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        set2 = Set()
-        set3 = Set( 3, "set3", "seq1", 3, 5 )
-        set4 = Set( 4, "set4", "seq1", 1, 2 )
-        lSets = [ set1, set2, set3, set4 ]
-        
-        obsList = SetUtils.mergeSetsInList( lSets )
-        expList = [ set2, set1 ]
-        
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_mergeSetsInList_empty_list(self):
-        lSets = []
-        
-        obsList = SetUtils.mergeSetsInList( lSets )
-        expList = []
-         
-        self.assertEquals( expList, obsList )
-        
-        
-    def test_mergeSetsInList_one_set (self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        lSets = [ set1 ]
-        
-        obsLSets = SetUtils.mergeSetsInList( lSets )
-        expLSets = [ set1 ]
-         
-        self.assertEquals( expLSets, obsLSets )
-        
-        
-    def test_mergeSetsInList_diffSeqnames_without_overlapping(self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        set2 = Set( 1, "set2", "seq2", 11, 16 )
-        lSets = [ set1, set2 ]
-        
-        obsLSets = SetUtils.mergeSetsInList( lSets )
-        expLSets = [ set1, set2 ]
-        
-        self.assertEquals( expLSets, obsLSets )
-        
- 
-    def test_mergeSetsInList_diffSeqnames_overlapping(self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        set2 = Set( 1, "set2", "seq2", 2, 5 )
-        lSets = [ set1, set2 ]
-        
-        obsLSets = SetUtils.mergeSetsInList( lSets )
-        expLSets = [ set1, set2 ]
-        
-        self.assertEquals( expLSets, obsLSets )
-        
- 
-    def test_mergeSetsInList_sameSeqnames_without_overlapping(self):
-        set1 = Set( 1, "set1", "seq1", 1, 6 )
-        set2 = Set( 1, "set2", "seq1", 11, 16 )
-        lSets = [ set1, set2 ]
-        
-        obsLSets = SetUtils.mergeSetsInList( lSets )
-        expLSets = [ set1, set2 ]
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_mergeSetsInList_complex(self):
-        set1 = Set(498, "(ACATATAATAA)10", "Mela_Blaster_Grouper_611_MAP_20", 77, 181)
-        set2 = Set(499, "(TACATA)25", "Mela_Blaster_Grouper_611_MAP_20", 17, 166)
-        set3 = Set(500, "(ATAAAATAC)26", "Mela_Blaster_Grouper_611_MAP_20", 94, 348)
-        set4 = Set(501, "(TAA)15", "Mela_Blaster_Grouper_611_MAP_20", 257, 303)
-        set5 = Set(502, "(GGAGA)2", "Mela_Blaster_Grouper_611_MAP_20", 356, 366)
-        set6 = Set(503, "(TTTAAAGAACCC)2", "Mela_Blaster_Grouper_611_MAP_20", 433, 457)
-        set7 = Set(504, "(TATAA)2", "Mela_Blaster_Grouper_611_MAP_20", 484, 495)    
-        lSets = [ set1, set2, set3, set4, set5, set6, set7 ]  
-        obsLSets = SetUtils.mergeSetsInList( lSets )
-        
-        set8 = Set(498, "(TACATA)25", "Mela_Blaster_Grouper_611_MAP_20", 17, 348)
-        
-        expLSets = [ set8, set5, set6, set7 ]
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListUnjoined_listToKeep_empty_listToUnjoin_empty (self):
-        setListToKeep = []
-        setListToUnjoin = []
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = []
- 
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_getSetListUnjoined_listToKeep_empty (self):
-        setListToKeep = []
-        
-        setUnjoin1 = Set( 1, "set", "seq", 1, 3 )
-        setUnjoin2 = Set( 1, "set", "seq", 2, 3 )
-        setUnjoin3 = Set( 1, "set", "seq", 5, 7 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ setListToUnjoin ]
- 
-        self.assertEquals(expLSets, obsLSets)       
-        
-    def test_getSetListUnjoined_listToKeep_empty_listToUnjoin_size1 (self):
-        setListToKeep = []
-        
-        setUnjoin = Set( 1, "set", "seq", 1, 3 )
-        setListToUnjoin = [ setUnjoin ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ setListToUnjoin ]
- 
-        self.assertEquals(expLSets, obsLSets)     
-        
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_empty (self):
-        setKeep = Set( 1, "set", "seq", 1, 3 )
-        setListToKeep = [ setKeep ]
-        
-        setListToUnjoin = []
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = []
- 
-        self.assertEquals(expLSets, obsLSets)  
-       
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_size1 (self):
-        setKeep = Set( 1, "set", "seq", 1, 3 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin = Set( 1, "set", "seq", 5, 9 )
-        setListToUnjoin = [ setUnjoin ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ setListToUnjoin ]
- 
-        self.assertEquals(expLSets, obsLSets)
- 
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_size2_noSplit_item_in_listToKeep_smaller_item_in_listToUnjoin (self):
-        setKeep = Set( 1, "set", "seq", 1, 3 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 5, 9 )
-        setUnjoin2 = Set( 1, "set", "seq", 11, 16 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ setListToUnjoin ]
- 
-        self.assertEquals(expLSets, obsLSets)  
- 
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_size3_noSplit_item_in_listToKeep_smaller_item_in_listToUnjoin (self):
-        setKeep = Set( 1, "set", "seq", 1, 3 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 5, 9 )
-        setUnjoin2 = Set( 1, "set", "seq", 11, 16 )
-        setUnjoin3 = Set( 1, "set", "seq", 21, 26 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ setListToUnjoin ]
- 
-        self.assertEquals(expLSets, obsLSets)  
- 
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_size2_noSplit_item_in_listToUnjoin_smaller_item_in_listToKeep (self):
-        setKeep = Set( 1, "set", "seq", 10, 13 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 5, 9 )
-        setUnjoin2 = Set( 1, "set", "seq", 1, 3 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ SetUtils.getSetListSortedByIncreasingMinThenMax( setListToUnjoin ) ]
- 
-        self.assertEquals(expLSets, obsLSets)   
- 
-    def test_getSetListUnjoined_listToKeep_size3_listToUnjoin_size2_oneSplit_item_in_listToKeep_smaller_item_in_listToUnjoin (self):
-        setKeep1 = Set( 1, "set", "seq", 1, 1 )
-        setKeep2 = Set( 1, "set", "seq", 21, 30 )
-        setKeep3 = Set( 1, "set", "seq", 61, 70 )
-        setListToKeep = [ setKeep1, setKeep2, setKeep3 ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 41, 50 )
-        setUnjoin2 = Set( 2, "set", "seq", 81, 90 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2 ]
- 
-        expLSets = [ [ setUnjoin1 ], [ setUnjoin2 ] ]
-        
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
- 
-        self.assertEquals(expLSets, obsLSets) 
-        
-    def test_getSetListUnjoined_listToKeep_size3_listToUnjoin_size3_twoSplits_item_in_listToUnjoin_smaller_item_in_listToKeep(self):
-        setKeep1 = Set( 1, "set", "seq", 21, 30 )
-        setKeep2 = Set( 1, "set", "seq", 41, 50 )
-        setKeep3 = Set( 1, "set", "seq", 81, 90 )
-        setListToKeep = [ setKeep1, setKeep2, setKeep3 ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 1, 10 )
-        setUnjoin2 = Set( 2, "set", "seq", 61, 70 )
-        setUnjoin3 = Set( 2, "set", "seq", 101, 110 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3 ]
-        
-        expLSets = [ [ setUnjoin1 ], [ setUnjoin2 ], [ setUnjoin3 ] ]
-        
-        obsLSets = SetUtils.getSetListUnjoined( setListToKeep, setListToUnjoin )
-        
-        self.assertEquals(expLSets, obsLSets) 
-        
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_size2_split(self):
-        setKeep1 = Set( 1, "set", "seq", 51, 80 )
-        setListToKeep = [ setKeep1 ]        
-        
-        setUnjoin1 = Set( 1, "set", "seq", 21, 40 )
-        setUnjoin2 = Set( 1, "set", "seq", 101, 150 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2 ]
-        
-        expLSets = [ [setUnjoin1] , [setUnjoin2] ]
-               
-        obsLSets = SetUtils.getSetListUnjoined( setListToKeep, setListToUnjoin )
-        
-        self.assertEquals( expLSets, obsLSets )
- 
-    def test_getSetListUnjoined_listToKeep_size2_listToUnjoin_size2_split(self):
-        setKeep1 = Set( 1, "set", "seq", 1, 15 )
-        setKeep2 = Set( 1, "set", "seq", 81, 130 )
-        setListToKeep = [ setKeep1, setKeep2 ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 21, 40 )
-        setUnjoin2 = Set( 1, "set", "seq", 201, 250 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2 ]
-        
-        expLSets = [ [setUnjoin1] , [setUnjoin2] ] 
-        
-        obsLSets = SetUtils.getSetListUnjoined( setListToKeep, setListToUnjoin )
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_ordered_OneSplit(self):
-        setKeep = Set( 1, "set", "seq", 120, 180 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 100, 110 )
-        setUnjoin2 = Set( 1, "set", "seq", 200, 210 )
-        setUnjoin3 = Set( 1, "set", "seq", 250, 280 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ [setUnjoin1], [setUnjoin2, setUnjoin3] ]
- 
-        self.assertEquals(expLSets, obsLSets)
-        
-    def test_getSetListUnjoined_listToKeep_size1_listToUnjoin_unordered_OneSplit(self):
-        setKeep = Set( 1, "set", "seq", 120, 180 )
-        setListToKeep = [ setKeep ]
-        
-        setUnjoin1 = Set( 1, "set", "seq", 200, 210 )
-        setUnjoin2 = Set( 1, "set", "seq", 250, 280 )
-        setUnjoin3 = Set( 1, "set", "seq", 100, 110 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3 ]
- 
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        expLSets = [ [setUnjoin3], [setUnjoin1, setUnjoin2] ]
- 
-        self.assertEquals(expLSets, obsLSets)
- 
-    def test_getSetListUnjoined_listToKeep_size2_listToUnjoin_size4_twoSplits(self):
-        setKeep1 = Set( 1, "set", "seq", 21, 30 )
-        setKeep2 = Set( 1, "set", "seq", 81, 90 )
-        setListToKeep = [ setKeep1, setKeep2 ]
-                
-        setUnjoin1 = Set( 1, "set", "seq", 1, 10 )
-        setUnjoin2 = Set( 1, "set", "seq", 41, 50 )
-        setUnjoin3 = Set( 1, "set", "seq", 61, 70 )
-        setUnjoin4 = Set( 1, "set", "seq", 101, 110 )
-        setListToUnjoin = [ setUnjoin1, setUnjoin2, setUnjoin3, setUnjoin4 ]
-        
-        expLSets = [ [setUnjoin1], [ setUnjoin2, setUnjoin3 ], [setUnjoin4] ]
-        
-        obsLSets = SetUtils.getSetListUnjoined(setListToKeep, setListToUnjoin)
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_empty_list(self):
-        lSets = []
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )        
-        expLSets = []
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_size1(self):
-        set = Set( 1, "set", "seq", 100, 110 )
-        lSets = [ set ]
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        expLSets = lSets
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_with_only_doublons(self):
-        set1 = Set( 1, "set", "seq", 100, 110 )
-        set2 = Set( 1, "set", "seq", 100, 110 )
-        set3 = Set( 1, "set", "seq", 100, 110 )
-        set4 = Set( 1, "set", "seq", 100, 110 )
-        lSets = [set1, set2, set3, set4]
-        
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        
-        expLSets = [ set1 ]
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_with_doublons_at_start_and_at_end(self):
-        set1 = Set( 1, "set", "seq", 200, 210 )
-        set2 = Set( 1, "set", "seq", 100, 110 )
-        set3 = Set( 1, "set", "seq", 300, 310 )
-        set4 = Set( 1, "set", "seq", 100, 110 )
-        lSets = [set1, set2, set3, set4]
-        
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        
-        expLSets = [ set1, set2, set3 ]
-        expLSets = SetUtils.getSetListSortedByIncreasingMinThenMax(expLSets)
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_with_contiguous_doublons(self):
-        set1 = Set( 1, "set", "seq", 200, 210 )
-        set2 = Set( 1, "set", "seq", 100, 110 )
-        set3 = Set( 1, "set", "seq", 100, 110 )
-        set4 = Set( 1, "set", "seq", 300, 310 )
-        lSets = [set1, set2, set3, set4]
-        
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        
-        expLSets = [ set1, set2, set4 ]
-        expLSets = SetUtils.getSetListSortedByIncreasingMinThenMax(expLSets)
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_with_one_doublon(self):
-        set1 = Set( 1, "set", "seq", 200, 210 )
-        set2 = Set( 1, "set", "seq", 100, 110 )
-        set3 = Set( 1, "set", "seq", 210, 250 )
-        set4 = Set( 1, "set", "seq", 100, 110 )
-        set5 = Set( 1, "set", "seq", 300, 310 )
-        lSets = [set1, set2, set3, set4, set5]
-        
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        
-        expLSets = [ set1, set2, set3, set5 ]
-        expLSets = SetUtils.getSetListSortedByIncreasingMinThenMax(expLSets)
-        
-        self.assertEquals( expLSets, obsLSets )
-        
-    def test_getSetListWithoutDuplicates_list_with_two_doublons(self):
-        set1 = Set( 1, "set", "seq", 200, 210 )
-        set2 = Set( 1, "set", "seq", 100, 110 )
-        set3 = Set( 1, "set", "seq", 210, 250 )
-        set4 = Set( 1, "set", "seq", 230, 250 )
-        set5 = Set( 1, "set", "seq", 210, 250 )
-        set6 = Set( 1, "set", "seq", 100, 110 )
-        set7 = Set( 1, "set", "seq", 300, 310 )
-        lSets = [set1, set2, set3, set4, set5, set6, set7]
-        
-        obsLSets = SetUtils.getSetListWithoutDuplicates( lSets )
-        
-        expLSets = [ set1, set2, set3, set4, set7 ]
-        expLSets = SetUtils.getSetListSortedByIncreasingMinThenMax(expLSets)
-        
-        self.assertEquals( expLSets, obsLSets )
-       
-    def test_getSetListSortedByIncreasingMinThenMax_alreadyOrdered_diffIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 1, 10 )
-        set2 = Set( 2, "set1", "seq1", 21, 30 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set1, set2 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenMax_unordered_diffIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 21, 30 )
-        set2 = Set( 2, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenMax_unordered_sameIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 21, 30 )
-        set2 = Set( 1, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenMax_unordered_overlapping(self):
-        set1 = Set( 2, "set1", "seq1", 6, 15 )
-        set2 = Set( 1, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getSetListSortedByIncreasingMinThenMax_unordered_sameMin_threeSets(self):
-        set1 = Set( 1, "set1", "seq1", 1, 15 )
-        set2 = Set( 2, "set2", "seq1", 1, 10 )
-        set3 = Set( 3, "set3", "seq1", 1, 12 )
-        lSets = [ set1, set2, set3 ]
-        
-        expList = [ set2, set3, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenMax_unordered_included(self):
-        set1 = Set( 1, "set1", "seq1", 2, 4 )
-        set2 = Set( 2, "set2", "seq1", 1, 5 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenMax( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_alreadyOrdered_diffIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 1, 10 )
-        set2 = Set( 2, "set1", "seq1", 21, 30 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set1, set2 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_unordered_diffIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 21, 30 )
-        set2 = Set( 2, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_unordered_sameIdentifier(self):
-        set1 = Set( 1, "set1", "seq1", 21, 30 )
-        set2 = Set( 1, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_unordered_overlapping(self):
-        set1 = Set( 2, "set1", "seq1", 6, 15 )
-        set2 = Set( 1, "set1", "seq1", 1, 10 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_unordered_sameMin_threeSets(self):
-        set1 = Set( 1, "set1", "seq1", 1, 10 )
-        set2 = Set( 2, "set2", "seq1", 3, 8 )
-        set3 = Set( 3, "set3", "seq1", 3, 17 )
-        lSets = [ set1, set2, set3 ]
-        
-        expList = [ set1, set3, set2 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getSetListSortedByIncreasingMinThenInvLength_unordered_included(self):
-        set1 = Set( 1, "set1", "seq1", 2, 4 )
-        set2 = Set( 2, "set2", "seq1", 1, 5 )
-        lSets = [ set1, set2 ]
-        
-        expList = [ set2, set1 ]
-        
-        obsList = SetUtils.getSetListSortedByIncreasingMinThenInvLength( lSets )
-        
-        self.assertEqual( expList, obsList )
-        
-    def test_getSetListSortedBySeqThenRegionThenMinThenMax_already_sorted(self):
-        set1 = Set(1, "set1", "seq1", 2, 4)
-        set2 = Set(2, "set2", "seq2", 1, 5)
-        set3 = Set(3, "set3", "seq2", 8, 10)
-        lSets = [set1, set2, set3]
-        
-        expList = [set1, set2, set3]
-        
-        obsList = SetUtils.getSetListSortedBySeqThenRegionThenMinThenMax(lSets)
-        
-        self.assertEqual(expList, obsList)
-        
-    def test_getSetListSortedBySeqThenRegionThenMinThenMax_not_sorted_by_seqname(self):
-        set1 = Set(1, "set1", "seq1", 2, 4)
-        set2 = Set(2, "set2", "seq2", 1, 5)
-        set3 = Set(3, "set3", "seq2", 8, 10)
-        lSets = [set2, set1, set3]
-        
-        expList = [set1, set2, set3]
-        
-        obsList = SetUtils.getSetListSortedBySeqThenRegionThenMinThenMax(lSets)
-        
-        self.assertEqual(expList, obsList)
-         
-    def test_getSetListSortedBySeqThenRegionThenMinThenMax_not_sorted_by_region_and_start(self):
-        set1 = Set(1, "set1", "seq1", 2, 4)
-        set2 = Set(2, "set2", "seq2", 1, 5)
-        set3 = Set(3, "set3", "seq2", 8, 10)
-        lSets = [set3, set2, set1]
-        
-        expList = [set1, set2, set3]
-        
-        obsList = SetUtils.getSetListSortedBySeqThenRegionThenMinThenMax(lSets)
-        
-        self.assertEqual(expList, obsList)
-         
-    def test_getSetListSortedBySeqThenRegionThenMinThenMax_not_sorted_with_overlap(self):
-        set1 = Set(1, "set1", "seq1", 2, 4)
-        set2 = Set(2, "set2", "seq2", 1, 5)
-        set3 = Set(3, "set2", "seq2", 8, 10)
-        set4 = Set(4, "set2", "seq3", 7, 9)
-        set5 = Set(5, "set3", "seq3", 8, 12)
-        lSets = [set3, set2, set1, set5, set4]
-        
-        expList = [set1, set2, set3, set4, set5]
-        
-        obsList = SetUtils.getSetListSortedBySeqThenRegionThenMinThenMax(lSets)
-        
-        self.assertEqual(expList, obsList)
-
-    def test_getSetListSortedBySeqThenRegionThenMinThenMax_not_sorted_with_reverse(self):
-        set1 = Set(1, "set1", "seq1", 2, 4)
-        set2 = Set(2, "set2", "seq2", 1, 5)
-        set3 = Set(3, "set2", "seq2", 8, 10)
-        set4 = Set(4, "set3", "seq3", 7, 9)
-        set5 = Set(5, "set3", "seq3", 12, 5)
-        lSets = [set3, set2, set5, set1, set4]
-        
-        expList = [set1, set2, set3, set5, set4]
-        
-        obsList = SetUtils.getSetListSortedBySeqThenRegionThenMinThenMax(lSets)
-        
-        self.assertEqual(expList, obsList)
-
-    def test_getListOfIdListOfOverlappingSets_2_item_in_reference_list_overlaps_with_one_item_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 30 )
-        set2 = Set( 2, "set2", "seq1", 40, 60 )
-        
-        lRef = [set1, set2]
-
-        set3 = Set( 3, "set2", "seq1", 25, 45 )
-        lSubj = [set3]
-        
-        lExp = [[1,-3,2]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lExp, lObs)
-        
-    def test_getListOfIdListOfOverlappingSets_one_item_in_reference_list_overlaps_with_2_item_in_subject_list(self):
-        set1 = Set( 1, "set2", "seq1", 25, 45 )
-        lRef = [set1]
-        
-        set2 = Set( 2, "set1", "seq1", 10, 30 )
-        set3 = Set( 3, "set2", "seq1", 40, 60 )
-        
-        lSubj = [set2, set3]
-        
-        lExp = [[1,-2,-3]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lExp, lObs)
-        
-    def test_getListOfIdListOfOverlappingSets_all_item_in_reference_list_overlaps_with_items_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 30 )
-        set2 = Set( 2, "set2", "seq1", 40, 60 )
-        set3 = Set( 3, "set2", "seq1", 70, 90 )
-        
-        lRef = [set1, set2, set3]
-        
-        set4 = Set( 4, "set1", "seq1", 5, 9 )
-        set5 = Set( 5, "set1", "seq1", 15, 29 )
-        set6 = Set( 6, "set2", "seq1", 45, 55 )
-        set7 = Set( 7, "set2", "seq1", 57, 68 )
-        set8 = Set( 8, "set2", "seq1", 73, 85 )
-        set9 = Set( 9, "set2", "seq1", 100, 115 )
-        
-        lSubj = [set4, set5, set6, set7, set8, set9]
-        
-        lExp = [[1,-5], [2,-6,-7], [3,-8]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-            
-    def test_getListOfIdListOfOverlappingSets_all_item_in_subject_list_overlaps_with_items_in_reference_list(self):
-        set1 = Set( 1, "set1", "seq1", 5, 9 )
-        set2 = Set( 2, "set1", "seq1", 15, 29 )
-        set3 = Set( 3, "set2", "seq1", 45, 55 )
-        set4 = Set( 4, "set2", "seq1", 57, 68 )
-        set5 = Set( 5, "set2", "seq1", 73, 85 )
-        set6 = Set( 6, "set2", "seq1", 100, 115 )
-        
-        lRef = [set1, set2, set3, set4, set5, set6]
-        
-        set7 = Set( 7, "set1", "seq1", 10, 30 )
-        set8 = Set( 8, "set2", "seq1", 40, 60 )
-        set9 = Set( 9, "set2", "seq1", 70, 90 )
-        
-        lSubj = [set7, set8, set9]
-              
-        lExp = [[2, -7], [3, -8, 4], [5, -9]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp) 
-               
-    def test_getListOfIdListOfOverlappingSets_all_item_overlaps_one_by_one(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set2", "seq1", 50, 60 )
-        
-        lRef = [set1, set2, set3]
-        
-        lSubj = [set1, set2, set3]
-              
-        lExp = [[1, -1], [2, -2], [3, -3]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp) 
-        
-    def test_getListOfIdListOfOverlappingSets_continuus_overlap_between_item_in_reference_list_and_item_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set2", "seq1", 50, 60 )
-        set4 = Set( 4, "set2", "seq1", 70, 80 )
-        
-        lRef = [set1, set2, set3, set4]
-        
-        set5 = Set( 5, "set1", "seq1", 15, 32 )
-        set6 = Set( 6, "set2", "seq1", 35, 52 )
-        set7 = Set( 7, "set2", "seq1", 55, 75 )
-        
-        lSubj = [set5, set6, set7]
-              
-        lExp = [[ 1, -5, 2, -6, 3, -7, 4 ]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)   
-        
-        
-    def test_getListOfIdListOfOverlappingSets_first_item_in_reference_overlap_with_one_item_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [set1, set2]
-        
-        set3 = Set( 3, "set1", "seq1", 5, 9 )
-        set4 = Set( 4, "set2", "seq1", 12, 25 )
-        set5 = Set( 5, "set2", "seq1", 55, 75 )
-        
-        lSubj = [set3, set4, set5]
-              
-        lExp = [[1, -4]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfIdListOfOverlappingSets_last_item_in_reference_overlap_with_one_item_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [set1, set2]
-        
-        set3 = Set( 3, "set1", "seq1", 5, 9 )
-        set4 = Set( 4, "set2", "seq1", 32, 45 )
-        set5 = Set( 5, "set2", "seq1", 55, 75 )
-        
-        lSubj = [set3, set4, set5]
-              
-        lExp = [[2, -4]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)       
-                
-    def test_getListOfIdListOfOverlappingSets_one_item_in_reference_in_the_middle_overlap_with_one_item_in_subject_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set1", "seq1", 50, 60 )
-        set4 = Set( 4, "set1", "seq1", 70, 80 )
-        
-        lRef = [set1, set2, set3, set4]
-        
-        set5 = Set( 5, "set1", "seq1", 2, 9 )
-        set6 = Set( 6, "set2", "seq1", 55, 65 )
-        set7 = Set( 7, "set2", "seq1", 90, 100 )
-        
-        lSubj = [set5, set6, set7]
-              
-        lExp = [[3, -6]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfIdListOfOverlappingSets_first_item_in_subject_overlap_with_one_item_in_reference_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [set1, set2]
-        
-        set3 = Set( 3, "set1", "seq1", 15, 25 )
-        set4 = Set( 4, "set2", "seq1", 45, 50 )
-        set5 = Set( 5, "set2", "seq1", 55, 75 )
-        
-        lSubj = [set3, set4, set5]
-              
-        lExp = [[1, -3]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-                
-    def test_getListOfIdListOfOverlappingSets_last_item_in_subject_overlap_with_one_item_in_reference_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [set1, set2]
-        
-        set3 = Set( 3, "set1", "seq1", 1, 9 )
-        set4 = Set( 4, "set2", "seq1", 21, 29 )
-        set5 = Set( 5, "set2", "seq1", 35, 50 )
-        
-        lSubj = [set3, set4, set5]
-              
-        lExp = [[2, -5]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp) 
-        
-    def test_getListOfIdListOfOverlappingSets_one_item_in_subject_in_the_middle_overlap_with_one_item_in_reference_list(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [set1, set2]
-        
-        set3 = Set( 3, "set1", "seq1", 1, 9 )
-        set4 = Set( 4, "set2", "seq1", 21, 29 )
-        set5 = Set( 5, "set2", "seq1", 35, 50 )
-        set6 = Set( 6, "set2", "seq1", 60, 70 )
-        
-        lSubj = [set3, set4, set5, set6]
-              
-        lExp = [[2, -5]]
-        lObs = SetUtils.getListOfIdListOfOverlappingSets(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_each_item_in_reference_list_overlap_with_one_different_item_in_subject_list(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 12, 25 )
-        setSubj2 = Set( 2, "set1", "seq1", 31, 45 )
-        setSubj3 = Set( 3, "set1", "seq1", 55, 80 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 25 )
-        setRef2merged = Set( 2, "set1", "seq1", 30, 45 )
-        setRef3merged = Set( 3, "set1", "seq1", 50, 80 )
-        
-        nextId = 4
-        
-        lExp = ([setRef1merged, setRef2merged, setRef3merged], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_all_items_in_reference_list_overlap_with_the_same_item_in_subject_list(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 15, 25 )
-        setRef3 = Set( 3, "set1", "seq1", 20, 30 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 12, 35 )
-        setSubj2 = Set( 2, "set1", "seq1", 40, 45 )
-        setSubj3 = Set( 3, "set1", "seq1", 55, 80 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 35 )
-        setSubj2Exp = Set( 4, "set1", "seq1", 40, 45 )
-        setSubj3Exp = Set( 5, "set1", "seq1", 55, 80 )
-        
-        nextId = 6
-        
-        lExp = ([setRef1merged, setSubj2Exp, setSubj3Exp], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-                
-    def test_getListOfMergedSetsAndNextId_two_last_ref_items_overlap_with_last_subject_item(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 1, 5 )
-        setSubj2 = Set( 2, "set1", "seq1", 6, 9 )
-        setSubj3 = Set( 3, "set1", "seq1", 35, 55 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1Exp = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2merged = Set( 2, "set1", "seq1", 30, 60 )
-        setSubj1Exp = Set( 4, "set1", "seq1", 1, 5 )
-        setSubj2Exp = Set( 5, "set1", "seq1", 6, 9 )
-        
-        nextId = 6
-        
-        lExp = ([setRef2merged, setRef1Exp, setSubj1Exp, setSubj2Exp], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_all_items_in_reference_list_overlap_with_all_items_in_subject_list(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lRef = [setRef1, setRef2]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 10, 20 )
-        setSubj2 = Set( 2, "set1", "seq1", 30, 40 )
-        
-        lSubj = [setSubj1, setSubj2]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2merged = Set( 2, "set1", "seq1", 30, 40 )
-        
-        nextId = 3
-        
-        lExp = ([setRef1merged, setRef2merged], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_one_item_in_reference_list_overlap_with_all_items_in_subject_list(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 11, 13 )
-        setSubj2 = Set( 2, "set1", "seq1", 14, 16 )
-        setSubj3 = Set( 3, "set1", "seq1", 17, 25 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 25 )
-        setRef2Exp = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3Exp = Set( 3, "set1", "seq1", 50, 60 )
-        
-        nextId = 4
-        
-        lExp = ([setRef1merged, setRef2Exp, setRef3Exp], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_one_item_in_reference_list_overlap_with_one_item_in_subject_list(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 1, 9 )
-        setSubj2 = Set( 2, "set1", "seq1", 31, 45 )
-        setSubj3 = Set( 3, "set1", "seq1", 70, 80 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1Exp = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2merged = Set( 2, "set1", "seq1", 30, 45 )
-        setRef3Exp = Set( 3, "set1", "seq1", 50, 60 )
-        setSubj1Exp = Set( 4, "set1", "seq1", 1, 9 )
-        setSubj3Exp = Set( 5, "set1", "seq1", 70, 80 )
-        
-        nextId = 6
-        
-        lExp = ([setRef2merged, setRef1Exp, setRef3Exp, setSubj1Exp, setSubj3Exp], nextId)
-        
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_one_item_in_reference_list_overlap_with_one_item_in_subject_list_with_strange_output_order(self):
-        setRef1 = Set( 5, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 6, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 7, "set1", "seq1", 50, 60 )
-        setRef4 = Set( 8, "set1", "seq1", 90, 92 )
-        
-        lRef = [setRef1, setRef2, setRef3, setRef4]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 1, 9 )
-        setSubj2 = Set( 2, "set1", "seq1", 35, 45 )
-        setSubj3 = Set( 3, "set1", "seq1", 70, 80 )
-        setSubj4 = Set( 4, "set1", "seq1", 130, 140 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3, setSubj4]
-        
-        setRef1Exp = Set( 5, "set1", "seq1", 10, 20 )
-        setRef2merged = Set( 6, "set1", "seq1", 30, 45 )
-        setRef3Exp = Set( 7, "set1", "seq1", 50, 60 )
-        setRef4Exp = Set( 8, "set1", "seq1", 90, 92 )
-        setSubj1Exp = Set( 9, "set1", "seq1", 1, 9 )
-        setSubj3Exp = Set( 10, "set1", "seq1", 70, 80 )
-        setSubj4Exp = Set( 11, "set1", "seq1", 130, 140 )
-        
-        nextId = 12
-        
-        lExp = ([setRef2merged, setRef4Exp, setRef1Exp, setRef3Exp, setSubj1Exp, setSubj3Exp, setSubj4Exp], nextId)
-        
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_all_items_overlap_between_lists_with_same_length(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3 , "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 15, 35 )
-        setSubj2 = Set( 2, "set1", "seq1", 36, 55 )
-        setSubj3 = Set( 3, "set1", "seq1", 56, 65 )
-        
-        lSubj = [setSubj1, setSubj2, setSubj3]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 65 )
-        
-        nextId = 4
-        
-        lExp = ([setRef1merged], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfMergedSetsAndNextId_all_items_overlap_between_lists_with_different_length(self):
-        setRef1 = Set( 1, "set1", "seq1", 10, 20 )
-        setRef2 = Set( 2, "set1", "seq1", 30, 40 )
-        setRef3 = Set( 3 , "set1", "seq1", 50, 60 )
-        
-        lRef = [setRef1, setRef2, setRef3]
-        
-        setSubj1 = Set( 1, "set1", "seq1", 15, 35 )
-        setSubj2 = Set( 2, "set1", "seq1", 36, 55 )
-        
-        lSubj = [setSubj1, setSubj2]
-        
-        setRef1merged = Set( 1, "set1", "seq1", 10, 60 )
-        
-        nextId = 4
-        
-        lExp = ([setRef1merged], nextId)
-        lObs = SetUtils.getListOfMergedSetsAndNextId(lRef, lSubj)
-        
-        self.assertEquals(lObs, lExp)
-        
-    def test_getListOfSetWithoutOverlappingBetweenTwoListOfSet(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lSet1 = [set1, set2, set3]
-        
-        set4 = Set( 1, "set1", "seq1", 15, 35 )
-        set5 = Set( 2, "set1", "seq1", 36, 55 )
-        set6 = Set( 3, "set1", "seq1", 66, 95 )
-        
-        lSet2 = [set4, set5, set6]
-        
-        expLSet = [set6]
-        obsLSet = SetUtils.getListOfSetWithoutOverlappingBetweenTwoListOfSet(lSet1, lSet2)
-        
-        self.assertEquals(expLSet, obsLSet)
-        
-    def test_getListOfSetWithoutOverlappingBetweenTwoListOfSet_Empty_Result(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lSet1 = [set1, set2, set3]
-        
-        set4 = Set( 1, "set1", "seq1", 15, 35 )
-        set5 = Set( 2, "set1", "seq1", 36, 55 )
-        
-        lSet2 = [set4, set5]
-        
-        expLSet = []
-        obsLSet = SetUtils.getListOfSetWithoutOverlappingBetweenTwoListOfSet(lSet1, lSet2)
-        
-        self.assertEquals(expLSet, obsLSet)
-        
-    def test_getListOfSetWithoutOverlappingBetweenTwoListOfSet_Empty_Result_Length_Condition(self):
-        set1 = Set( 1, "set1", "seq1", 10, 20 )
-        set2 = Set( 2, "set1", "seq1", 30, 40 )
-        set3 = Set( 3, "set1", "seq1", 50, 60 )
-        
-        lSet1 = [set1, set2, set3]
-        
-        set4 = Set( 1, "set1", "seq1", 15, 35 )
-        set5 = Set( 2, "set1", "seq1", 36, 55 )
-        set6 = Set( 3, "set1", "seq1", 66, 68 )
-        
-        lSet2 = [set4, set5, set6]
-        
-        expLSet = []
-        obsLSet = SetUtils.getListOfSetWithoutOverlappingBetweenTwoListOfSet(lSet1, lSet2)
-        
-        self.assertEquals(expLSet, obsLSet)
-        
-        
-    def test_getSetListFromFile(self):
-        file = "dummyFile_%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        fileHandler = open( file, "w" )
-        fileHandler.write( "1\tseq1\tchr1\t151\t250\n" )
-        fileHandler.write( "2\tseq2\tchr2\t301\t500\n" )
-        fileHandler.close()
-        s1 = Set()
-        s1.setFromTuple( ( "1", "seq1", "chr1", "151", "250" ) )
-        s2 = Set()
-        s2.setFromTuple( ( "2", "seq2", "chr2", "301", "500" ) )
-        expLSet = [ s1, s2 ]
-        obsLSet = SetUtils.getSetListFromFile(file)
-        os.remove(file)
-        self.assertEqual( expLSet, obsLSet )
-        
-        
-    def test_convertSetFileIntoMapFile( self ):
-        setFile = "dummySetFile"
-        setFileHandler = open( setFile, "w" )
-        setFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t301\t500\n" )
-        setFileHandler.close()
-        
-        expFile = "dummyExpFile"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "seq31\tchr1\t151\t250\n" )
-        expFileHandler.write( "seq27\tchr2\t301\t500\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile"
-        
-        SetUtils.convertSetFileIntoMapFile( setFile, obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        
-        for f in [ setFile, expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_getDictOfListsWithSeqnameAsKey_empty( self ):
-        lSets = []
-        dExp = {}
-        dObs = SetUtils.getDictOfListsWithSeqnameAsKey( lSets )
-        self.assertEquals( dExp, dObs )
-            
-            
-    def test_getDictOfListsWithSeqnameAsKey( self ):
-        lSets = [ Set( 1, "TE3", "chr2", 10, 50 ),
-                 Set( 2, "gene74", "chr1", 31, 800 ),
-                 Set( 3, "TE1", "chr1", 1, 30 ) ]
-        dExp = { "chr1": [ Set( 2, "gene74", "chr1", 31, 800 ),
-                          Set( 3, "TE1", "chr1", 1, 30 ) ],
-                "chr2": [ Set( 1, "TE3", "chr2", 10, 50 ) ] }
-        dObs = SetUtils.getDictOfListsWithSeqnameAsKey( lSets )
-        self.assertEquals( dExp, dObs )
-        
-        
-    def test_filterOnLength( self ):
-        lSets = [ Set( 1, "TE3", "chr2", 10, 50 ),
-                 Set( 2, "gene74", "chr1", 31, 800 ),
-                 Set( 3, "TE1", "chr1", 1, 30 ) ]
-        lExp = [ Set( 2, "gene74", "chr1", 31, 800 ) ]
-        lObs = SetUtils.filterOnLength( lSets, 100 )
-        self.assertEqual( lExp, lObs )
-        
-        
-    def test_getListOfNames( self ):
-        setFile = "dummySetFile"
-        setFileHandler = open( setFile, "w" )
-        setFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t301\t500\n" )
-        setFileHandler.close()
-        
-        lExp = [ "seq31", "seq27" ]
-        lObs = SetUtils.getListOfNames( setFile )
-        
-        self.assertEquals( lExp, lObs )
-        
-        os.remove( setFile )
-        
-        
-    def test_getDictOfDictsWithNamesThenIdAsKeyFromFile( self ):
-        setFile = "dummySetFile"
-        setFileHandler = open( setFile, "w" )
-        setFileHandler.write( "1\tseq31\tchr1\t151\t250\n" )
-        setFileHandler.write( "3\tseq27\tchr3\t1\t100\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t301\t500\n" )
-        setFileHandler.write( "2\tseq27\tchr2\t601\t650\n" )
-        setFileHandler.close()
-        
-        dExp = { "seq31": { 1: [ Set( 1, "seq31", "chr1", 151, 250 ) ] },
-                "seq27": { 2: [ Set( 2, "seq27", "chr2", 301, 500 ),
-                               Set( 2, "seq27", "chr2", 601, 650 ) ],
-                               3: [ Set( 3, "seq27", "chr3", 1, 100 ) ]
-                               }
-                }
-        dObs = SetUtils.getDictOfDictsWithNamesThenIdAsKeyFromFile( setFile )
-        
-        self.assertEquals( dExp, dObs )
-        
-        os.remove( setFile )
-        
-        
-    def _makeSetListFromTupleList (self, tupleList):
-        setList = []
-        for tuple in tupleList:
-            set = Set()
-            set.setFromTuple(tuple)
-            setList.append(set)
-        return setList
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_SetUtils ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/coord/test/Test_SlidingWindow.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,109 +0,0 @@
-import unittest
-from commons.core.coord.SlidingWindow import SlidingWindow
-from commons.core.coord.SlidingWindow import SlidingWindowToCountMatchingBases
-from commons.core.coord.Set import Set
-
-class Test_SlidingWindow( unittest.TestCase ):
-        
-    def test_slideWindowOnce( self ):
-        expStart = 91 
-        expEnd = 190
-        self.sw = SlidingWindow(100, 10)
-        self.sw.slideWindowOnce()
-        obsStart = self.sw._start
-        obsEnd = self.sw._end
-        
-        self.assertEqual(expStart, obsStart)
-        self.assertEqual(expEnd, obsEnd)
-        
-    def test_slideWindowOnceFourTime( self ):
-        expStart = 201 
-        expEnd = 300
-        self.sw = SlidingWindow(100, 50)
-        i = 0
-        for i in range(4):
-            self.sw.slideWindowOnce()
-            i += 1
-        obsStart = self.sw._start
-        obsEnd = self.sw._end
-        
-        self.assertEqual(expStart, obsStart)
-        self.assertEqual(expEnd, obsEnd)
-    
-        
-class Test_SlidingWindowToCountMatchingBases(unittest.TestCase):
-        
-    def test_getSetLengthOnWindow_featureIncluded( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 1)
-        iSet = Set( 1, "TE3", "chr1", 21, 30 )
-        exp = 10
-        obs = self.sw.getSetLengthOnWindow( iSet)
-        self.assertEqual( exp, obs )
-        
-    def test_getSetLengthOnWindow_windowIncluded( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 21, 530 )
-        exp = 100
-        obs = self.sw.getSetLengthOnWindow( iSet)
-        self.assertEqual( exp, obs )
-        
-    def test_getSetLengthOnWindow_featureOverlapLeft( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 21, 130 )
-        exp = 40
-        obs = self.sw.getSetLengthOnWindow( iSet)
-        self.assertEqual( exp, obs )
-        
-    def test_getSetLengthOnWindow_featureOverlapRight( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 121, 230 )
-        exp = 70
-        obs = self.sw.getSetLengthOnWindow( iSet)
-        self.assertEqual( exp, obs )
-        
-    def test_getCoordSetOnWindow_featureIncluded( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 1)
-        iSet = Set( 1, "TE3", "chr1", 21, 30 )
-        expStart = 21
-        expEnd = 30
-        obsStart,obsEnd = self.sw.getCoordSetOnWindow( iSet)
-        self.assertEqual( expStart, obsStart )
-        self.assertEqual( expEnd, obsEnd )
-        
-    def test_getCoordSetOnWindow_windowIncluded( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 21, 530 )
-        expStart = 91
-        expEnd = 190
-        obsStart,obsEnd = self.sw.getCoordSetOnWindow( iSet)
-        self.assertEqual( expStart, obsStart )
-        self.assertEqual( expEnd, obsEnd )
-        
-    def test_getCoordSetOnWindow_featureOverlapLeft( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 21, 130 )
-        expStart = 91
-        expEnd = 130
-        obsStart,obsEnd = self.sw.getCoordSetOnWindow( iSet)
-        self.assertEqual( expStart, obsStart )
-        self.assertEqual( expEnd, obsEnd )
-        
-    def test_getCoordSetOnWindow_featureOverlapRight( self ):
-        self.sw = SlidingWindowToCountMatchingBases(100, 10)
-        self.sw.slideWindowOnce()
-        iSet = Set( 1, "TE3", "chr1", 121, 230 )
-        expStart = 121
-        expEnd = 190
-        obsStart,obsEnd = self.sw.getCoordSetOnWindow( iSet)
-        self.assertEqual( expStart, obsStart )
-        self.assertEqual( expEnd, obsEnd )
-
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_SlidingWindow ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
\ No newline at end of file
--- a/commons/core/parsing/test/Test_BedParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,58 +0,0 @@
-import unittest, os
-from commons.core.parsing.BedParser import BedParser
-
-
-class Test_BedParser(unittest.TestCase):
-    
-    def test_Parser(self):
-        parser = BedParser("data/testBedParser1.bed")
-
-        self.assertEqual(parser.getNbTranscripts(), 1)
-
-        for transcript in parser.getIterator():
-            self.assertEqual(transcript.getChromosome(), "arm_X")
-            self.assertEqual(transcript.getName(), "test1.1")
-            self.assertEqual(transcript.getStart(), 1000)
-            self.assertEqual(transcript.getEnd(), 2999)
-            self.assertEqual(transcript.getDirection(), 1)
-            self.assertEqual(transcript.getNbExons(), 2)
-            exons = transcript.getExons()
-            self.assertEqual(exons[0].getChromosome(), "arm_X")
-            self.assertEqual(exons[0].getStart(), 1000)
-            self.assertEqual(exons[0].getEnd(), 1099)
-            self.assertEqual(exons[0].getDirection(), 1)
-            self.assertEqual(exons[1].getChromosome(), "arm_X")
-            self.assertEqual(exons[1].getStart(), 2000)
-            self.assertEqual(exons[1].getEnd(), 2999)
-            self.assertEqual(exons[1].getDirection(), 1)
-
-    def test_Parser_short(self):
-        tmpFileName = "tmpFile.bed"
-        tmpHandle   = open(tmpFileName, "w")
-        tmpHandle.write("""X\t554748\t554904\texon
-X\t554748\t554904\tCDS
-X\t554748\t554750\tstart_codon
-""")
-        tmpHandle.close()
-        parser = BedParser(tmpFileName)
-        self.assertEqual(parser.getNbTranscripts(), 3)
-        for cpt, transcript in enumerate(parser.getIterator()):
-            self.assertEqual(transcript.getNbExons(), 1)
-            self.assertEqual(transcript.getChromosome(), "X")
-            self.assertEqual(transcript.getStart(), 554748)
-            if cpt == 0:
-                self.assertEqual(transcript.getEnd(), 554903)
-                self.assertEqual(transcript.getName(), "exon")
-            elif cpt == 1:
-                self.assertEqual(transcript.getEnd(), 554903)
-                self.assertEqual(transcript.getName(), "CDS")
-            elif cpt == 2:
-                self.assertEqual(transcript.getEnd(), 554749)
-                self.assertEqual(transcript.getName(), "start_codon")
-        os.remove(tmpFileName)
-
-
-
-if __name__ == '__main__':
-        unittest.main()
-
--- a/commons/core/parsing/test/Test_BlatFileParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,61 +0,0 @@
-import unittest
-from commons.core.parsing.BlatFileParser import BlatFileParser
-
-
-class Test_BlatFileParser(unittest.TestCase):
-
-
-    def test_parseBlatFile(self):
-        fileName = "dummayBlat.psl"
-        self._writeBlatInputFile(fileName)
-        blatFileParser = BlatFileParser(fileName)
-        blatFileParser.parseBlatFile()
-        obsNbHits = len(blatFileParser.getListsOfHits())
-        self.assertTrue(obsNbHits == 10)
-        obsQueries = blatFileParser.getDictOfQueries()
-        expQueries = {'5:574_1:574_539_5:1:G/C': 1, '3:574_1:574_539_5:1:G/C': 1, '5:574_2:574_433_5:1:G/C': 1,"3:574_2:574_433_5:1:G/C":1, "5:574_5:574_607_5:1:G/C": 1, "3:574_5:574_607_5:1:G/C": 1}
-        self.assertEquals(expQueries, obsQueries)
-        
-    def test_parseBlatFileByQueries(self):
-        fileName = "dummayBlat.psl"
-        self._writeBlatInputFile(fileName)
-        blatFileParser = BlatFileParser(fileName)
-        blatFileParser.parseBlatFileByQueries()
-        obsDict = blatFileParser.getDictOfBlatHitsByQueries()
-        obs1 = len(obsDict["5:574_1:574_539_5:1:G/C"])
-        obs2 = len(obsDict["3:574_1:574_539_5:1:G/C"])
-        obs3 = len(obsDict["5:574_2:574_433_5:1:G/C"])
-        obs4 = len(obsDict["3:574_2:574_433_5:1:G/C"])
-        obs5 = len(obsDict["5:574_5:574_607_5:1:G/C"])
-        obs6 = len(obsDict["3:574_5:574_607_5:1:G/C"])
-        self.assertTrue(obs1 == 1)
-        self.assertTrue(obs2 == 1)
-        self.assertTrue(obs3 == 1)
-        self.assertTrue(obs4 == 5)
-        self.assertTrue(obs5 == 1)
-        self.assertTrue(obs6 == 1)
-        obsQueries = blatFileParser.getDictOfQueries()
-        expQueries = {'5:574_1:574_539_5:1:G/C': 1, '3:574_1:574_539_5:1:G/C': 1, '5:574_2:574_433_5:1:G/C': 1,"3:574_2:574_433_5:1:G/C":1, "5:574_5:574_607_5:1:G/C": 1, "3:574_5:574_607_5:1:G/C": 1}
-        self.assertEquals(expQueries, obsQueries)
-        
-    def _writeBlatInputFile(self, fileName):
-        file = open(fileName, "w")
-        file.write("psLayout version 3\n")
-        file.write("\n")
-        file.write("match\tmis- \trep. \tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ        \tQ   \tQ    \tQ  \tT        \tT   \tT    \tT  \tblock\tblockSizes \tqStarts\t tStarts\n")
-        file.write("     \tmatch\tmatch\t   \tcount\tbases\tcount\tbases\t      \tname     \tsize\tstart\tend\tname     \tsize\tstart\tend\tcount\n")
-        file.write("---------------------------------------------------------------------------------------------------------------------------------------------------------------\n")
-        file.write("246\t0\t0\t4\t0\t0\t0\t0\t-\t5:574_1:574_539_5:1:G/C\t250\t0\t250\ttaecs3B_RPH7\t3109948\t1065213\t1065463\t1\t250,\t0,\t1065213,\n")
-        file.write("247\t0\t0\t2\t0\t0\t0\t0\t-\t3:574_1:574_539_5:1:G/C\t250\t1\t250\ttaecs3B_RPH7\t3109948\t1064962\t1065211\t1\t249,\t0,\t1064962,\n")
-        file.write("249\t0\t0\t1\t0\t0\t0\t0\t-\t5:574_2:574_433_5:1:G/C\t250\t0\t250\ttaecs3B_RPH7\t3109948\t1065319\t1065569\t1\t250,\t0,\t1065319,\n")
-        file.write("245\t0\t0\t5\t0\t0\t0\t0\t-\t3:574_2:574_433_5:1:G/C\t250\t0\t250\ttaecs3B_RPH8\t3109948\t1065068\t1065318\t1\t250,\t0,\t1065068,\n")
-        file.write("247\t0\t0\t3\t0\t0\t0\t0\t-\t3:574_2:574_433_5:1:G/C\t250\t0\t250\ttaecs3B_RPH8\t3109948\t1065310\t1065560\t1\t250,\t0,\t1065310,\n")
-        file.write("247\t0\t0\t3\t0\t0\t0\t0\t-\t3:574_2:574_433_5:1:G/C\t250\t0\t250\ttaecs3B_RPH9\t3109948\t1065059\t1065309\t1\t250,\t0,\t1065059,\n")
-        file.write("247\t0\t0\t3\t0\t0\t0\t0\t-\t3:574_2:574_433_5:1:G/C\t250\t0\t250\ttaecs3B_RPH9\t3109948\t1064805\t1065055\t1\t250,\t0,\t1064805,\n")
-        file.write("68\t0\t0\t1\t0\t0\t0\t0\t-\t3:574_2:574_433_5:1:G/C\t69\t0\t69\ttaecs3B_RPH9\t3109948\t1064733\t1064802\t1\t69,\t0,\t1064733,\n")
-        file.write("245\t0\t0\t5\t0\t0\t0\t0\t-\t5:574_5:574_607_5:1:G/C\t250\t0\t250\ttaecs3B_RPH9\t3109948\t1065145\t1065395\t1\t250,\t0,\t1065145,\n")
-        file.write("247\t0\t0\t3\t0\t0\t0\t0\t-\t3:574_5:574_607_5:1:G/C\t250\t0\t250\ttaecs3B_RPH9\t3109948\t1064894\t1065144\t1\t250,\t0,\t1064894,\n")
-        file.close()
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_BlatParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,445 +0,0 @@
-from commons.core.parsing.BlatParser import BlatParser
-import unittest
-
-
-class Test_BlatParser(unittest.TestCase):
-
-
-    def test_setAttributesFromString(self):
-        blatLine = "315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,"
-        
-        iBlatParser = BlatParser()
-        iBlatParser.setAttributesFromString(blatLine)
-        
-        obsmatch = iBlatParser.getMatch()
-        obsmismatch = iBlatParser.getMismatch()
-        obsrepMatch = iBlatParser.getRepMatch()
-        obsN = iBlatParser.getN()
-        obsQGapCount = iBlatParser.getQGapCount()
-        obsQGapBases = iBlatParser.getQGapBases()
-        obsTGapCount = iBlatParser.getTGapCount()
-        obsTGapBases = iBlatParser.getTGapBases()
-        obsstrand = iBlatParser.getStrand()
-        obsQName = iBlatParser.getQName()
-        obsQSize = iBlatParser.getQSize()
-        obsQStart = iBlatParser.getQStart()
-        obsQEnd = iBlatParser.getQEnd()
-        obsTName = iBlatParser.getTName()
-        obsTSize = iBlatParser.getTSize()
-        obsTStart = iBlatParser.getTStart()
-        obsTEnd = iBlatParser.getTEnd()
-        obsblockCount = iBlatParser.getBlockCount()
-        obsblockSizes = iBlatParser.getBlockSizes()
-        obsqStarts = iBlatParser.getQStarts()
-        obstStarts = iBlatParser.getTStarts()
-        
-        expmatch = "315"
-        expmismatch = "20"
-        exprepMatch = "0"
-        expN = "0"
-        expQGapCount = "3"
-        expQGapBases = "10"
-        expTGapCount = "2"
-        expTGapBases = "9"
-        expstrand = "+"
-        expQName = "MRRE1H001H13FM1"
-        expQSize = "378"
-        expQStart = "0"
-        expQEnd = "345"
-        expTName = "chr16"
-        expTSize = "22053297"
-        expTStart = "21686950"
-        expTEnd = "21687294"
-        expblockCount = "4"
-        expblockSizes = "76,185,7,67,"
-        expqStarts = "0,77,263,278,"
-        exptStarts = "21686950,21687026,21687213,21687227,"
-        
-        self.assertEquals(expmatch, obsmatch)
-        self.assertEquals(expmismatch, obsmismatch)
-        self.assertEquals(exprepMatch, obsrepMatch)
-        self.assertEquals(expN, obsN)
-        self.assertEquals(expQGapCount, obsQGapCount)
-        self.assertEquals(expQGapBases, obsQGapBases)
-        self.assertEquals(expTGapCount, obsTGapCount)
-        self.assertEquals(expTGapBases, obsTGapBases)
-        self.assertEquals(expstrand, obsstrand)
-        self.assertEquals(expQName, obsQName)
-        self.assertEquals(expQSize, obsQSize)
-        self.assertEquals(expQStart, obsQStart)
-        self.assertEquals(expQEnd, obsQEnd)
-        self.assertEquals(expTName, obsTName)
-        self.assertEquals(expTSize, obsTSize)
-        self.assertEquals(expTStart, obsTStart)
-        self.assertEquals(expTEnd, obsTEnd)
-        self.assertEquals(expblockCount, obsblockCount)
-        self.assertEquals(expblockSizes, obsblockSizes)
-        self.assertEquals(expqStarts, obsqStarts)
-        self.assertEquals(exptStarts, obstStarts)
-        
-    def test_setAttributesFromString_empty_QName(self):
-        blatLine = "315\t20\t0\t0\t3\t10\t2\t9\t+\t\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,"
-        
-        iBlatParser = BlatParser()
-        iBlatParser.setAttributesFromString(blatLine)
-        
-        obsmatch = iBlatParser.getMatch()
-        obsmismatch = iBlatParser.getMismatch()
-        obsrepMatch = iBlatParser.getRepMatch()
-        obsN = iBlatParser.getN()
-        obsQGapCount = iBlatParser.getQGapCount()
-        obsQGapBases = iBlatParser.getQGapBases()
-        obsTGapCount = iBlatParser.getTGapCount()
-        obsTGapBases = iBlatParser.getTGapBases()
-        obsstrand = iBlatParser.getStrand()
-        obsQName = iBlatParser.getQName()
-        obsQSize = iBlatParser.getQSize()
-        obsQStart = iBlatParser.getQStart()
-        obsQEnd = iBlatParser.getQEnd()
-        obsTName = iBlatParser.getTName()
-        obsTSize = iBlatParser.getTSize()
-        obsTStart = iBlatParser.getTStart()
-        obsTEnd = iBlatParser.getTEnd()
-        obsblockCount = iBlatParser.getBlockCount()
-        obsblockSizes = iBlatParser.getBlockSizes()
-        obsqStarts = iBlatParser.getQStarts()
-        obstStarts = iBlatParser.getTStarts()
-        
-        expmatch = ""
-        expmismatch = ""
-        exprepMatch = ""
-        expN = ""
-        expQGapCount = ""
-        expQGapBases = ""
-        expTGapCount = ""
-        expTGapBases = ""
-        expstrand = ""
-        expQName = ""
-        expQSize = ""
-        expQStart = ""
-        expQEnd = ""
-        expTName = ""
-        expTSize = ""
-        expTStart = ""
-        expTEnd = ""
-        expblockCount = ""
-        expblockSizes = ""
-        expqStarts = ""
-        exptStarts = ""
-        
-        self.assertEquals(expmatch, obsmatch)
-        self.assertEquals(expmismatch, obsmismatch)
-        self.assertEquals(exprepMatch, obsrepMatch)
-        self.assertEquals(expN, obsN)
-        self.assertEquals(expQGapCount, obsQGapCount)
-        self.assertEquals(expQGapBases, obsQGapBases)
-        self.assertEquals(expTGapCount, obsTGapCount)
-        self.assertEquals(expTGapBases, obsTGapBases)
-        self.assertEquals(expstrand, obsstrand)
-        self.assertEquals(expQName, obsQName)
-        self.assertEquals(expQSize, obsQSize)
-        self.assertEquals(expQStart, obsQStart)
-        self.assertEquals(expQEnd, obsQEnd)
-        self.assertEquals(expTName, obsTName)
-        self.assertEquals(expTSize, obsTSize)
-        self.assertEquals(expTStart, obsTStart)
-        self.assertEquals(expTEnd, obsTEnd)
-        self.assertEquals(expblockCount, obsblockCount)
-        self.assertEquals(expblockSizes, obsblockSizes)
-        self.assertEquals(expqStarts, obsqStarts)
-        self.assertEquals(exptStarts, obstStarts)
-
-    def test_setAttributesFromString_less_than_21_fields(self):
-        blatLine = "315\t20\t0\t0\t3\t10\t2\t9\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,"
-        
-        iBlatParser = BlatParser()
-        iBlatParser.setAttributesFromString(blatLine)
-        
-        obsmatch = iBlatParser.getMatch()
-        obsmismatch = iBlatParser.getMismatch()
-        obsrepMatch = iBlatParser.getRepMatch()
-        obsN = iBlatParser.getN()
-        obsQGapCount = iBlatParser.getQGapCount()
-        obsQGapBases = iBlatParser.getQGapBases()
-        obsTGapCount = iBlatParser.getTGapCount()
-        obsTGapBases = iBlatParser.getTGapBases()
-        obsstrand = iBlatParser.getStrand()
-        obsQName = iBlatParser.getQName()
-        obsQSize = iBlatParser.getQSize()
-        obsQStart = iBlatParser.getQStart()
-        obsQEnd = iBlatParser.getQEnd()
-        obsTName = iBlatParser.getTName()
-        obsTSize = iBlatParser.getTSize()
-        obsTStart = iBlatParser.getTStart()
-        obsTEnd = iBlatParser.getTEnd()
-        obsblockCount = iBlatParser.getBlockCount()
-        obsblockSizes = iBlatParser.getBlockSizes()
-        obsqStarts = iBlatParser.getQStarts()
-        obstStarts = iBlatParser.getTStarts()
-        
-        expmatch = ""
-        expmismatch = ""
-        exprepMatch = ""
-        expN = ""
-        expQGapCount = ""
-        expQGapBases = ""
-        expTGapCount = ""
-        expTGapBases = ""
-        expstrand = ""
-        expQName = ""
-        expQSize = ""
-        expQStart = ""
-        expQEnd = ""
-        expTName = ""
-        expTSize = ""
-        expTStart = ""
-        expTEnd = ""
-        expblockCount = ""
-        expblockSizes = ""
-        expqStarts = ""
-        exptStarts = ""
-        
-        self.assertEquals(expmatch, obsmatch)
-        self.assertEquals(expmismatch, obsmismatch)
-        self.assertEquals(exprepMatch, obsrepMatch)
-        self.assertEquals(expN, obsN)
-        self.assertEquals(expQGapCount, obsQGapCount)
-        self.assertEquals(expQGapBases, obsQGapBases)
-        self.assertEquals(expTGapCount, obsTGapCount)
-        self.assertEquals(expTGapBases, obsTGapBases)
-        self.assertEquals(expstrand, obsstrand)
-        self.assertEquals(expQName, obsQName)
-        self.assertEquals(expQSize, obsQSize)
-        self.assertEquals(expQStart, obsQStart)
-        self.assertEquals(expQEnd, obsQEnd)
-        self.assertEquals(expTName, obsTName)
-        self.assertEquals(expTSize, obsTSize)
-        self.assertEquals(expTStart, obsTStart)
-        self.assertEquals(expTEnd, obsTEnd)
-        self.assertEquals(expblockCount, obsblockCount)
-        self.assertEquals(expblockSizes, obsblockSizes)
-        self.assertEquals(expqStarts, obsqStarts)
-        self.assertEquals(exptStarts, obstStarts)
-        
-    def test_setAttributes(self):
-        lResults = ['315','20','0','0','3','10','2','9','+','MRRE1H001H13FM1','378','0','345','chr16','22053297','21686950','21687294','4','76,185,7,67,','0,77,263,278,','21686950,21687026,21687213,21687227,']
-        lineNumber = 1
-        
-        iBlatParser = BlatParser()
-        iBlatParser.setAttributes(lResults, lineNumber)
-        
-        obsmatch = iBlatParser.getMatch()
-        obsmismatch = iBlatParser.getMismatch()
-        obsrepMatch = iBlatParser.getRepMatch()
-        obsN = iBlatParser.getN()
-        obsQGapCount = iBlatParser.getQGapCount()
-        obsQGapBases = iBlatParser.getQGapBases()
-        obsTGapCount = iBlatParser.getTGapCount()
-        obsTGapBases = iBlatParser.getTGapBases()
-        obsstrand = iBlatParser.getStrand()
-        obsQName = iBlatParser.getQName()
-        obsQSize = iBlatParser.getQSize()
-        obsQStart = iBlatParser.getQStart()
-        obsQEnd = iBlatParser.getQEnd()
-        obsTName = iBlatParser.getTName()
-        obsTSize = iBlatParser.getTSize()
-        obsTStart = iBlatParser.getTStart()
-        obsTEnd = iBlatParser.getTEnd()
-        obsblockCount = iBlatParser.getBlockCount()
-        obsblockSizes = iBlatParser.getBlockSizes()
-        obsqStarts = iBlatParser.getQStarts()
-        obstStarts = iBlatParser.getTStarts()
-        
-        expmatch = "315"
-        expmismatch = "20"
-        exprepMatch = "0"
-        expN = "0"
-        expQGapCount = "3"
-        expQGapBases = "10"
-        expTGapCount = "2"
-        expTGapBases = "9"
-        expstrand = "+"
-        expQName = "MRRE1H001H13FM1"
-        expQSize = "378"
-        expQStart = "0"
-        expQEnd = "345"
-        expTName = "chr16"
-        expTSize = "22053297"
-        expTStart = "21686950"
-        expTEnd = "21687294"
-        expblockCount = "4"
-        expblockSizes = "76,185,7,67,"
-        expqStarts = "0,77,263,278,"
-        exptStarts = "21686950,21687026,21687213,21687227,"
-        
-        self.assertEquals(expmatch, obsmatch)
-        self.assertEquals(expmismatch, obsmismatch)
-        self.assertEquals(exprepMatch, obsrepMatch)
-        self.assertEquals(expN, obsN)
-        self.assertEquals(expQGapCount, obsQGapCount)
-        self.assertEquals(expQGapBases, obsQGapBases)
-        self.assertEquals(expTGapCount, obsTGapCount)
-        self.assertEquals(expTGapBases, obsTGapBases)
-        self.assertEquals(expstrand, obsstrand)
-        self.assertEquals(expQName, obsQName)
-        self.assertEquals(expQSize, obsQSize)
-        self.assertEquals(expQStart, obsQStart)
-        self.assertEquals(expQEnd, obsQEnd)
-        self.assertEquals(expTName, obsTName)
-        self.assertEquals(expTSize, obsTSize)
-        self.assertEquals(expTStart, obsTStart)
-        self.assertEquals(expTEnd, obsTEnd)
-        self.assertEquals(expblockCount, obsblockCount)
-        self.assertEquals(expblockSizes, obsblockSizes)
-        self.assertEquals(expqStarts, obsqStarts)
-        self.assertEquals(exptStarts, obstStarts)
-        
-    def test_eq_Equals_case1(self):
-        BlatParser1 = BlatParser()
-        BlatParser1.setMatch("315")
-        BlatParser1.setMismatch("20")
-        BlatParser1.setRepMatch("0")
-        BlatParser1.setN("0")
-        BlatParser1.setQGapCount("3")
-        BlatParser1.setQGapBases("10")
-        BlatParser1.setTGapCount("2")
-        BlatParser1.setTGapBases("9")
-        BlatParser1.setStrand("+")
-        BlatParser1.setQName("MRRE1H001H13FM1")
-        BlatParser1.setQSize("378")
-        BlatParser1.setQStart("0")
-        BlatParser1.setQEnd("345")
-        BlatParser1.setTName("chr16")
-        BlatParser1.setTSize("22053297")
-        BlatParser1.setTStart("21686950")
-        BlatParser1.setTEnd("21687294")
-        BlatParser1.setBlockCount("4")
-        BlatParser1.setBlockSizes("76,185,7,67,")
-        BlatParser1.setQStarts("0,77,263,278,")
-        BlatParser1.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        BlatParser2 = BlatParser()
-        BlatParser2.setMatch("315")
-        BlatParser2.setMismatch("20")
-        BlatParser2.setRepMatch("0")
-        BlatParser2.setN("0")
-        BlatParser2.setQGapCount("3")
-        BlatParser2.setQGapBases("10")
-        BlatParser2.setTGapCount("2")
-        BlatParser2.setTGapBases("9")
-        BlatParser2.setStrand("+")
-        BlatParser2.setQName("MRRE1H001H13FM1")
-        BlatParser2.setQSize("378")
-        BlatParser2.setQStart("0")
-        BlatParser2.setQEnd("345")
-        BlatParser2.setTName("chr16")
-        BlatParser2.setTSize("22053297")
-        BlatParser2.setTStart("21686950")
-        BlatParser2.setTEnd("21687294")
-        BlatParser2.setBlockCount("4")
-        BlatParser2.setBlockSizes("76,185,7,67,")
-        BlatParser2.setQStarts("0,77,263,278,")
-        BlatParser2.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        self.assertTrue(BlatParser1 == BlatParser2) 
-        
-    def test_eq_Equals_case2(self):
-        BlatParser1 = BlatParser()
-        BlatParser1.setMatch("315")
-        BlatParser1.setMismatch("20")
-        BlatParser1.setRepMatch("0")
-        BlatParser1.setN("0")
-        BlatParser1.setQGapCount("3")
-        BlatParser1.setQGapBases("10")
-        BlatParser1.setTGapCount("2")
-        BlatParser1.setTGapBases("9")
-        BlatParser1.setStrand("+")
-        BlatParser1.setQName("MRRE1H001H13FM1")
-        BlatParser1.setQSize("378")
-        BlatParser1.setQStart("0")
-        BlatParser1.setQEnd("345")
-        BlatParser1.setTName("chr16")
-        BlatParser1.setTSize("22053297")
-        BlatParser1.setTStart("21686950")
-        BlatParser1.setTEnd("21687294")
-        BlatParser1.setBlockCount("4")
-        BlatParser1.setBlockSizes("76,185,7,67,")
-        BlatParser1.setQStarts("0,77,263,278,")
-        BlatParser1.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        BlatParser2 = BlatParser()
-        BlatParser2.setMatch("315")
-        BlatParser2.setMismatch("20")
-        BlatParser2.setRepMatch("0")
-        BlatParser2.setN("0")
-        BlatParser2.setQGapCount("3")
-        BlatParser2.setQGapBases("10")
-        BlatParser2.setTGapCount("2")
-        BlatParser2.setTGapBases("9")
-        BlatParser2.setStrand("+")
-        BlatParser2.setQName("TotoFM2")
-        BlatParser2.setQSize("378")
-        BlatParser2.setQStart("0")
-        BlatParser2.setQEnd("345")
-        BlatParser2.setTName("chr16")
-        BlatParser2.setTSize("22053297")
-        BlatParser2.setTStart("21686950")
-        BlatParser2.setTEnd("21687294")
-        BlatParser2.setBlockCount("4")
-        BlatParser2.setBlockSizes("76,185,7,67,")
-        BlatParser2.setQStarts("0,77,263,278,")
-        BlatParser2.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        self.assertTrue(BlatParser1 == BlatParser2) 
-        
-    def test_eq_notEquals(self):
-        BlatParser1 = BlatParser()
-        BlatParser1.setMatch("315")
-        BlatParser1.setMismatch("20")
-        BlatParser1.setRepMatch("0")
-        BlatParser1.setN("0")
-        BlatParser1.setQGapCount("3")
-        BlatParser1.setQGapBases("10")
-        BlatParser1.setTGapCount("2")
-        BlatParser1.setTGapBases("9")
-        BlatParser1.setStrand("+")
-        BlatParser1.setQName("MRRE1H001H13FM1")
-        BlatParser1.setQSize("378")
-        BlatParser1.setQStart("0")
-        BlatParser1.setQEnd("345")
-        BlatParser1.setTName("chr16")
-        BlatParser1.setTSize("22053297")
-        BlatParser1.setTStart("21686950")
-        BlatParser1.setTEnd("21687294")
-        BlatParser1.setBlockCount("4")
-        BlatParser1.setBlockSizes("76,185,7,67,")
-        BlatParser1.setQStarts("0,77,263,278,")
-        BlatParser1.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        BlatParser2 = BlatParser()
-        BlatParser2.setMatch("315")
-        BlatParser2.setMismatch("20")
-        BlatParser2.setRepMatch("0")
-        BlatParser2.setN("0")
-        BlatParser2.setQGapCount("3")
-        BlatParser2.setQGapBases("10")
-        BlatParser2.setTGapCount("2")
-        BlatParser2.setTGapBases("9")
-        BlatParser2.setStrand("+")
-        BlatParser2.setQName("TotoFM2")
-        BlatParser2.setQSize("378")
-        BlatParser2.setQStart("0")
-        BlatParser2.setQEnd("345")
-        BlatParser2.setTName("chr8")
-        BlatParser2.setTSize("2205")
-        BlatParser2.setTStart("2124")
-        BlatParser2.setTEnd("2168")
-        BlatParser2.setBlockCount("4")
-        BlatParser2.setBlockSizes("76,185,7,67,")
-        BlatParser2.setQStarts("0,77,263,278,")
-        BlatParser2.setTStarts("21686950,21687026,21687213,21687227,")
-        
-        self.assertFalse(BlatParser1 == BlatParser2) 
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_BlatToGff.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,28 +0,0 @@
-from commons.core.parsing.BlatToGff import BlatToGff
-import unittest
-
-
-class Test_BlatToGff(unittest.TestCase):
-
-
-    def test_convertBlatObjectToGffLine(self):
-        blatLine = '315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n'
-        nbLine = 15
-        iBlatToGff = BlatToGff()
-        BlatToGff._methodName = ''
-        obsGffLine = iBlatToGff.convertBlatObjectToGffLine(blatLine, nbLine)
-        expGffLine = 'chr16\tBlatToGff\tBES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297\n'
-        self.assertEquals(expGffLine, obsGffLine)
-
-    def test_convertBlatObjectToGffLine_with_methodName(self):
-        blatLine = '315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n'
-        nbLine = 15
-        iBlatToGff = BlatToGff()
-        BlatToGff._methodName = 'Test'
-        obsGffLine = iBlatToGff.convertBlatObjectToGffLine(blatLine, nbLine)
-        expGffLine = 'chr16\tBlatToGff\tTest:BES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297\n'
-        self.assertEquals(expGffLine, obsGffLine)
-
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_BlatToGffForBesPaired.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,292 +0,0 @@
-import unittest, os
-from commons.core.parsing.BlatToGffForBesPaired import BlatToGffForBesPaired
-
-
-class Test_BlatToGffForBesPaired(unittest.TestCase):
-
-
-    def test_convertBlatObjectToGffLine(self):
-        blatLine = '315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n'
-        nbLine = 15
-        besFastaFileName = '%s/commons/core/parsing/test/besSequences.fasta' % os.environ['REPET_PATH']
-        self._writeBesSequences(besFastaFileName)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._methodName = ''
-        iBlatToGffForBesPaired._inputFileFasta = besFastaFileName
-        obsGffLine, obsBesName, obsBesSeq, obsBesType = iBlatToGffForBesPaired.convertBlatObjectToGffLine(blatLine, nbLine)
-        expGffLine = 'chr16\tBlatToGffForBesPaired\tBES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297;muscadine_seq=AGACCTACTACGACGTACGATCGATCGACTGCTAGCTAGCTAGGCCTAGCTAGCTAGCTAGCTAGCTAGC\n'
-        expBesName = 'MRRE1H001H13FM1'
-        expBesSeq = 'AGACCTACTACGACGTACGATCGATCGACTGCTAGCTAGCTAGGCCTAGCTAGCTAGCTAGCTAGCTAGC'
-        expBesType = 'FM'
-        self.assertEquals(expGffLine, obsGffLine)
-        self.assertEquals(expBesName, obsBesName)
-        self.assertEquals(expBesSeq, obsBesSeq)
-        self.assertEquals(expBesType, obsBesType)
-        os.remove(besFastaFileName)
-
-    def test_convertBlatObjectToGffLine_with_methodName(self):
-        blatLine = '315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n'
-        nbLine = 15
-        besFastaFileName = '%s/commons/core/parsing/test/besSequences.fasta' % os.environ['REPET_PATH']
-        self._writeBesSequences(besFastaFileName)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._methodName = 'Test'
-        iBlatToGffForBesPaired._inputFileFasta = besFastaFileName
-        obsGffLine, obsBesName, obsBesSeq, obsBesType = iBlatToGffForBesPaired.convertBlatObjectToGffLine(blatLine, nbLine)
-        expGffLine = 'chr16\tBlatToGffForBesPaired\tTest:BES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297;muscadine_seq=AGACCTACTACGACGTACGATCGATCGACTGCTAGCTAGCTAGGCCTAGCTAGCTAGCTAGCTAGCTAGC\n'
-        expBesName = 'MRRE1H001H13FM1'
-        expBesSeq = 'AGACCTACTACGACGTACGATCGATCGACTGCTAGCTAGCTAGGCCTAGCTAGCTAGCTAGCTAGCTAGC'
-        expBesType = 'FM'
-        self.assertEquals(expGffLine, obsGffLine)
-        self.assertEquals(expBesName, obsBesName)
-        self.assertEquals(expBesSeq, obsBesSeq)
-        self.assertEquals(expBesType, obsBesType)
-        os.remove(besFastaFileName)
-    
-    def test_getBesName(self):
-        col9 = 'ID=machin1;Name=machin1;bes_start=21736364;bes_end=21737069;bes_size=22053297\n'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsBesName = iBlatToGffForBesPaired.getBesName(col9)
-        expBesName = 'machin1'
-        self.assertEquals(expBesName, obsBesName)
-                
-    def test_checkBesNames_OK(self):
-        besName1 = 'MRRE1H001H13FM8'
-        besName2 = 'MRRE1H001H13RM2'
-        line = 10
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertTrue(iBlatToGffForBesPaired.checkBesNames(besName1, besName2, line))
-        
-    def test_checkBesNames_NOK(self):
-        besName1 = 'MRRE1H001H13FM1'
-        besName2 = 'TOTORM2'
-        line = 10
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertFalse(iBlatToGffForBesPaired.checkBesNames(besName1, besName2, line))
-        
-    def test_checkBesPositions_OK1(self):
-        tBes1 = ('chr16', 25, 150)
-        tBes2 = ('chr16', 300, 350)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertTrue(iBlatToGffForBesPaired.checkBesPositions(tBes1, tBes2))
-        
-    def test_checkBesPositions_OK2(self):
-        tBes1 = ('chr16', 300, 350)
-        tBes2 = ('chr16', 3, 50)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertTrue(iBlatToGffForBesPaired.checkBesPositions(tBes1, tBes2))
-    
-    def test_checkBesPositions_NOK1(self):
-        tBes1 = ('chr16', 25, 150)
-        tBes2 = ('chr14', 300, 350)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertFalse(iBlatToGffForBesPaired.checkBesPositions(tBes1, tBes2))
-    
-    def test_checkBesPositions_NOK2(self):
-        tBes1 = ('chr16', 25, 300)
-        tBes2 = ('chr16', 150, 350)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertFalse(iBlatToGffForBesPaired.checkBesPositions(tBes1, tBes2))
-    
-    def test_checkBesPositions_NOK3(self):
-        tBes1 = ('chr16', 25, 300)
-        tBes2 = ('chr16', 1, 50)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        self.assertFalse(iBlatToGffForBesPaired.checkBesPositions(tBes1, tBes2))
-        
-    def test_getBacName(self):
-        besName = 'MRRE1H001H13FM1'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsBacName = iBlatToGffForBesPaired.getBacName(besName)
-        expBacName = 'MRRE1H001H13'
-        self.assertEquals(expBacName, obsBacName)
-        
-    def test_getBacPositions_case1(self):
-        tBes1 = ('chr16', 25, 300)
-        tBes2 = ('chr16', 1, 50)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsStart, obsEnd = iBlatToGffForBesPaired.getBacPositions(tBes1, tBes2)
-        expStart = 1
-        expEnd = 300
-        self.assertEquals(expStart, obsStart)
-        self.assertEquals(expEnd, obsEnd)
-        
-    def test_getBacPositions_case2(self):
-        tBes1 = ('chr16', 1, 300)
-        tBes2 = ('chr16', 1000, 50000)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsStart, obsEnd = iBlatToGffForBesPaired.getBacPositions(tBes1, tBes2)
-        expStart = 1
-        expEnd = 50000
-        self.assertEquals(expStart, obsStart)
-        self.assertEquals(expEnd, obsEnd)
-        
-    def test_getBacPositions_case3(self):
-        tBes1 = ('chr16', 300, 25)
-        tBes2 = ('chr16', 1, 50)
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsStart, obsEnd = iBlatToGffForBesPaired.getBacPositions(tBes1, tBes2)
-        expStart = 1
-        expEnd = 300
-        self.assertEquals(expStart, obsStart)
-        self.assertEquals(expEnd, obsEnd)
-        
-    def test_createGffLineForBac(self):
-        gffLine1 = 'chr16\tBlatToGffForBesPaired\tBES\t10\t1000\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=10;bes_end=1000;bes_size=991;muscadine_seq=ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG\n'
-        nameBes1 = 'MRRE1H001H13FM1'
-        seqBes1 = 'ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG'
-        typeBes1 = 'FM'
-        gffLine2 = 'chr16\tBlatToGffForBesPaired\tBES\t2000\t3000\t.\t+\t.\tID=MRRE1H001H13RM2;Name=MRRE1H001H13RM2;bes_start=2000;bes_end=3000;bes_size=1001;muscadine_seq=CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT\n'
-        nameBes2 = 'MRRE1H001H13RM2'
-        seqBes2 = 'CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT'
-        typeBes2 = 'RM'
-        line = 2
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._methodName = ''
-        obsGffBac = iBlatToGffForBesPaired.createGffLineForBac(gffLine1, nameBes1, seqBes1, typeBes1, gffLine2, nameBes2, seqBes2, typeBes2, line)
-        expGffBac = 'chr16\tBlatToGffForBesPaired\tBAC\t10\t3000\t.\t.\t.\tID=MRRE1H001H13;Name=MRRE1H001H13;bac_start=10;bac_end=3000;bac_size=2991;besFM_name=MRRE1H001H13FM1;muscadine_besFM_seq=ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG;besRM_name=MRRE1H001H13RM2;muscadine_besRM_seq=CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT\n'
-        self.assertEquals(expGffBac, obsGffBac)
-        
-    def test_createGffLineForBac_with_methodName(self):
-        gffLine1 = 'chr16\tBlatToGffForBesPaired\tBES\t10\t1000\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=10;bes_end=1000;bes_size=991;muscadine_seq=ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG\n'
-        nameBes1 = 'MRRE1H001H13FM1'
-        seqBes1 = 'ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG'
-        typeBes1 = 'FM'
-        gffLine2 = 'chr16\tBlatToGffForBesPaired\tBES\t2000\t3000\t.\t+\t.\tID=MRRE1H001H13RM2;Name=MRRE1H001H13RM2;bes_start=2000;bes_end=3000;bes_size=1001;muscadine_seq=CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT\n'
-        nameBes2 = 'MRRE1H001H13RM2'
-        seqBes2 = 'CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT'
-        typeBes2 = 'RM'
-        line = 2
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._methodName = 'Test'
-        obsGffBac = iBlatToGffForBesPaired.createGffLineForBac(gffLine1, nameBes1, seqBes1, typeBes1, gffLine2, nameBes2, seqBes2, typeBes2, line)
-        expGffBac = 'chr16\tBlatToGffForBesPaired\tTest:BAC\t10\t3000\t.\t.\t.\tID=MRRE1H001H13;Name=MRRE1H001H13;bac_start=10;bac_end=3000;bac_size=2991;besFM_name=MRRE1H001H13FM1;muscadine_besFM_seq=ATCGATCGATCGATCGTACGACTGACTCGATCAGCTAGCTAGCTAGCACATCG;besRM_name=MRRE1H001H13RM2;muscadine_besRM_seq=CAGCTAGCTACGTACGTACGTACGTAGCATCGATCGAT\n'
-        self.assertEquals(expGffBac, obsGffBac)
-        
-    def test_extractBesSequenceFromFastaFileToTmpFile_with_seqInMultipleLines(self):
-        fastaFileName = '%s/commons/core/parsing/test/sequence.fasta' % os.environ['REPET_PATH']
-        fastaFile = open(fastaFileName, 'w')
-        fastaFile.write('>seq1\n')
-        fastaFile.write('ATCGATCGATCGATCGATACGTCAGCGATCGAT\n')
-        fastaFile.write('TACGTACGTACGATCGATCGATCGATCGATCGG\n')
-        fastaFile.write('TACGTACGTACGATCGACGATCGATGCCGATCG\n')
-        fastaFile.write('ATCGAC\n')
-        fastaFile.write('>seq2\n')
-        fastaFile.write('GTCTAGCTAGCTATATCTGACTGACGCGACGGT\n')
-        fastaFile.write('CATGCTAGCTAGCACTGTACAGCTATCGATGCT\n')
-        fastaFile.write('ACTGACACTGTACGTAC\n')
-        fastaFile.write('>seq3\n')
-        fastaFile.write('ACTCGATCGATCG\n')
-        fastaFile.close()
-        
-        seqName = 'seq1'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._inputFileFasta = fastaFileName
-        obsSeq = iBlatToGffForBesPaired.extractBesSequenceFromFastaFile(seqName, 5)
-        expSeq = 'ATCGATCGATCGATCGATACGTCAGCGATCGATTACGTACGTACGATCGATCGATCGATCGATCGGTACGTACGTACGATCGACGATCGATGCCGATCGATCGAC'
-        self.assertEquals(expSeq, obsSeq)
-        os.remove(fastaFileName)
-        
-    def test_extractBesSequenceFromFastaFileToTmpFile_with_seqInUniqueLines(self):
-        fastaFileName = '%s/commons/core/parsing/test/sequence.fasta' % os.environ['REPET_PATH']
-        fastaFile = open(fastaFileName, 'w')
-        fastaFile.write('>seq1\n')
-        fastaFile.write('ATCGATCGATCGATCGATACGTCAGCGATCGAT\n')
-        fastaFile.write('TACGTACGTACGATCGATCGATCGATCGATCGG\n')
-        fastaFile.write('TACGTACGTACGATCGACGATCGATGCCGATCG\n')
-        fastaFile.write('ATCGAC\n')
-        fastaFile.write('>seq2\n')
-        fastaFile.write('GTCTAGCTAGCTATATCTGACTGACGCGACGGT\n')
-        fastaFile.write('CATGCTAGCTAGCACTGTACAGCTATCGATGCT\n')
-        fastaFile.write('ACTGACACTGTACGTAC\n')
-        fastaFile.write('>seq3\n')
-        fastaFile.write('ACTCGATCGATCG\n')
-        fastaFile.close()
-        
-        seqName = 'seq3'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._inputFileFasta = fastaFileName
-        obsSeq = iBlatToGffForBesPaired.extractBesSequenceFromFastaFile(seqName, 5)
-        expSeq = 'ACTCGATCGATCG'
-        self.assertEquals(expSeq, obsSeq)
-        os.remove(fastaFileName)
-        
-    def test_extractBesSequenceFromFastaFileToTmpFile_without_seqInThisFastaFile(self):
-        fastaFileName = '%s/commons/core/parsing/test/sequence.fasta' % os.environ['REPET_PATH']
-        fastaFile = open(fastaFileName, 'w')
-        fastaFile.write('>seq1\n')
-        fastaFile.write('ATCGATCGATCGATCGATACGTCAGCGATCGAT\n')
-        fastaFile.write('TACGTACGTACGATCGATCGATCGATCGATCGG\n')
-        fastaFile.write('TACGTACGTACGATCGACGATCGATGCCGATCG\n')
-        fastaFile.write('ATCGAC\n')
-        fastaFile.write('>seq2\n')
-        fastaFile.write('GTCTAGCTAGCTATATCTGACTGACGCGACGGT\n')
-        fastaFile.write('CATGCTAGCTAGCACTGTACAGCTATCGATGCT\n')
-        fastaFile.write('ACTGACACTGTACGTAC\n')
-        fastaFile.write('>seq3\n')
-        fastaFile.write('ACTCGATCGATCG\n')
-        fastaFile.close()
-        
-        seqName = 'seq4'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        iBlatToGffForBesPaired._inputFileFasta = fastaFileName
-        obsSeq = iBlatToGffForBesPaired.extractBesSequenceFromFastaFile(seqName, 5)
-        expSeq = 'NA'
-        self.assertEquals(expSeq, obsSeq)
-        os.remove(fastaFileName)
-        
-    def test_getBesFmAndRmNamesAndSequences_case1(self):
-        nameBes1 = 'MRRE1H0072T1FM1'
-        seqBes1 = 'TACGTCAGCTGATCGACATCGATCGATCGATCGATCGATCGTC'
-        typeBes1 = 'FM'
-        nameBes2 = 'MRRE1H0072T1RM3'
-        seqBes2 = 'GCGCAGCGCGACTGACTTGACTATCGGCGACGCGACGATCGATCGATCGATC'
-        typeBes2 = 'RM'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsNameBesFM, obsSeqBesFM, obsNameBesRM, obsSeqBesRM = iBlatToGffForBesPaired.getBesFmAndRmNamesAndSequences(nameBes1, seqBes1, typeBes1, nameBes2, seqBes2, typeBes2)
-        expNameBesFM = 'MRRE1H0072T1FM1'
-        expNameBesRM = 'MRRE1H0072T1RM3'
-        expSeqBesFM = 'TACGTCAGCTGATCGACATCGATCGATCGATCGATCGATCGTC'
-        expSeqBesRM = 'GCGCAGCGCGACTGACTTGACTATCGGCGACGCGACGATCGATCGATCGATC'
-        self.assertEquals(expNameBesFM, obsNameBesFM)
-        self.assertEquals(expNameBesRM, obsNameBesRM)
-        self.assertEquals(expSeqBesFM, obsSeqBesFM)
-        self.assertEquals(expSeqBesRM, obsSeqBesRM)
-        
-    def test_getBesFmAndRmNamesAndSequences_case2(self):
-        nameBes1 = 'MRRE1H0072T1RM1'
-        seqBes1 = 'TACGTCAGCTGATCGACATCGATCGATCGATCGATCGATCGTC'
-        typeBes1 = 'RM'
-        nameBes2 = 'MRRE1H0072T1FM3'
-        seqBes2 = 'GCGCAGCGCGACTGACTTGACTATCGGCGACGCGACGATCGATCGATCGATC'
-        typeBes2 = 'FM'
-        iBlatToGffForBesPaired = BlatToGffForBesPaired()
-        obsNameBesFM, obsSeqBesFM, obsNameBesRM, obsSeqBesRM = iBlatToGffForBesPaired.getBesFmAndRmNamesAndSequences(nameBes1, seqBes1, typeBes1, nameBes2, seqBes2, typeBes2)
-        expNameBesFM = 'MRRE1H0072T1FM3'
-        expNameBesRM = 'MRRE1H0072T1RM1'
-        expSeqBesFM = 'GCGCAGCGCGACTGACTTGACTATCGGCGACGCGACGATCGATCGATCGATC'
-        expSeqBesRM = 'TACGTCAGCTGATCGACATCGATCGATCGATCGATCGATCGTC'
-        self.assertEquals(expNameBesFM, obsNameBesFM)
-        self.assertEquals(expNameBesRM, obsNameBesRM)
-        self.assertEquals(expSeqBesFM, obsSeqBesFM)
-        self.assertEquals(expSeqBesRM, obsSeqBesRM)
-        
-    def _writeBesSequences(self, fileName):
-        file = open(fileName, 'w')
-        file.write('>MRRE1H001H13RM1\n')
-        file.write('ATACGTACGTACGTCAGTACGACTACGTACGTACGTACGTCGTAC\n')
-        file.write('TACGTCAGCATCGTACGTACGTACGTCGTGCTGGCTAGCTGACGA\n')
-        file.write('ATCGATCGATCGATCGACATCGTACG\n')
-        file.write('>MRRE1H001H13FM1\n')
-        file.write('AGACCTACTACGACGTACGATCGATCGACTGCTAGCTAGCTAGGC\n')
-        file.write('CTAGCTAGCTAGCTAGCTAGCTAGC\n')
-        file.write('>MRRE2H007A13FM3\n')
-        file.write('TCAGCTAGCTGACTGACATCGCTAGCTAGCTAGCTAGCTAGCTAG\n')
-        file.write('TACGCAGCTACGGGGCATCGACTAAAAAAAAAAACCCACGACTGG\n')
-        file.write('CTAGCTAGCTAGCTAGCTAGCTACGTCGATCGATCGACTGTTGCC\n')
-        file.write('TCAGCTACTGACTGATCGATCGACTACGTACGTACGTAC\n')
-        file.close()
-        
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_BowtieParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,57 +0,0 @@
-from commons.core.parsing.BowtieParser import BowtieParser
-import unittest, os
-
-
-class Test_BlatParser(unittest.TestCase):
-
-
-    def test_simple(self):
-        fileName = "tmpFile.bowtie"
-        handle   = open(fileName, "w")
-        handle.write("HWI-EAS179_0053:2:1:1365:7879#0/2\t+\tchrXHet\t191698\tACCGCTGAACCACTTTCATNCNTGGGATTGTGAACTGAAACTGTTCACATGAACTTGGAATTCCCAGTAAGTGTGA\tLcaYcacLaTdd`dacacYBaBTa^^TL^M`]`^aa`Tca`LaLTUa]a_bcLcTMMMMa^a^`bT`ccT_UbM_B\t0\t19:G>N,21:T>N\n")
-        handle.write("HWI-EAS179_0053:2:1:1365:7879#0/1\t-\tchrXHet\t191803\tCCCCTTGTACACACCGCCCGTCGCTACTACCGATTGAATTATGTAGTGAGGTCTCCGGACGTGATCACTGTGACGC\tBBBBBBBBB`O`DS]]aYabaaa[ULYLY]^b`^a^aZZZ_LLLca_a_b^^aYdbd``d^ccaY`_caccc^acc\t0\t33:T>G,72:T>C\n")
-        handle.write("HWI-EAS179_0053:2:1:1371:11420#0/2\t+\tchr3L\t16569206\tTATGAGCGCCAATTTTGCANTTTTATTTTTGTACAAGCCAAGGGTTTTGCAACATTCACAGCGCTTGCCACTTGTC\tcY^bcYLcaL]`]]`aaTaBaab^_ZZ__R[`[cYccc^Ybb^_L`L`Y`aM_a_TcTcc`LL]]MYaYabbTY`^\t0\t19:G>N\n")
-        handle.write("HWI-EAS179_0053:2:1:1371:11420#0/1\t-\tchr3L\t16569298\tAATGAACCATTGTAATTACCCACAACACATACAGTCACACACGAGATGCACACAAGTCGGAAACGGAAGCGAGACG\tBBBBBBBBBBBBBBBBBBBBBB^T`]Y^`KZY__LY_a]^T^ccYaYY__YT]VZbL]`b^cLT^a^caccYbT^b\t0\n")
-        handle.close()
-
-        parser = BowtieParser("tmpFile.bowtie", 0)
-        for cpt, mapping in enumerate(parser.getIterator()):
-            transcript = mapping.getTranscript()
-            if cpt == 0:
-                self.assertEquals(transcript.getName(), "HWI-EAS179_0053:2:1:1365:7879#0/2")
-                self.assertEquals(transcript.getChromosome(), "chrXHet")
-                self.assertEquals(transcript.getDirection(), 1)
-                self.assertEquals(transcript.getStart(), 191699)
-                self.assertEquals(transcript.getEnd(), 191774)
-                self.assertEquals(transcript.getTagValue("nbMismatches"), 2)
-            elif cpt == 1:
-                self.assertEquals(transcript.getName(), "HWI-EAS179_0053:2:1:1365:7879#0/1")
-                self.assertEquals(transcript.getChromosome(), "chrXHet")
-                self.assertEquals(transcript.getDirection(), -1)
-                self.assertEquals(transcript.getStart(), 191804)
-                self.assertEquals(transcript.getEnd(), 191879)
-                self.assertEquals(transcript.getTagValue("nbMismatches"), 2)
-            elif cpt == 2:
-                self.assertEquals(transcript.getName(), "HWI-EAS179_0053:2:1:1371:11420#0/2")
-                self.assertEquals(transcript.getChromosome(), "chr3L")
-                self.assertEquals(transcript.getDirection(), 1)
-                self.assertEquals(transcript.getStart(), 16569207)
-                self.assertEquals(transcript.getEnd(), 16569282)
-                self.assertEquals(transcript.getTagValue("nbMismatches"), 1)
-            elif cpt == 3:
-                self.assertEquals(transcript.getName(), "HWI-EAS179_0053:2:1:1371:11420#0/1")
-                self.assertEquals(transcript.getChromosome(), "chr3L")
-                self.assertEquals(transcript.getDirection(), -1)
-                self.assertEquals(transcript.getStart(), 16569299)
-                self.assertEquals(transcript.getEnd(), 16569374)
-                self.assertEquals(transcript.getTagValue("nbMismatches"), 0)
-            else:
-                self.fail()
-
-        os.remove(fileName)
-        
-        
-
-if __name__ == "__main__":
-    unittest.main()
-
--- a/commons/core/parsing/test/Test_CoordsParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,105 +0,0 @@
-import unittest
-from commons.core.parsing.CoordsParser import CoordsParser
-from SMART.Java.Python.mappingToCoordinates import MappingToCoordinates
-
-
-class Test_CoordsParser(unittest.TestCase):
-    
-
-    def test_Parser(self):
-        parser = CoordsParser("data/testCoordsParser.coords")
-        
-        cpt = 0
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            cpt += 1
-            if cpt == 1:
-                self.assertEqual(transcript.getChromosome(), "scaffold_1")
-                self.assertEqual(transcript.getName(), "gi|240254421:1-30427671")
-                self.assertEqual(transcript.getStart(), 1)
-                self.assertEqual(transcript.getEnd(), 6251)
-                self.assertEqual(transcript.getDirection(), -1)
-                self.assertEqual(transcript.getNbExons(), 1)
-                self.assertEqual(transcript.getTagValue("identity"), 89.030000000000001)
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "scaffold_1")
-                self.assertEqual(exons[0].getStart(), 1)
-                self.assertEqual(exons[0].getEnd(), 6251)
-                self.assertEqual(exons[0].getDirection(), -1)
-                self.assertEqual(transcript.getSize(), 6251)
-            elif cpt == 2:
-                self.assertEqual(transcript.getChromosome(), "scaffold_1")
-                self.assertEqual(transcript.getName(), "gi|240254421:1-30427671")
-                self.assertEqual(transcript.getStart(), 9127)
-                self.assertEqual(transcript.getEnd(), 11947)
-                self.assertEqual(transcript.getDirection(), -1)
-                self.assertEqual(transcript.getNbExons(), 1)
-                self.assertEqual(transcript.getTagValue("identity"), 90.450000000000003)
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "scaffold_1")
-                self.assertEqual(exons[0].getStart(), 9127)
-                self.assertEqual(exons[0].getEnd(), 11947)
-                self.assertEqual(exons[0].getDirection(), -1)
-                self.assertEqual(transcript.getSize(), 2821)
-            if cpt == 3:
-                self.assertEqual(transcript.getChromosome(), "scaffold_1")
-                self.assertEqual(transcript.getName(), "gi|240254421:1-30427671")
-                self.assertEqual(transcript.getStart(), 12201)
-                self.assertEqual(transcript.getEnd(), 12953)
-                self.assertEqual(transcript.getDirection(), -1)
-                self.assertEqual(transcript.getNbExons(), 1)
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "scaffold_1")
-                self.assertEqual(exons[0].getStart(), 12201)
-                self.assertEqual(exons[0].getEnd(), 12953)
-                self.assertEqual(exons[0].getDirection(), -1)
-                self.assertEqual(transcript.getSize(), 753)
-            
-    def test_Parser_showcoord(self):
-        parser = CoordsParser("data/testCoordsParser_showcoord.coords")
-        expTranscriptCount = 1
-        obsTranscriptCount = 0
-        
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            obsTranscriptCount += 1
-            self.assertEqual(transcript.getChromosome(), "mivi_sl_A1_scaffold00001")
-            self.assertEqual(transcript.getName(), "mivi_sl_A2_scaffold00003")
-            self.assertEqual(transcript.getStart(), 296)
-            self.assertEqual(transcript.getEnd(), 2292)
-            self.assertEqual(transcript.getDirection(), 1)
-            self.assertEqual(transcript.getTagValue("identity"), 98.30)
-            self.assertEqual(transcript.getTagValue("target_pident"), 98.30)                
-            self.assertEqual(transcript.getTagValue("target_pcover"), 3.32)
-            self.assertEqual(transcript.getTagValue("target_length"), 60273)                
-            self.assertEqual(transcript.getTagValue("Target"), "mivi_sl_A2_scaffold00003 1 2001")
-            self.assertEqual(transcript.getSize(), 1997)
-                
-        self.assertEquals(expTranscriptCount, obsTranscriptCount)
-                            
-    def test_Parser_showcoord_promer(self):
-        parser = CoordsParser("data/testCoordsParser_showcoord_promer.coords")
-        expTranscriptCount = 1
-        obsTranscriptCount = 0
-        
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            obsTranscriptCount += 1
-            self.assertEqual(transcript.getChromosome(), "mivi_sl_A1_scaffold00001")
-            self.assertEqual(transcript.getName(), "mivi_sl_A2_scaffold00003")
-            self.assertEqual(transcript.getStart(), 291)
-            self.assertEqual(transcript.getEnd(), 1229)
-            self.assertEqual(transcript.getDirection(), -1)
-            self.assertEqual(transcript.getTagValue("identity"), 94.25)
-            self.assertEqual(transcript.getTagValue("target_pident"), 94.25)                
-            self.assertEqual(transcript.getTagValue("target_pcover"), 1.56)
-            self.assertEqual(transcript.getTagValue("target_length"), 60273)                
-            self.assertEqual(transcript.getTagValue("Target"), "mivi_sl_A2_scaffold00003 939 1")
-            self.assertEqual(transcript.getSize(), 939)
-                
-        self.assertEquals(expTranscriptCount, obsTranscriptCount)
-        
- 
-if __name__ == '__main__':
-        unittest.main()
-
--- a/commons/core/parsing/test/Test_CrossSsrAndBesMappedByBlatToGff.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,70 +0,0 @@
-from commons.core.parsing.CrossSsrAndBesMappedByBlatToGff import CrossSsrAndBesMappedByBlatToGff
-from commons.core.parsing.SsrParser import SsrParser
-
-import unittest
-import os
-
-
-class Test_CrossSsrAndBesMappedByBlatToGff(unittest.TestCase):
-
-
-    def test_createDictOfSsrParser(self):
-        obsDictSsrParser = {}
-        
-        ssrFileName = 'input_SSR_Resuts.tab'
-        SSRFile = open(ssrFileName, 'w')
-        SSRFile.write('BES_name\tBES_redundancy\tSSR_di/tri/tetranucleotide\tSSR_Motif\tSSR_Motif_number\tSSR_start\tSSR_end\tBES_size\n')
-        SSRFile.write('MRRE1H001A12RM1\t1\t4\tttta\t6\t272\t295\t724\n')
-        SSRFile.write('MRRE1H001B01RM1\t1\t3\taat\t8\t264\t287\t683\n')
-        SSRFile.write('MRRE1H001B07RM1\t1\t2\tta\t19\t153\t190\t734\n')
-        SSRFile.write('MRRE1H001B07RM1\t2\t2\taata\t25\t83\t90\t734\n')
-        SSRFile.close()
-        
-        iCrossSsrAndBesMappedByBlatToGff = CrossSsrAndBesMappedByBlatToGff()
-        iCrossSsrAndBesMappedByBlatToGff._inputFileSSR = ssrFileName
-        obsDictSsrParser = iCrossSsrAndBesMappedByBlatToGff.createDictOfSsrParser(obsDictSsrParser)
-        
-        SsrParser1 = SsrParser('MRRE1H001A12RM1', '1', '4', 'ttta', '6', '272', '295', '724')
-        SsrParser2 = SsrParser('MRRE1H001B01RM1', '1', '3', 'aat', '8', '264', '287', '683')
-        SsrParser3 = SsrParser('MRRE1H001B07RM1', '1', '2', 'ta', '19', '153', '190', '734')
-        SsrParser4 = SsrParser('MRRE1H001B07RM1', '2', '2', 'aata', '25', '83', '90', '734')
-        
-        expDictSsrParser = {
-                         'MRRE1H001A12RM1': [SsrParser1], 
-                         'MRRE1H001B01RM1': [SsrParser2],
-                         'MRRE1H001B07RM1': [SsrParser3, SsrParser4]
-                        }
-        
-        self.assertEquals(expDictSsrParser, obsDictSsrParser)
-        os.remove(ssrFileName)
-        
-    def test_convertSSRPositionsToBlatPositions_strand_FW(self):
-        ssrPos = 75
-        blatPosStart = 10501475
-        blatPosEnd = 10501985
-        strand = '+'
-        iCrossSsrAndBesMappedByBlatToGff = CrossSsrAndBesMappedByBlatToGff()
-        obsNewPos = iCrossSsrAndBesMappedByBlatToGff.convertSSRPositionsToChromPositions(ssrPos, blatPosStart, blatPosEnd, strand)
-        expNewPos = 10501549
-        self.assertEquals(expNewPos, obsNewPos)
-        
-    def test_convertSSRPositionsToBlatPositions_strand_RV(self):
-        ssrPos = 75
-        blatPosStart = 10501475
-        blatPosEnd = 10501985
-        strand = '-'
-        iCrossSsrAndBesMappedByBlatToGff = CrossSsrAndBesMappedByBlatToGff()
-        obsNewPos = iCrossSsrAndBesMappedByBlatToGff.convertSSRPositionsToChromPositions(ssrPos, blatPosStart, blatPosEnd, strand)
-        expNewPos = 10501911
-        self.assertEquals(expNewPos, obsNewPos)
-        
-    def test_getSsrMotif(self):
-        ssrMotif = 'atg'
-        ssrNbMotif = 4
-        iCrossSsrAndBesMappedByBlatToGff = CrossSsrAndBesMappedByBlatToGff()
-        obsSsrSeq = iCrossSsrAndBesMappedByBlatToGff.getSsrSeq(ssrMotif, ssrNbMotif)
-        expSsrSeq = 'atgatgatgatg'
-        self.assertEquals(expSsrSeq, obsSsrSeq)
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_F_BlatToGff.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,77 +0,0 @@
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_F_BlatToGff(unittest.TestCase):
-
-
-    def test_run(self):
-        blatInputFileName = '%s/commons/core/parsing/test/inputFile.tab' % os.environ['REPET_PATH']
-        self._writeBlatInputFile(blatInputFileName)
-        
-        obsOutputFileName = '%s/commons/core/parsing/test/obsOutputFile.tab' % os.environ['REPET_PATH']
-        cmd = 'python %s/commons/core/parsing/BlatToGff.py -i %s -o %s' % (os.environ['REPET_PATH'], blatInputFileName, obsOutputFileName)
-        os.system(cmd)
-        
-        expOutputFileName = '%s/commons/core/parsing/test/expOutputFile.tab' % os.environ['REPET_PATH']
-        self._writeExpOutputFile(expOutputFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expOutputFileName, obsOutputFileName))
-        os.remove(blatInputFileName)
-        os.remove(obsOutputFileName)
-        os.remove(expOutputFileName)
-
-    def test_run_with_methodName(self):
-        blatInputFileName = '%s/commons/core/parsing/test/inputFile.tab' % os.environ['REPET_PATH']
-        self._writeBlatInputFile(blatInputFileName)
-        
-        obsOutputFileName = '%s/commons/core/parsing/test/obsOutputFile.tab' % os.environ['REPET_PATH']
-        cmd = 'python %s/commons/core/parsing/BlatToGff.py -i %s -o %s -n Test_F' % (os.environ['REPET_PATH'], blatInputFileName, obsOutputFileName)
-        os.system(cmd)
-        
-        expOutputFileName = '%s/commons/core/parsing/test/expOutputFile.tab' % os.environ['REPET_PATH']
-        self._writeExpOutputFile_with_methodName(expOutputFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expOutputFileName, obsOutputFileName))
-        os.remove(blatInputFileName)
-        os.remove(obsOutputFileName)
-        os.remove(expOutputFileName)
-    
-    def _writeBlatInputFile(self, blatInputFileName):
-        file = open(blatInputFileName, 'w')
-        file.write('psLayout version 3\n')
-        file.write('\n')
-        file.write('match    mis-     rep.     N\'s    Q gap    Q gap    T gap    T gap    strand    Q            Q       Q        Q      T            T       T        T      block    blockSizes     qStarts     tStarts\n')
-        file.write('         match    match           count    bases    count    bases              name         size    start    end    name         size    start    end    count\n')
-        file.write('---------------------------------------------------------------------------------------------------------------------------------------------------------------\n')
-        file.write('315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n')
-        file.write('690\t11\t0\t0\t1\t3\t2\t4\t-\tmachin1\t704\t0\t704\tchr16\t22053297\t21736364\t21737069\t3\t40,647,14,\t0,43,690,\t21736364,21736406,21737055,\n')
-        file.write('554\t26\t0\t0\t1\t16\t1\t17\t-\tMRRE1H032F08FM1\t606\t10\t606\tchr11\t19818926\t3725876\t3726473\t2\t553,27,\t10,579,\t3725876,3726446,\n')
-        file.write('620\t23\t0\t0\t0\t0\t0\t0\t-\tmachin2\t643\t0\t643\tchr11\t19818926\t3794984\t3795627\t1\t643,\t0,\t3794984,\n')
-        file.write('347\t25\t0\t0\t0\t0\t0\t0\t-\tmachin3\t393\t21\t393\tchr18\t29360087\t12067347\t12067719\t1\t372,\t0,\t12067347,\n')
-        file.close()
-        
-    def _writeExpOutputFile(self, expOutputFileName):
-        file = open(expOutputFileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tBlatToGff\tBES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297\n')
-        file.write('chr16\tBlatToGff\tBES\t21736364\t21737069\t.\t+\t.\tID=machin1;Name=machin1;bes_start=21736364;bes_end=21737069;bes_size=22053297\n')
-        file.write('chr11\tBlatToGff\tBES\t3725876\t3726473\t.\t+\t.\tID=MRRE1H032F08FM1;Name=MRRE1H032F08FM1;bes_start=3725876;bes_end=3726473;bes_size=19818926\n')
-        file.write('chr11\tBlatToGff\tBES\t3794984\t3795627\t.\t+\t.\tID=machin2;Name=machin2;bes_start=3794984;bes_end=3795627;bes_size=19818926\n')
-        file.write('chr18\tBlatToGff\tBES\t12067347\t12067719\t.\t+\t.\tID=machin3;Name=machin3;bes_start=12067347;bes_end=12067719;bes_size=29360087\n')
-        file.close()
-        
-    def _writeExpOutputFile_with_methodName(self, expOutputFileName):
-        file = open(expOutputFileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tBlatToGff\tTest_F:BES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297\n')
-        file.write('chr16\tBlatToGff\tTest_F:BES\t21736364\t21737069\t.\t+\t.\tID=machin1;Name=machin1;bes_start=21736364;bes_end=21737069;bes_size=22053297\n')
-        file.write('chr11\tBlatToGff\tTest_F:BES\t3725876\t3726473\t.\t+\t.\tID=MRRE1H032F08FM1;Name=MRRE1H032F08FM1;bes_start=3725876;bes_end=3726473;bes_size=19818926\n')
-        file.write('chr11\tBlatToGff\tTest_F:BES\t3794984\t3795627\t.\t+\t.\tID=machin2;Name=machin2;bes_start=3794984;bes_end=3795627;bes_size=19818926\n')
-        file.write('chr18\tBlatToGff\tTest_F:BES\t12067347\t12067719\t.\t+\t.\tID=machin3;Name=machin3;bes_start=12067347;bes_end=12067719;bes_size=29360087\n')
-        file.close()
-
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_F_BlatToGffForBesPaired.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,117 +0,0 @@
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_F_BlatToGffForBesPaired(unittest.TestCase):
-
-
-    def test_run(self):
-        blatInputFileName = '%s/commons/core/parsing/test/inputFile.tab' % os.environ['REPET_PATH']
-        self._writeBlatInputFileName(blatInputFileName)
-        fastaInputFileName = '%s/commons/core/parsing/test/sequences.fasta' % os.environ['REPET_PATH']
-        self._writeFastaInputFile(fastaInputFileName)
-        
-        obsOutputFileName = '%s/commons/core/parsing/test/obsOutputFileName.gff' % os.environ['REPET_PATH']
-        cmd = 'python %s/commons/core/parsing/BlatToGffForBesPaired.py -i %s -f %s -o %s' % (os.environ['REPET_PATH'], blatInputFileName, fastaInputFileName, obsOutputFileName)
-        os.system(cmd)
-        
-        expOutputFileName = '%s/commons/core/parsing/test/expOutputFileName.gff' % os.environ['REPET_PATH']
-        self._writeExpOutputFileName(expOutputFileName)
-        self.assertTrue(FileUtils.are2FilesIdentical(expOutputFileName, obsOutputFileName))
-        os.remove(blatInputFileName)
-        os.remove(fastaInputFileName)
-        os.remove(expOutputFileName)
-        os.remove(obsOutputFileName)
-        
-    def test_run_with_methodName(self):
-        blatInputFileName = '%s/commons/core/parsing/test/inputFile.tab' % os.environ['REPET_PATH']
-        self._writeBlatInputFileName(blatInputFileName)
-        fastaInputFileName = '%s/commons/core/parsing/test/sequences.fasta' % os.environ['REPET_PATH']
-        self._writeFastaInputFile(fastaInputFileName)
-        
-        obsOutputFileName = '%s/commons/core/parsing/test/obsOutputFileName.gff' % os.environ['REPET_PATH']
-        cmd = 'python %s/commons/core/parsing/BlatToGffForBesPaired.py -i %s -f %s -o %s -n TestF' % (os.environ['REPET_PATH'], blatInputFileName, fastaInputFileName, obsOutputFileName)
-        os.system(cmd)
-        
-        expOutputFileName = '%s/commons/core/parsing/test/expOutputFileName.gff' % os.environ['REPET_PATH']
-        self._writeExpOutputFileName_with_methodName(expOutputFileName)
-        self.assertTrue(FileUtils.are2FilesIdentical(expOutputFileName, obsOutputFileName))
-        os.remove(blatInputFileName)
-        os.remove(fastaInputFileName)
-        os.remove(expOutputFileName)
-        os.remove(obsOutputFileName)
-
-    def _writeBlatInputFileName(self, blatInputFileName):
-        file = open(blatInputFileName, 'w')
-        file.write('psLayout version 3\n')
-        file.write('\n')
-        file.write('match    mis-     rep.     N\'s    Q gap    Q gap    T gap    T gap    strand    Q            Q       Q        Q      T            T       T        T      block    blockSizes     qStarts     tStarts\n')
-        file.write('         match    match           count    bases    count    bases              name         size    start    end    name         size    start    end    count\n')
-        file.write('---------------------------------------------------------------------------------------------------------------------------------------------------------------\n')
-        file.write('315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n')
-        file.write('690\t11\t0\t0\t1\t3\t2\t4\t-\tMRRE1H001H13RM1\t704\t0\t704\tchr16\t22053297\t21736364\t21737069\t3\t40,647,14,\t0,43,690,\t21736364,21736406,21737055,\n')
-        file.write('554\t26\t0\t0\t1\t16\t1\t17\t+\tMACHINFM1\t606\t10\t606\tchr11\t19818926\t3725876\t3726473\t2\t553,27,\t10,579,\t3725876,3726446,\n')
-        file.write('620\t23\t0\t0\t0\t0\t0\t0\t-\tBIDULERM1\t643\t0\t643\tchr11\t19818926\t3794984\t3795627\t1\t643,\t0,\t3794984,\n')
-        file.write('554\t26\t0\t0\t1\t16\t1\t17\t+\tMRRE1H032F08FM1\t606\t10\t606\tchr11\t19818926\t3725876\t3726473\t2\t553,27,\t10,579,\t3725876,3726446,\n')
-        file.write('620\t23\t0\t0\t0\t0\t0\t0\t-\tMRRE1H032F08RM1\t643\t0\t643\tchr11\t19818926\t3794984\t3795627\t1\t643,\t0,\t3794984,\n')
-        file.write('347\t25\t0\t0\t0\t0\t0\t0\t-\tMRRE1B072N12FM1\t393\t21\t393\tchr18\t29360087\t12067347\t12067719\t1\t372,\t0,\t12067347,\n')
-        file.write('294\t16\t0\t0\t0\t0\t2\t393\t+\tMRRE1B072N12RM1\t339\t21\t331\tchr18\t29360087\t11978635\t11979338\t3\t146,154,10,\t21,167,321,\t11978635,11978783,11979328,\n')
-        file.close()
-        
-    def _writeExpOutputFileName(self, expOutputFileName):
-        file = open(expOutputFileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tBlatToGffForBesPaired\tBES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297;muscadine_seq=ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCCTACGTAGCTAGCTAGCTAGCTGATCGATCGATCGTAGCTAGCTAGCTAGCACTGCTAGCTACG\n')
-        file.write('chr16\tBlatToGffForBesPaired\tBES\t21736364\t21737069\t.\t+\t.\tID=MRRE1H001H13RM1;Name=MRRE1H001H13RM1;bes_start=21736364;bes_end=21737069;bes_size=22053297;muscadine_seq=ACTGATCGATCGTACGTACGATCGCTGATCGTACGTACGATCGATCGATCGACTCGATCGTAGCTAGCTACGTCAGTCAGACTGACTGCTGCGCTGCATCGTACTGATCGACTGATCGACTGC\n')
-        file.write('chr16\tBlatToGffForBesPaired\tBAC\t21686950\t21737069\t.\t.\t.\tID=MRRE1H001H13;Name=MRRE1H001H13;bac_start=21686950;bac_end=21737069;bac_size=50120;besFM_name=MRRE1H001H13FM1;muscadine_besFM_seq=ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCCTACGTAGCTAGCTAGCTAGCTGATCGATCGATCGTAGCTAGCTAGCTAGCACTGCTAGCTACG;besRM_name=MRRE1H001H13RM1;muscadine_besRM_seq=ACTGATCGATCGTACGTACGATCGCTGATCGTACGTACGATCGATCGATCGACTCGATCGTAGCTAGCTACGTCAGTCAGACTGACTGCTGCGCTGCATCGTACTGATCGACTGATCGACTGC\n')
-        file.write('chr11\tBlatToGffForBesPaired\tBES\t3725876\t3726473\t.\t+\t.\tID=MRRE1H032F08FM1;Name=MRRE1H032F08FM1;bes_start=3725876;bes_end=3726473;bes_size=19818926;muscadine_seq=TCAGCTATCGATCGTACGTACGTCGATCGTACGTACGTACGATCGATCGATATCGATCG\n')
-        file.write('chr11\tBlatToGffForBesPaired\tBES\t3794984\t3795627\t.\t+\t.\tID=MRRE1H032F08RM1;Name=MRRE1H032F08RM1;bes_start=3794984;bes_end=3795627;bes_size=19818926;muscadine_seq=ATCGACTGATCGTCGATCGTACGATCGACTGATCGATCGATCGACTGACTGTACGTACGTAC\n')
-        file.write('chr11\tBlatToGffForBesPaired\tBAC\t3725876\t3795627\t.\t.\t.\tID=MRRE1H032F08;Name=MRRE1H032F08;bac_start=3725876;bac_end=3795627;bac_size=69752;besFM_name=MRRE1H032F08FM1;muscadine_besFM_seq=TCAGCTATCGATCGTACGTACGTCGATCGTACGTACGTACGATCGATCGATATCGATCG;besRM_name=MRRE1H032F08RM1;muscadine_besRM_seq=ATCGACTGATCGTCGATCGTACGATCGACTGATCGATCGATCGACTGACTGTACGTACGTAC\n')
-        file.write('chr18\tBlatToGffForBesPaired\tBES\t12067347\t12067719\t.\t+\t.\tID=MRRE1B072N12FM1;Name=MRRE1B072N12FM1;bes_start=12067347;bes_end=12067719;bes_size=29360087;muscadine_seq=ATCGTACGTACGATCGATCGCATGACTACGT\n')
-        file.write('chr18\tBlatToGffForBesPaired\tBES\t11978635\t11979338\t.\t+\t.\tID=MRRE1B072N12RM1;Name=MRRE1B072N12RM1;bes_start=11978635;bes_end=11979338;bes_size=29360087;muscadine_seq=TACGTACGATCGACTGATGCTAGCTAGCTCC\n')
-        file.write('chr18\tBlatToGffForBesPaired\tBAC\t11978635\t12067719\t.\t.\t.\tID=MRRE1B072N12;Name=MRRE1B072N12;bac_start=11978635;bac_end=12067719;bac_size=89085;besFM_name=MRRE1B072N12FM1;muscadine_besFM_seq=ATCGTACGTACGATCGATCGCATGACTACGT;besRM_name=MRRE1B072N12RM1;muscadine_besRM_seq=TACGTACGATCGACTGATGCTAGCTAGCTCC\n')
-        file.close()
-        
-    def _writeExpOutputFileName_with_methodName(self, expOutputFileName):
-        file = open(expOutputFileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tBlatToGffForBesPaired\tTestF:BES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297;muscadine_seq=ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCCTACGTAGCTAGCTAGCTAGCTGATCGATCGATCGTAGCTAGCTAGCTAGCACTGCTAGCTACG\n')
-        file.write('chr16\tBlatToGffForBesPaired\tTestF:BES\t21736364\t21737069\t.\t+\t.\tID=MRRE1H001H13RM1;Name=MRRE1H001H13RM1;bes_start=21736364;bes_end=21737069;bes_size=22053297;muscadine_seq=ACTGATCGATCGTACGTACGATCGCTGATCGTACGTACGATCGATCGATCGACTCGATCGTAGCTAGCTACGTCAGTCAGACTGACTGCTGCGCTGCATCGTACTGATCGACTGATCGACTGC\n')
-        file.write('chr16\tBlatToGffForBesPaired\tTestF:BAC\t21686950\t21737069\t.\t.\t.\tID=MRRE1H001H13;Name=MRRE1H001H13;bac_start=21686950;bac_end=21737069;bac_size=50120;besFM_name=MRRE1H001H13FM1;muscadine_besFM_seq=ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCCTACGTAGCTAGCTAGCTAGCTGATCGATCGATCGTAGCTAGCTAGCTAGCACTGCTAGCTACG;besRM_name=MRRE1H001H13RM1;muscadine_besRM_seq=ACTGATCGATCGTACGTACGATCGCTGATCGTACGTACGATCGATCGATCGACTCGATCGTAGCTAGCTACGTCAGTCAGACTGACTGCTGCGCTGCATCGTACTGATCGACTGATCGACTGC\n')
-        file.write('chr11\tBlatToGffForBesPaired\tTestF:BES\t3725876\t3726473\t.\t+\t.\tID=MRRE1H032F08FM1;Name=MRRE1H032F08FM1;bes_start=3725876;bes_end=3726473;bes_size=19818926;muscadine_seq=TCAGCTATCGATCGTACGTACGTCGATCGTACGTACGTACGATCGATCGATATCGATCG\n')
-        file.write('chr11\tBlatToGffForBesPaired\tTestF:BES\t3794984\t3795627\t.\t+\t.\tID=MRRE1H032F08RM1;Name=MRRE1H032F08RM1;bes_start=3794984;bes_end=3795627;bes_size=19818926;muscadine_seq=ATCGACTGATCGTCGATCGTACGATCGACTGATCGATCGATCGACTGACTGTACGTACGTAC\n')
-        file.write('chr11\tBlatToGffForBesPaired\tTestF:BAC\t3725876\t3795627\t.\t.\t.\tID=MRRE1H032F08;Name=MRRE1H032F08;bac_start=3725876;bac_end=3795627;bac_size=69752;besFM_name=MRRE1H032F08FM1;muscadine_besFM_seq=TCAGCTATCGATCGTACGTACGTCGATCGTACGTACGTACGATCGATCGATATCGATCG;besRM_name=MRRE1H032F08RM1;muscadine_besRM_seq=ATCGACTGATCGTCGATCGTACGATCGACTGATCGATCGATCGACTGACTGTACGTACGTAC\n')
-        file.write('chr18\tBlatToGffForBesPaired\tTestF:BES\t12067347\t12067719\t.\t+\t.\tID=MRRE1B072N12FM1;Name=MRRE1B072N12FM1;bes_start=12067347;bes_end=12067719;bes_size=29360087;muscadine_seq=ATCGTACGTACGATCGATCGCATGACTACGT\n')
-        file.write('chr18\tBlatToGffForBesPaired\tTestF:BES\t11978635\t11979338\t.\t+\t.\tID=MRRE1B072N12RM1;Name=MRRE1B072N12RM1;bes_start=11978635;bes_end=11979338;bes_size=29360087;muscadine_seq=TACGTACGATCGACTGATGCTAGCTAGCTCC\n')
-        file.write('chr18\tBlatToGffForBesPaired\tTestF:BAC\t11978635\t12067719\t.\t.\t.\tID=MRRE1B072N12;Name=MRRE1B072N12;bac_start=11978635;bac_end=12067719;bac_size=89085;besFM_name=MRRE1B072N12FM1;muscadine_besFM_seq=ATCGTACGTACGATCGATCGCATGACTACGT;besRM_name=MRRE1B072N12RM1;muscadine_besRM_seq=TACGTACGATCGACTGATGCTAGCTAGCTCC\n')
-        file.close()
-        
-    def _writeFastaInputFile(self, fileName):
-        file = open(fileName, 'w')
-        file.write('>MRRE1H001H13FM1\n')
-        file.write('ATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATCGATC\n')
-        file.write('CTACGTAGCTAGCTAGCTAGCTGATCGATCGATCGTAGCTAGCTAGCTAGC\n')
-        file.write('ACTGCTAGCTACG\n')
-        file.write('>MRRE1H001H13RM1\n')
-        file.write('ACTGATCGATCGTACGTACGATCGCTGATCGTACGTACGATCGATCGATCG\n')
-        file.write('ACTCGATCGTAGCTAGCTACGTCAGTCAGACTGACTGCTGCGCTGCATCGT\n')
-        file.write('ACTGATCGACTGATCGACTGC\n')
-        file.write('>MRRE1H032F08FM1\n')
-        file.write('TCAGCTATCGATCGTACGTACGTCGATCGTACGTACGTACGATCGATCGAT\n')
-        file.write('ATCGATCG\n')
-        file.write('>MRRE1H032F08RM1\n')
-        file.write('ATCGACTGATCGTCGATCGTACGATCGACTGATCGATCGATCGACTGACTG\n')
-        file.write('TACGTACGTAC\n')
-        file.write('>MRRE1B072N12FM1\n')
-        file.write('ATCGTACGTACGATCGATCGCATGACTACGT\n')
-        file.write('>MRRE1B072N12RM1\n')
-        file.write('TACGTACGATCGACTGATGCTAGCTAGCTCC\n')
-        file.write('>MACHINFM1\n')
-        file.write('ATCGTACGCTAGCTAGTCGATCGATCGATCGATCG\n')
-        file.write('>BIDULERM1\n')
-        file.write('ACTCGATCGACTACGTACGTAGACTG\n')
-        file.close()
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_F_CrossSsrAndBesMappedByBlatToGff.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,66 +0,0 @@
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-
-class Test_F_CrossSsrAndBesMappedByBlatToGff(unittest.TestCase):
-
-
-    def test_run(self):
-        ssrInputFileName = '%s/commons/core/parsing/test/ssrInputFile.tab' % os.environ['REPET_PATH']
-        self._writeSsrInputFile(ssrInputFileName)
-        blatInputFileName = '%s/commons/core/parsing/test/blatInputFile.tab' % os.environ['REPET_PATH']
-        self._writeBlatInputFile(blatInputFileName)
-        
-        obsOutputFileName = '%s/commons/core/parsing/test/obsOutputFile.tab' % os.environ['REPET_PATH']
-        cmd = 'python %s/commons/core/parsing/CrossSsrAndBesMappedByBlatToGff.py -s %s -b %s -o %s' % (os.environ['REPET_PATH'], ssrInputFileName, blatInputFileName, obsOutputFileName)
-        os.system(cmd)
-        
-        expOutputFileName = '%s/commons/core/parsing/test/expOutputFile.tab' % os.environ['REPET_PATH']
-        self._writeExpOutputFile(expOutputFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expOutputFileName, obsOutputFileName))
-        os.remove(ssrInputFileName)
-        os.remove(blatInputFileName)
-        os.remove(obsOutputFileName)
-        os.remove(expOutputFileName)
-    
-    def _writeBlatInputFile(self, blatInputFileName):
-        file = open(blatInputFileName, 'w')
-        file.write('psLayout version 3\n')
-        file.write('\n')
-        file.write('match    mis-     rep.     N\'s    Q gap    Q gap    T gap    T gap    strand    Q            Q       Q        Q      T            T       T        T      block    blockSizes     qStarts     tStarts\n')
-        file.write('         match    match           count    bases    count    bases              name         size    start    end    name         size    start    end    count\n')
-        file.write('---------------------------------------------------------------------------------------------------------------------------------------------------------------\n')
-        file.write('315\t20\t0\t0\t3\t10\t2\t9\t+\tMRRE1H001H13FM1\t378\t0\t345\tchr16\t22053297\t21686950\t21687294\t4\t76,185,7,67,\t0,77,263,278,\t21686950,21687026,21687213,21687227,\n')
-        file.write('690\t11\t0\t0\t1\t3\t2\t4\t-\tmachin1\t704\t0\t704\tchr16\t22053297\t21736364\t21737069\t3\t40,647,14,\t0,43,690,\t21736364,21736406,21737055,\n')
-        file.write('554\t26\t0\t0\t1\t16\t1\t17\t-\tMRRE1H032F08FM1\t606\t10\t606\tchr11\t19818926\t3725876\t3726473\t2\t553,27,\t10,579,\t3725876,3726446,\n')
-        file.write('620\t23\t0\t0\t0\t0\t0\t0\t-\tmachin2\t643\t0\t643\tchr11\t19818926\t3794984\t3795627\t1\t643,\t0,\t3794984,\n')
-        file.write('347\t25\t0\t0\t0\t0\t0\t0\t-\tmachin3\t393\t21\t393\tchr18\t29360087\t12067347\t12067719\t1\t372,\t0,\t12067347,\n')
-        file.close()
-
-    def _writeSsrInputFile(self, ssrInputFileName):
-        file = open(ssrInputFileName, 'w')
-        file.write('BES_name    BES_redundancy    SSR_di/tri/tetranucleotide    SSR_Motif    SSR_Motif_number    SSR_start    SSR_end    BES_size\n')
-        file.write('truc1\t1\t4\tttta\t6\t272\t295\t724\n')
-        file.write('truc2\t1\t3\taat\t8\t264\t287\t683\n')
-        file.write('MRRE1H001H13FM1\t1\t2\tta\t19\t153\t190\t378\n')
-        file.write('truc3\t2\t4\taaag\t8\t518\t549\t734\n')
-        file.write('MRRE1H032F08FM1\t1\t4\taaat\t7\t544\t571\t606\n')
-        file.write('MRRE1H032F08FM1\t2\t2\tag\t10\t587\t606\t606\n')
-        file.write('truc4\t1\t2\tat\t16\t519\t550\t672\n')
-        file.write('truc5\t1\t3\ttct\t8\t205\t228\t752\n')
-        file.write('truc6\t1\t2\tat\t33\t287\t352\t569\n')
-        file.close()
-        
-    def _writeExpOutputFile(self, expOutputFileName):
-        file = open(expOutputFileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tCrossSsrAndBesAlignedByBlat\tSSR\t21687102\t21687139\t.\t+\t.\tID=SSR_MRRE1H001H13FM1_1;Name=SSR_MRRE1H001H13FM1_1;bes_name=MRRE1H001H13FM1;bes_size=378;bes_matchstart=0;bes_matchend=345;bes_redundancy=1;ssr_type=2;ssr_motif=ta;ssr_motif_number=19;ssr_start=153;ssr_end=190;muscadine_seq=tatatatatatatatatatatatatatatatatatata\n')
-        file.write('chr11\tCrossSsrAndBesAlignedByBlat\tSSR\t3725930\t3725903\t.\t-\t.\tID=SSR_MRRE1H032F08FM1_1;Name=SSR_MRRE1H032F08FM1_1;bes_name=MRRE1H032F08FM1;bes_size=606;bes_matchstart=10;bes_matchend=606;bes_redundancy=1;ssr_type=4;ssr_motif=aaat;ssr_motif_number=7;ssr_start=544;ssr_end=571;muscadine_seq=aaataaataaataaataaataaataaat\n')
-        file.write('chr11\tCrossSsrAndBesAlignedByBlat\tSSR\t3725887\t3725868\t.\t-\t.\tID=SSR_MRRE1H032F08FM1_2;Name=SSR_MRRE1H032F08FM1_2;bes_name=MRRE1H032F08FM1;bes_size=606;bes_matchstart=10;bes_matchend=606;bes_redundancy=2;ssr_type=2;ssr_motif=ag;ssr_motif_number=10;ssr_start=587;ssr_end=606;muscadine_seq=agagagagagagagagagag\n')
-        file.close()
-
-if __name__ == "__main__":
-    unittest.main()
-    
-        
\ No newline at end of file
--- a/commons/core/parsing/test/Test_F_VarscanToVCF.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,173 +0,0 @@
-import unittest
-import os
-from commons.core.parsing.VarscanToVCF import VarscanToVCF
-from commons.core.utils.FileUtils import FileUtils
-
-class Test_F_VarscanToVCF(unittest.TestCase):
-    
-    def setUp(self):
-        self.emptyVarscanFileName = "emptyfile.varscan"
-        self.varscanFileName = "%s/commons/core/parsing/test/data/sampleForTestVarscanToVCF.varscan" % os.environ["REPET_PATH"]
-        self.expVCFFileName = "expVCF.vcf"
-        self.obsVCFFileName = "obsVCF.vcf"
-        
-    def tearDown(self):
-        if os.path.exists(self.emptyVarscanFileName):
-            os.remove(self.emptyVarscanFileName)
-        os.remove(self.expVCFFileName)
-        os.remove(self.obsVCFFileName)
-        
-    def test_VarscanToVCF(self):
-        self._writeExpOutputFile()
-        iVarscanFile = VarscanToVCF(self.varscanFileName, self.obsVCFFileName, doClean = True)
-        iVarscanFile.run()
-        self.assertTrue(FileUtils.are2FilesIdentical(self.expVCFFileName, self.obsVCFFileName))
-       
-    def test_VarscanToVCF_empty(self):
-        self._writeInputFile_empty()
-        self._writeExpOutputFile_empty()
-        iVarscanFile = VarscanToVCF(self.emptyVarscanFileName, self.obsVCFFileName, doClean = True)
-        iVarscanFile.run()
-        self.assertTrue(FileUtils.are2FilesIdentical(self.expVCFFileName, self.obsVCFFileName))
-           
-    def _writeInputFile_empty(self):
-        with open(self.emptyVarscanFileName, "w") as varscanFileName:
-            varscanFileName.write("Chrom\tPosition\tRef\tCons\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\tMapQual1\tMapQual2\tReads1Plus\tReads1Minus\tReads2Plus\tReads2Minus\tVarAllele\n")
-            
-    def _writeExpOutputFile_empty(self):
-        with open(self.expVCFFileName, "w") as vcfFileName:   
-            vcfFileName.write("##fileformat=VCFv4.1\n")
-            vcfFileName.write("#CHROM\tPOS\tID\tREF\tALT\tQUAL\tFILTER\tINFO\n")
-   
-    def _writeExpOutputFile(self):
-        with open(self.expVCFFileName, "w") as vcfFileName:
-            vcfFileName.write("##fileformat=VCFv4.1\n")
-            vcfFileName.write("#CHROM\tPOS\tID\tREF\tALT\tQUAL\tFILTER\tINFO\n")
-            vcfFileName.write("chr1\t10759\t.\tC\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=47\n")
-            vcfFileName.write("chr1\t12438\t.\tC\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=62;ABQ=42\n")
-            vcfFileName.write("chr1\t17432\t.\tA\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=55;ABQ=37\n")
-            vcfFileName.write("chr1\t20391\t.\tA\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=56;ABQ=37\n")
-            vcfFileName.write("chr1\t21207\t.\tT\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=55;ABQ=41\n")
-            vcfFileName.write("chr1\t26057\t.\tT\tG\t0.087739243\t.\tAF=0.1538;DP=13;RBQ=60;ABQ=37\n")
-            vcfFileName.write("chr1\t36838\t.\tT\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=61;ABQ=36\n")
-            vcfFileName.write("chr1\t37751\t.\tA\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=42\n")
-            vcfFileName.write("chr1\t43500\t.\tC\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t50481\t.\tA\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=60;ABQ=40\n")
-            vcfFileName.write("chr1\t106849\t.\tC\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t108726\t.\tT\tA\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=50;ABQ=41\n")
-            vcfFileName.write("chr1\t114204\t.\tG\tC\t0.087739243\t.\tAF=0.3333;DP=6;RBQ=60;ABQ=39\n")
-            vcfFileName.write("chr1\t115030\t.\tA\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=57;ABQ=41\n")
-            vcfFileName.write("chr1\t116173\t.\tA\tG\t0.087739243\t.\tAF=0.2222;DP=9;RBQ=58;ABQ=39\n")
-            vcfFileName.write("chr1\t118433\t.\tG\tC\t0.087739243\t.\tAF=0.1429;DP=7;RBQ=64;ABQ=50\n")
-            vcfFileName.write("chr1\t119042\t.\tA\tG\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=55;ABQ=51\n")
-            vcfFileName.write("chr1\t139219\t.\tA\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=46\n")
-            vcfFileName.write("chr1\t140710\t.\tA\tG\t0.087739243\t.\tAF=0.1818;DP=11;RBQ=63;ABQ=41\n")
-            vcfFileName.write("chr1\t144419\t.\tT\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=63;ABQ=39\n")
-            vcfFileName.write("chr1\t146099\t.\tG\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=64;ABQ=38\n")
-            vcfFileName.write("chr1\t146435\t.\tT\tC\t0.087739243\t.\tAF=0.3889;DP=18;RBQ=60;ABQ=24\n")
-            vcfFileName.write("chr1\t147232\t.\tA\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=64;ABQ=39\n")
-            vcfFileName.write("chr1\t158703\t.\tA\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=60;ABQ=55\n")
-            vcfFileName.write("chr1\t166732\t.\tA\tT\t0.087739243\t.\tAF=0.3333;DP=6;RBQ=62;ABQ=24\n")
-            vcfFileName.write("chr1\t179887\t.\tC\tA\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=39\n")
-            vcfFileName.write("chr1\t185971\t.\tA\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=55;ABQ=40\n")
-            vcfFileName.write("chr1\t211074\t.\tA\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t219573\t.\tG\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=61;ABQ=41\n")
-            vcfFileName.write("chr1\t229396\t.\tC\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=57;ABQ=39\n")
-            vcfFileName.write("chr1\t236388\t.\tT\tG\t0.087739243\t.\tAF=0.2000;DP=10;RBQ=52;ABQ=32\n")
-            vcfFileName.write("chr1\t245990\t.\tG\tC\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=61;ABQ=46\n")
-            vcfFileName.write("chr1\t249155\t.\tC\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=62;ABQ=37\n")
-            vcfFileName.write("chr1\t261257\t.\tT\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=60;ABQ=39\n")
-            vcfFileName.write("chr1\t274692\t.\tA\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=63;ABQ=39\n")
-            vcfFileName.write("chr1\t283468\t.\tG\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=63;ABQ=45\n")
-            vcfFileName.write("chr1\t284288\t.\tT\tA\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=39\n")
-            vcfFileName.write("chr1\t286983\t.\tT\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=64;ABQ=37\n")
-            vcfFileName.write("chr1\t287378\t.\tC\tA\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=37\n")
-            vcfFileName.write("chr1\t302928\t.\tA\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=64;ABQ=38\n")
-            vcfFileName.write("chr1\t305952\t.\tC\tA\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=38\n")
-            vcfFileName.write("chr1\t307932\t.\tT\tC\t0.087739243\t.\tAF=0.2000;DP=5;RBQ=65;ABQ=42\n")
-            vcfFileName.write("chr1\t317422\t.\tG\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=57;ABQ=40\n")
-            vcfFileName.write("chr1\t321480\t.\tA\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=64;ABQ=38\n")
-            vcfFileName.write("chr1\t322307\t.\tA\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=37\n")
-            vcfFileName.write("chr1\t328326\t.\tG\tC\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=62;ABQ=52\n")
-            vcfFileName.write("chr1\t333138\t.\tT\tG\t0.087739243\t.\tAF=0.4000;DP=5;RBQ=63;ABQ=24\n")
-            vcfFileName.write("chr1\t333388\t.\tT\tC\t0.087739243\t.\tAF=0.2000;DP=5;RBQ=64;ABQ=43\n")
-            vcfFileName.write("chr1\t335592\t.\tT\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=58;ABQ=39\n")
-            vcfFileName.write("chr1\t336572\t.\tC\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=58;ABQ=38\n")
-            vcfFileName.write("chr1\t347396\t.\tT\tG\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=62;ABQ=52\n")
-            vcfFileName.write("chr1\t359080\t.\tT\tG\t0.087739243\t.\tAF=0.2000;DP=5;RBQ=61;ABQ=42\n")
-            vcfFileName.write("chr1\t360223\t.\tA\tT\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=54;ABQ=52\n")
-            vcfFileName.write("chr1\t361047\t.\tT\tG\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=62;ABQ=50\n")
-            vcfFileName.write("chr1\t366048\t.\tA\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=39\n")
-            vcfFileName.write("chr1\t368105\t.\tA\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=55;ABQ=40\n")
-            vcfFileName.write("chr1\t373782\t.\tT\tA\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=41\n")
-            vcfFileName.write("chr1\t378159\t.\tG\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=63;ABQ=41\n")
-            vcfFileName.write("chr1\t383945\t.\tC\tG\t0.087739243\t.\tAF=0.1111;DP=9;RBQ=58;ABQ=57\n")
-            vcfFileName.write("chr1\t389461\t.\tA\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=36\n")
-            vcfFileName.write("chr1\t396860\t.\tG\tT\t0.087739243\t.\tAF=0.2000;DP=5;RBQ=65;ABQ=43\n")
-            vcfFileName.write("chr1\t397170\t.\tA\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=36\n")
-            vcfFileName.write("chr1\t399939\t.\tA\tC\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=63;ABQ=46\n")
-            vcfFileName.write("chr1\t400733\t.\tG\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=41\n")
-            vcfFileName.write("chr1\t401165\t.\tA\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=41\n")
-            vcfFileName.write("chr1\t406774\t.\tT\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=58;ABQ=39\n")
-            vcfFileName.write("chr1\t417293\t.\tC\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=55\n")
-            vcfFileName.write("chr1\t417723\t.\tG\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=49\n")
-            vcfFileName.write("chr1\t420308\t.\tC\tA\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=36\n")
-            vcfFileName.write("chr1\t435579\t.\tC\tT\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=40\n")
-            vcfFileName.write("chr1\t437183\t.\tG\tA\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=39\n")
-            vcfFileName.write("chr1\t437194\t.\tA\tT\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=41\n")
-            vcfFileName.write("chr1\t438866\t.\tG\tC\t0.087739243\t.\tAF=0.1429;DP=7;RBQ=62;ABQ=52\n")
-            vcfFileName.write("chr1\t446237\t.\tT\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=39\n")
-            vcfFileName.write("chr1\t446308\t.\tA\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=50;ABQ=38\n")
-            vcfFileName.write("chr1\t452322\t.\tA\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=36\n")
-            vcfFileName.write("chr1\t462721\t.\tT\tG\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=58;ABQ=41\n")
-            vcfFileName.write("chr1\t477145\t.\tC\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=64;ABQ=39\n")
-            vcfFileName.write("chr1\t493772\t.\tG\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t498962\t.\tC\tA\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=41\n")
-            vcfFileName.write("chr1\t510532\t.\tT\tC\t0.087739243\t.\tAF=0.2000;DP=5;RBQ=64;ABQ=53\n")
-            vcfFileName.write("chr1\t516369\t.\tT\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=34;ABQ=40\n")
-            vcfFileName.write("chr1\t523631\t.\tG\tT\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=64;ABQ=40\n")
-            vcfFileName.write("chr1\t524680\t.\tC\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=41\n")
-            vcfFileName.write("chr1\t525898\t.\tT\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=62;ABQ=49\n")
-            vcfFileName.write("chr1\t526118\t.\tA\tC\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=61;ABQ=50\n")
-            vcfFileName.write("chr1\t535762\t.\tC\tT\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=42\n")
-            vcfFileName.write("chr1\t543235\t.\tG\tT\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=45;ABQ=41\n")
-            vcfFileName.write("chr1\t550086\t.\tT\tC\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=50;ABQ=41\n")
-            vcfFileName.write("chr1\t550508\t.\tA\tG\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=55;ABQ=40\n")
-            vcfFileName.write("chr1\t551143\t.\tG\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=39\n")
-            vcfFileName.write("chr1\t552924\t.\tA\tG\t0.087739243\t.\tAF=0.2500;DP=8;RBQ=62;ABQ=38\n")
-            vcfFileName.write("chr1\t553541\t.\tA\tG\t0.087739243\t.\tAF=0.1250;DP=8;RBQ=65;ABQ=52\n")
-            vcfFileName.write("chr1\t560806\t.\tT\tC\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=65;ABQ=49\n")
-            vcfFileName.write("chr1\t562736\t.\tC\tG\t0.087739243\t.\tAF=0.1667;DP=6;RBQ=64;ABQ=52\n")
-            vcfFileName.write("chr1\t563224\t.\tT\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=51;ABQ=39\n")
-            vcfFileName.write("chr1\t564217\t.\tT\tA\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=62;ABQ=40\n")
-            vcfFileName.write("chr1\t567288\t.\tC\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t569652\t.\tT\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=48;ABQ=42\n")
-            vcfFileName.write("chr1\t570280\t.\tG\tT\t0.087739243\t.\tAF=0.1250;DP=8;RBQ=60;ABQ=53\n")
-            vcfFileName.write("chr1\t582185\t.\tT\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=63;ABQ=40\n")
-            vcfFileName.write("chr1\t582453\t.\tG\tC\t0.087739243\t.\tAF=0.5000;DP=2;RBQ=65;ABQ=38\n")
-            vcfFileName.write("chr1\t583477\t.\tT\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=62;ABQ=39\n")
-            vcfFileName.write("chr1\t584179\t.\tG\tT\t0.087739243\t.\tAF=0.2500;DP=4;RBQ=65;ABQ=41\n")
-            vcfFileName.write("chr1\t589074\t.\tG\tC\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=36\n")
-            vcfFileName.write("chr1\t596641\t.\tC\tG\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=65;ABQ=40\n")
-            vcfFileName.write("chr1\t599263\t.\tG\tT\t0.087739243\t.\tAF=0.3333;DP=3;RBQ=60;ABQ=38\n")
-                     
-##fileDate=20090805
-##source=myImputationProgramV3.1
-##reference=1000Gchr1    10759    .    C    T    0.087739243    .    AF=33.33%;DP=3enomesPilot-NCBI36
-##phasing=partial
-##INFO=<ID=NS,Number=1,Type=Integer,Description="Number of Samples With Data">
-##INFO=<ID=DP,Number=1,Type=Integer,Description="Total Depth">
-##INFO=<ID=AF,Number=.,Type=Float,Description="Allele Frequency">
-##INFO=<ID=AA,Number=1,Type=String,Description="Ancestral Allele">
-##INFO=<ID=DB,Number=0,Type=Flag,Description="dbSNP membership, build 129">
-##INFO=<ID=H2,Number=0,Type=Flag,Description="HapMap2 membership">
-##FILTER=<ID=q10,Description="Quality below 10">
-##FILTER=<ID=s50,Description="Less than 50% of samples have data">
-##FORMAT=<ID=GT,Number=1,Type=String,Description="Genotype">
-##FORMAT=<ID=GQ,Number=1,Type=Integer,Description="Genotype Quality">
-##FORMAT=<ID=DP,Number=1,Type=Integer,Description="Read Depth">
-##FORMAT=<ID=HQ,Number=2,Type=Integer,Description="Haplotype Quality">
-            
-if __name__ == "__main__":
-    unittest.main()
-    
\ No newline at end of file
--- a/commons/core/parsing/test/Test_FastaParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,75 +0,0 @@
-from commons.core.parsing.FastaParser import FastaParser
-from SMART.Java.Python.structure.Sequence import Sequence
-import unittest
-
-class Test_FastaParser(unittest.TestCase):
-
-    def test_getSubsequence(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        chromosome = "1"
-        expSeq = Sequence("1:1-20 (1)", "CCTAAGCCATTGCTTGGTGA")
-        obsSeq = parser.getSubSequence(chromosome, 1, 20, 1)
-        self.assertEquals(expSeq, obsSeq)
-
-    def test_getSubsequence_long_sequence(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        chromosome = "2"
-        expSeq = Sequence("subsequence", "TGAAGA")
-        obsSeq = parser.getSubSequence(chromosome, 55, 60, 1, "subsequence")
-        self.assertEquals(expSeq, obsSeq)
-
-    def test_getSubsequence_long_sequence_inside_and_outside(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        chromosome = "2"
-        expSeq = Sequence("subsequence", "TTA")
-        obsSeq = parser.getSubSequence(chromosome, 137, 151, 1, "subsequence")
-        self.assertEquals(expSeq, obsSeq)
-
-    def test_getSubsequence_long_sequence_last_letter(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        chromosome = "2"
-        expSeq = Sequence("subsequence", "A")
-        obsSeq = parser.getSubSequence(chromosome, 139, 151, 1, "subsequence")
-        self.assertEquals(expSeq, obsSeq)
-
-    def test_getSubsequence_long_sequence_totally_outside(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        chromosome = "2"
-        isSysExit = False
-        try:
-            parser.getSubSequence(chromosome, 140, 151, 1, "subsequence")
-        except:
-            isSysExit = True
-        self.assertTrue(isSysExit)
-        
-    def test_setTags(self):
-        fastaFile = "myFastaInput.fasta"
-        self._writeInputFastaFile(fastaFile)
-        parser = FastaParser(fastaFile)
-        parser.setTags()
-        expTags = {"1" : 0,
-                   "2" : 54}
-        obsTags = parser.getTags()
-        self.assertEquals(expTags, obsTags)
-        
-    def _writeInputFastaFile(self, fastaFile):
-        myHandler = open(fastaFile, 'w')
-        myHandler.write(">1\n")
-        myHandler.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAAT\n")
-        myHandler.write(">2\n")
-        myHandler.write("TATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG\n")
-        myHandler.write("GACCTGAAGAAATTCCTGATTGTACGTTCTGGTTACTCTTCAATTTGGGC\n")
-        myHandler.write("TGCTTAATTATCTCCTCAATTTCAATTTGGCCATGCTTA\n")
-
-if __name__ == "__main__":
-    unittest.main()
--- a/commons/core/parsing/test/Test_FindRep.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,108 +0,0 @@
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-from xml.sax import make_parser
-from xml.sax.handler import feature_namespaces
-from commons.core.parsing.FindRep import FindRep
-
-
-class Test_FindRep(unittest.TestCase):
-    def setUp(self):
-        self._mrepsOuputFileName = "output.xml"
-        self._obsSetFileName = "obsOuput.set"
-        self._expSetFileName = "expOuput.set"
-        self._writeExpSet(self._expSetFileName)
-        self._writeMrepsOutput(self._mrepsOuputFileName)
- 
-    def tearDown(self):
-        os.remove(self._expSetFileName)
-        os.remove(self._obsSetFileName)
-        os.remove(self._mrepsOuputFileName)
-    
-    def test_parse(self):
-        xmlParser = make_parser()
-        xmlParser.setFeature( feature_namespaces, 0 )
-        xmlParser.setContentHandler( FindRep( self._obsSetFileName,0,  0 ) )
-        xmlParser.parse( self._mrepsOuputFileName )
-        self.assertTrue(FileUtils.are2FilesIdentical(self._obsSetFileName, self._expSetFileName))  
-    
-    def _writeExpSet(self, fileName):
-        f = open(fileName, "w")
-        f.write("1\t(tatt)3\tseq1\t4\t16\n")
-        f.write("2\t(tatt)3\tseq1\t23\t35\n")
-        f.write("3\t(tatt)3\tseq1\t42\t54\n")
-        f.close()
-        
-    def _writeMrepsOutput(self, fileName):
-        f = open(fileName, "w")
-        f.write("<?xml version='1.0' encoding='UTF-8' ?>\n")
-        f.write("<mreps>\n")
-        f.write("<time>Thu Dec  1 17:25:54 2011\n")
-        f.write("</time>\n")
-        f.write("<parameters>\n")
-        f.write("    <type-of-input>file in fasta format</type-of-input>\n")
-        f.write("    <err>3</err>\n")
-        f.write("    <from>1</from>\n")
-        f.write("    <to>-1</to>\n")
-        f.write("    <win>-1</win>\n")
-        f.write("    <minsize>1</minsize>\n")
-        f.write("    <maxsize>-1</maxsize>\n")
-        f.write("    <minperiod>1</minperiod>\n")
-        f.write("   <maxperiod>-1</maxperiod>\n")
-        f.write("   <minexponent>3.00</minexponent>\n")
-        f.write("</parameters>\n")
-        f.write("<results>\n")
-        f.write("<sequence-name>seq1</sequence-name>\n")
-        f.write("<repetitions>\n")
-        f.write("<window>\n")
-        f.write("<windowstart>1</windowstart>\n")
-        f.write("<windowend>60</windowend>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>4</start>\n")
-        f.write("        <end>16</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("       <period>4</period>\n")
-        f.write("       <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>23</start>\n")
-        f.write("        <end>35</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("        <period>4</period>\n")
-        f.write("        <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>42</start>\n")
-        f.write("       <end>54</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("        <period>4</period>\n")
-        f.write("        <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("<nbofreps>3</nbofreps>\n")
-        f.write("</window>\n")
-        f.write("</repetitions>\n")
-        f.write("</results>\n")
-        f.write("<errorcode>0</errorcode>\n")
-        f.write("</mreps>\n")
-        f.close()
--- a/commons/core/parsing/test/Test_GffParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,62 +0,0 @@
-import unittest
-from commons.core.parsing.GffParser import GffParser
-
-
-class Test_GffParser(unittest.TestCase):
-    
-
-    def test_Parser(self):
-        parser = GffParser("data/testGffParser1.gff3")
-
-        self.assertEqual(parser.getNbTranscripts(), 3)
-
-        cpt = 0
-        for transcript in parser.getIterator():
-            cpt += 1
-            if cpt == 1:
-                self.assertEqual(transcript.getChromosome(), "arm_X")
-                self.assertEqual(transcript.getName(), "test1")
-                self.assertEqual(transcript.getStart(), 1000)
-                self.assertEqual(transcript.getEnd(), 2000)
-                self.assertEqual(transcript.getDirection(), 1)
-                self.assertEqual(transcript.getNbExons(), 1)
-                self.assertEqual(transcript.getTagValue("field"), "value1")
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "arm_X")
-                self.assertEqual(exons[0].getStart(), 1000)
-                self.assertEqual(exons[0].getEnd(), 2000)
-                self.assertEqual(exons[0].getDirection(), 1)
-                self.assertEqual(transcript.getSize(), 1001)
-            elif cpt == 2:
-                self.assertEqual(transcript.getChromosome(), "arm_X")
-                self.assertEqual(transcript.getName(), "test2")
-                self.assertEqual(transcript.getStart(), 10000)
-                self.assertEqual(transcript.getEnd(), 20000)
-                self.assertEqual(transcript.getDirection(), -1)
-                self.assertEqual(transcript.getNbExons(), 2)
-                self.assertEqual(transcript.getTagValue("field"), "value2")
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "arm_X")
-                self.assertEqual(exons[0].getStart(), 10000)
-                self.assertEqual(exons[0].getEnd(), 10100)
-                self.assertEqual(exons[0].getDirection(), -1)
-                self.assertEqual(transcript.getSize(), 9602)
-            if cpt == 3:
-                self.assertEqual(transcript.getChromosome(), "arm_X")
-                self.assertEqual(transcript.getName(), "test1.1")
-                self.assertEqual(transcript.getStart(), 1000)
-                self.assertEqual(transcript.getEnd(), 2000)
-                self.assertEqual(transcript.getDirection(), 1)
-                self.assertEqual(transcript.getNbExons(), 1)
-                self.assertEqual(transcript.getTagValue("ID"), "test1.1-1")
-                exons = transcript.getExons()
-                self.assertEqual(exons[0].getChromosome(), "arm_X")
-                self.assertEqual(exons[0].getStart(), 1000)
-                self.assertEqual(exons[0].getEnd(), 2000)
-                self.assertEqual(exons[0].getDirection(), 1)
-                self.assertEqual(transcript.getSize(), 1001)
-
-
-if __name__ == '__main__':
-        unittest.main()
-
--- a/commons/core/parsing/test/Test_MapParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,53 +0,0 @@
-import unittest
-import os
-from commons.core.parsing.MapParser import MapParser
-
-class Test_MapParser(unittest.TestCase):
-
-    
-    def setUp(self):
-        self.inputMapFileName = "testMapParser.map"
-        self._writeInputMapFile()
-        
-    def tearDown(self):
-        if os.path.exists(self.inputMapFileName):
-            os.remove(self.inputMapFileName)
-    
-    def test_Parser(self):
-        parser = MapParser(self.inputMapFileName)
-        
-        cpt = 0
-        for transcript in parser.getIterator():
-            cpt += 1
-            if cpt == 1:
-                self.assertEqual(transcript.getChromosome(), "dmel_chr4")
-                self.assertEqual(transcript.getName(), "aagatgcgtaacggccatac_17")
-                self.assertEqual(transcript.getStart(), 4380)
-                self.assertEqual(transcript.getEnd(), 4400)
-                self.assertEqual(transcript.getDirection(), 1)
-                self.assertEqual(transcript.getSize(), 21)
-            elif cpt == 10:
-                self.assertEqual(transcript.getChromosome(), "dmel_chr4")
-                self.assertEqual(transcript.getName(), "aacggccatacattggtttg_12")
-                self.assertEqual(transcript.getStart(), 4389)
-                self.assertEqual(transcript.getEnd(), 4409)
-                self.assertEqual(transcript.getDirection(), 1)
-                self.assertEqual(transcript.getSize(), 21)
-                
-                
-    def _writeInputMapFile(self):
-        inputFile = open(self.inputMapFileName,'w')
-        inputFile.write("aagatgcgtaacggccatac_17\tdmel_chr4\t4380\t4400\n")
-        inputFile.write("agatgcgtaacggccataca_16\tdmel_chr4\t4381\t4401\n")
-        inputFile.write("gatgcgtaacggccatacat_16\tdmel_chr4\t4382\t4402\n")
-        inputFile.write("atgcgtaacggccatacatt_15\tdmel_chr4\t4383\t4403\n")
-        inputFile.write("tgcgtaacggccatacattg_15\tdmel_chr4\t4384\t4404\n")
-        inputFile.write("gcgtaacggccatacattgg_15\tdmel_chr4\t4385\t4405\n")
-        inputFile.write("cgtaacggccatacattggt_14\tdmel_chr4\t4386\t4406\n")
-        inputFile.write("gtaacggccatacattggtt_14\tdmel_chr4\t4387\t4407\n")
-        inputFile.write("taacggccatacattggttt_14\tdmel_chr4\t4388\t4408\n")
-        inputFile.write("aacggccatacattggtttg_12\tdmel_chr4\t4389\t4409\n")
-        inputFile.close()
-
-if __name__ == '__main__':
-        unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_MrepsToSet.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,105 +0,0 @@
-import unittest
-import os
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.parsing.MrepsToSet import MrepsToSet
-
-class Test_MrepsToSet(unittest.TestCase):
-    def setUp(self):
-        self._mrepsInputFileName = "mrepsInput.fa"
-        self._mrepsOuputFileName = "mrepsOutput.xml"
-        self._obsSetFileName = "obsOuput.set"
-        self._expSetFileName = "expOuput.set"
-        
-        self._writeExpSet(self._expSetFileName)
-        self._writeMrepsOutput(self._mrepsOuputFileName)
- 
-    def tearDown(self):
-        os.remove(self._expSetFileName)
-        os.remove(self._obsSetFileName)
-        os.remove(self._mrepsOuputFileName)
-    
-    def test_convert(self):
-        iMrepsToSet = MrepsToSet(self._mrepsInputFileName, self._mrepsOuputFileName, self._obsSetFileName)
-        iMrepsToSet.run()
-        self.assertTrue(FileUtils.are2FilesIdentical(self._obsSetFileName, self._expSetFileName))  
-    
-    def _writeExpSet(self, fileName):
-        f = open(fileName, "w")
-        f.write("1\t(tatt)3\tseq1\t4\t16\n")
-        f.write("2\t(tatt)3\tseq1\t23\t35\n")
-        f.write("3\t(tatt)3\tseq1\t42\t54\n")
-        f.close()
-        
-    def _writeMrepsOutput(self, fileName):
-        f = open(fileName, "w")
-        f.write("<?xml version='1.0' encoding='UTF-8' ?>\n")
-        f.write("<mreps>\n")
-        f.write("<time>Thu Dec  1 17:25:54 2011\n")
-        f.write("</time>\n")
-        f.write("<parameters>\n")
-        f.write("    <type-of-input>file in fasta format</type-of-input>\n")
-        f.write("    <err>3</err>\n")
-        f.write("    <from>1</from>\n")
-        f.write("    <to>-1</to>\n")
-        f.write("    <win>-1</win>\n")
-        f.write("    <minsize>1</minsize>\n")
-        f.write("    <maxsize>-1</maxsize>\n")
-        f.write("    <minperiod>1</minperiod>\n")
-        f.write("   <maxperiod>-1</maxperiod>\n")
-        f.write("   <minexponent>3.00</minexponent>\n")
-        f.write("</parameters>\n")
-        f.write("<results>\n")
-        f.write("<sequence-name>seq1</sequence-name>\n")
-        f.write("<repetitions>\n")
-        f.write("<window>\n")
-        f.write("<windowstart>1</windowstart>\n")
-        f.write("<windowend>60</windowend>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>4</start>\n")
-        f.write("        <end>16</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("       <period>4</period>\n")
-        f.write("       <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>23</start>\n")
-        f.write("        <end>35</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("        <period>4</period>\n")
-        f.write("        <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("    <repeat>\n")
-        f.write("        <start>42</start>\n")
-        f.write("       <end>54</end>\n")
-        f.write("        <length>13</length>\n")
-        f.write("        <period>4</period>\n")
-        f.write("        <exponent>3.25</exponent>\n")
-        f.write("        <score>0.000</score>\n")
-        f.write("        <sequence>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>tatt</unit>\n")
-        f.write("            <unit>t</unit>\n")
-        f.write("        </sequence>\n")
-        f.write("    </repeat>\n")
-        f.write("<nbofreps>3</nbofreps>\n")
-        f.write("</window>\n")
-        f.write("</repetitions>\n")
-        f.write("</results>\n")
-        f.write("<errorcode>0</errorcode>\n")
-        f.write("</mreps>\n")
-        f.close()
--- a/commons/core/parsing/test/Test_Multifasta2SNPFile.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,1786 +0,0 @@
-import os
-import shutil
-import unittest
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.parsing.Multifasta2SNPFile import Multifasta2SNPFile
-from commons.core.parsing.Multifasta2SNPFile import ReferenceBioseqAndLinesBioseqDBWrapper
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.seq.BioseqDB import BioseqDB
-from smac_pipe.tests.Utils4Test import Utils4Test
-
-
-class Test_Multifasta2SNPFile(unittest.TestCase):
-# TODO TEST LOGFILE
-    def setUp(self):
-        os.chdir("%s/commons/core/parsing/test/" % os.environ["REPET_PATH"])
-        self._inFileName = "multifasta_input.fasta"
-        
-        self._expSubSNPFileName = "%s/commons/core/parsing/test/expSubSNP.csv" % os.environ["REPET_PATH"]
-        self._expAlleleFileName = "%s/commons/core/parsing/test/expAllele.csv" % os.environ["REPET_PATH"]
-        
-        self._expIndividualFileName = "%s/commons/core/parsing/test/expIndividual.csv" % os.environ["REPET_PATH"]
-        self._expSequenceFSAFileName = "%s/commons/core/parsing/test/expSequences.fsa" % os.environ["REPET_PATH"]
-        self._expSequenceCSVFileName = "%s/commons/core/parsing/test/expSequences.csv" % os.environ["REPET_PATH"]
-        self._expBatchFileName = "%s/commons/core/parsing/test/expBatch.txt" % os.environ["REPET_PATH"]
-        self._expBatchLineFileName = "%s/commons/core/parsing/test/expBatchLine.csv" % os.environ["REPET_PATH"]
-        
-        self._realInputFileName = "data/real_multifasta_input.fasta"
-        self._realExpSubSNPFileName = "data/realExpSubSNP.csv"
-        self._realExpSequenceFSAFileName = "data/realExpSequences.fsa"
-        self._realExpBatchLineFileName = "data/realExpBatchLine.csv"
-        self._realExpIndividualFileName = "data/realExpIndividual.csv"
-        
-        self._inputDirSeveralBatches = "%s/commons/core/parsing/test/severalBatchDir" % os.environ["REPET_PATH"]
-        
-        self._obsSubSNPFileName = "SubSNP.csv"
-        self._obsAlleleFileName = "Allele.csv"
-        self._obsIndividualFileName = "Individual.csv"
-        self._obsSequenceFSAFileName = "Sequences.fsa"
-        self._obsSequenceCSVFileName = "Sequences.csv"
-        self._obsBatchFileName = "Batch.txt"
-        self._obsBatchLineFileName = "BatchLine.csv"
-        
-        self._fileUtils = FileUtils()
-
-    def tearDown(self):
-        os.chdir("%s/commons/core/parsing/test/" % os.environ["REPET_PATH"])
-        logFileName = "multifasta2SNP.log"
-        if self._fileUtils.isRessourceExists(self._inFileName):
-            os.remove(self._inFileName)
-        if self._fileUtils.isRessourceExists(self._obsSubSNPFileName):
-            os.remove(self._obsSubSNPFileName)
-        if self._fileUtils.isRessourceExists(self._obsSubSNPFileName + "_filtered"):
-            os.remove(self._obsSubSNPFileName + "_filtered")
-        if self._fileUtils.isRessourceExists(self._obsAlleleFileName):
-            os.remove(self._obsAlleleFileName)
-        if self._fileUtils.isRessourceExists(self._obsIndividualFileName):
-            os.remove(self._obsIndividualFileName)
-        if self._fileUtils.isRessourceExists(self._obsSequenceFSAFileName):
-            os.remove(self._obsSequenceFSAFileName)
-        if self._fileUtils.isRessourceExists(self._obsSequenceCSVFileName):
-            os.remove(self._obsSequenceCSVFileName)
-        if self._fileUtils.isRessourceExists(self._obsBatchFileName):
-            os.remove(self._obsBatchFileName)
-        if self._fileUtils.isRessourceExists(self._obsBatchLineFileName):
-            os.remove(self._obsBatchLineFileName)
-
-        if self._fileUtils.isRessourceExists(self._expSubSNPFileName):        
-            os.remove(self._expSubSNPFileName)
-        if self._fileUtils.isRessourceExists(self._realExpSubSNPFileName + "_filtered"):        
-            os.remove(self._realExpSubSNPFileName + "_filtered")
-        if self._fileUtils.isRessourceExists(self._expAlleleFileName):
-            os.remove(self._expAlleleFileName)
-        if self._fileUtils.isRessourceExists(self._expIndividualFileName):
-            os.remove(self._expIndividualFileName)
-        if self._fileUtils.isRessourceExists(self._expSequenceFSAFileName):
-            os.remove(self._expSequenceFSAFileName)
-        if self._fileUtils.isRessourceExists(self._expSequenceCSVFileName):
-            os.remove(self._expSequenceCSVFileName)
-        if self._fileUtils.isRessourceExists(self._expBatchFileName):
-            os.remove(self._expBatchFileName)
-        if self._fileUtils.isRessourceExists(self._expBatchLineFileName):
-            os.remove(self._expBatchLineFileName)
-            
-        if self._fileUtils.isRessourceExists(logFileName):
-            os.remove(logFileName)
-        if self._fileUtils.isRessourceExists(self._inputDirSeveralBatches):
-            shutil.rmtree(self._inputDirSeveralBatches)
-            
-            
-    def test_runOneBatch(self):
-        self._writeInputFile()
-        self._writeExpSubSNPFile()
-        self._writeExpAlleleFile()
-        self._writeExpIndividualFile()
-        self._writeExpSequenceFile()
-        self._writeExpBatchFile()
-        self._writeExpBatchLineFile()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana", "Batch1", "methyltransferase")
-        multifasta2SNPFile.runOneBatch(self._inFileName)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFileName, self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFileName, self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFileName, self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFileName, self._obsSubSNPFileName))             
-
-    def test_runOneBatch_with_a_real_input_file(self):
-        self._writeRealExpAlleleFile()
-        self._writeRealExpSequenceCSVFile()
-        self._writeRealExpBatchFile()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Pinus pinaster", "INRA_Pinus_pinaster_HDZ31-1", "PpHDZ31")
-        multifasta2SNPFile.runOneBatch(self._realInputFileName)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._realExpIndividualFileName, self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._realExpSequenceFSAFileName, self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._realExpBatchLineFileName, self._obsBatchLineFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._realExpSubSNPFileName , self._obsSubSNPFileName))
-        
-    def test_runOneBatch_with_errors_in_refSeq(self):
-        self._writeInputFileWithSeqErrorsInRefSeq()
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana", "Batch1", "methyltransferase")
-        self.assertRaises(Exception, multifasta2SNPFile.runOneBatch, self._inFileName, self._obsSubSNPFileName)
-
-    def test_runOneBatch_with_errors_in_lineSeq(self):
-        self._writeInputFileWithSeqErrorsInOneLineSeq()
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana", "Batch1", "methyltransferase")
-        self.assertRaises(Exception, multifasta2SNPFile.runOneBatch, self._inFileName, self._obsSubSNPFileName)
-
-    def test_runOneBatch_with_a_several_lineSeq(self):
-        self._writeInputFileWithASeveralLineSeq()
-        self._writeExpSubSNPFileSeveralLineSeq()
-        self._writeExpAlleleFile()
-        self._writeExpIndividualFile()
-        self._writeExpSequenceFileSeveralLineSeq()
-        self._writeExpBatchFile()
-        self._writeExpBatchLineFile()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana", "Batch1", "methyltransferase")
-        multifasta2SNPFile.runOneBatch(self._inFileName)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFileName, self._obsSubSNPFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFileName, self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFileName, self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFileName, self._obsBatchLineFileName))
-
-    def test_runOneBatch_with_2_seqs_with_the_same_name(self):
-        self._writeInputFileWith2SeqsWithTheSameName()
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        isSysExitRaised = False
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        
-        try:
-            multifasta2SNPFile.runOneBatch(self._inFileName)
-        except SystemExit:
-            isSysExitRaised = True
-            
-        self.assertTrue(isSysExitRaised)
-    
-    def test_runOneBatch_with_indels_and_snps(self):
-        self._writeInputFileWithSnpsAndIndels()
-        self._writeExpSubSNPFileWithSnpsAndIndels()
-        self._writeExpAlleleFileWithSnpsAndIndels()
-        self._writeExpIndividualFile()
-        self._writeExpSequenceFileWithDeletion()
-        self._writeExpBatchFile()
-        self._writeExpBatchLineFile()
-        
-        batchName = "Batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        multifasta2SNPFile.runOneBatch(self._inFileName)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFileName, self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFileName, self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFileName, self._obsBatchLineFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFileName, self._obsSubSNPFileName))
-        
-    def test_runOneBatchWithPotentialDooblons(self):
-        self._writeInputFileBatchWithPotentialDooblons()
-        
-        batchName = "Batch_AU247387"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        multifasta2SNPFile.runOneBatch(self._inFileName)
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFileName))
-        
-        expSubSNPFile = "data/ExpPotDooblonsSubSNP.csv"
-        
-        Utils4Test.removeOneSpecifiedColumn(expSubSNPFile, ";", 8)
-        Utils4Test.removeOneSpecifiedColumn(self._obsSubSNPFileName, ";", 8)
-        
-        Utils4Test.removeOneSpecifiedColumn(expSubSNPFile + "_filtered", ";", 9)
-        Utils4Test.removeOneSpecifiedColumn(self._obsSubSNPFileName + "_filtered", ";", 9)
-        
-        Utils4Test.removeOneSpecifiedColumn(expSubSNPFile + "_filtered_filtered", ";", 13)
-        Utils4Test.removeOneSpecifiedColumn(self._obsSubSNPFileName + "_filtered_filtered", ";", 13)
-        
-        comparableExpSubSNPFile =  expSubSNPFile + "_filtered_filtered_filtered"
-        comparableObsSubSNPFile = self._obsSubSNPFileName +  "_filtered_filtered_filtered"
-        
-        self.assertTrue(FileUtils.isRessourceExists(comparableExpSubSNPFile))
-        self.assertTrue(FileUtils.isRessourceExists(comparableObsSubSNPFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(comparableExpSubSNPFile, comparableObsSubSNPFile))
-        
-        if(self._fileUtils.isRessourceExists(self._obsSubSNPFileName + "_filtered")):
-            os.remove(self._obsSubSNPFileName + "_filtered")
-        if(self._fileUtils.isRessourceExists(expSubSNPFile + "_filtered")):
-            os.remove(expSubSNPFile + "_filtered")
-            
-        if(self._fileUtils.isRessourceExists(self._obsSubSNPFileName + "_filtered_filtered")):
-            os.remove(self._obsSubSNPFileName + "_filtered_filtered")
-        if(self._fileUtils.isRessourceExists(expSubSNPFile + "_filtered_filtered")):
-            os.remove(expSubSNPFile + "_filtered_filtered")
-            
-        if self._fileUtils.isRessourceExists(comparableExpSubSNPFile):
-            os.remove(comparableExpSubSNPFile)
-        if self._fileUtils.isRessourceExists(comparableObsSubSNPFile):
-            os.remove(comparableObsSubSNPFile)
-    
-    def test_runSeveralBatches(self):
-        self._writeInputFileSeveralBatches()
-        self._writeExpSubSNPFileSeveralBatches()
-        self._writeExpAlleleFileSeveralBatches()
-        self._writeExpIndividualFile()
-        self._writeExpSequenceSeveralBatches()
-        self._writeExpBatchFileSeveralBatches()
-        self._writeExpBatchLineFileSeveralBatches()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana")
-        multifasta2SNPFile.runSeveralBatches(self._inputDirSeveralBatches)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._inputDirSeveralBatches + "/" + self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" +self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFileName, self._inputDirSeveralBatches + "/" + self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFileName, self._inputDirSeveralBatches + "/" + self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._inputDirSeveralBatches + "/" + self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._inputDirSeveralBatches + "/" + self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFileName, self._inputDirSeveralBatches + "/" + self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFileName, self._inputDirSeveralBatches + "/" + self._obsSubSNPFileName))
-    
-    def test_runSeveralBatches_different_lines_between_files(self):
-        self._writeInputFileSeveralBatches_different_lines_between_files()
-        self._writeExpSubSNPFileSeveralBatches_different_lines_between_files()
-        self._writeExpAlleleFileSeveralBatches()
-        self._writeExpIndividualFile_different_lines_between_files()
-        self._writeExpSequenceSeveralBatches()
-        self._writeExpBatchFileSeveralBatches()
-        self._writeExpBatchLineFileSeveralBatches_different_lines_between_files()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana")
-        multifasta2SNPFile.runSeveralBatches(self._inputDirSeveralBatches)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsAlleleFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFileName, self._inputDirSeveralBatches + "/" + self._obsAlleleFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" +self._obsIndividualFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFileName, self._inputDirSeveralBatches + "/" + self._obsIndividualFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSequenceFSAFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFileName, self._inputDirSeveralBatches + "/" + self._obsSequenceFSAFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSequenceCSVFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFileName, self._inputDirSeveralBatches + "/" + self._obsSequenceCSVFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsBatchFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFileName, self._inputDirSeveralBatches + "/" + self._obsBatchFileName))
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFileName, self._inputDirSeveralBatches + "/" + self._obsBatchLineFileName))
-        self.assertTrue(FileUtils.isRessourceExists(self._inputDirSeveralBatches + "/" + self._obsSubSNPFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFileName, self._inputDirSeveralBatches + "/" + self._obsSubSNPFileName))
-   
-    def test_runSeveralBatches_different_lines_and_same_refseq_between_files(self):
-        self._writeInputFileSeveralBatches_different_lines_and_same_refseq_between_files()
-        self._writeExpSubSNPFileSeveralBatches_different_lines_between_files()
-        self._writeExpAlleleFileSeveralBatches()
-        self._writeExpIndividualFile_different_lines_between_files()
-        self._writeExpSequenceSeveralBatchesForSameRefSeq()
-        self._writeExpBatchFileSeveralBatchesForSameRefSeq()
-        self._writeExpBatchLineFileSeveralBatches_different_lines_between_files()
-        
-        multifasta2SNPFile = Multifasta2SNPFile("Arabidopsis thaliana")
-        try:
-            multifasta2SNPFile.runSeveralBatches(self._inputDirSeveralBatches)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-
-    def test_detectSNPAndIndels(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "ATTCGCGTATGCGTATGCTT"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "ATCCGCGTATGCGTATGATT" )
-        bs2 = Bioseq( "line2", "ATTCGTGTATGCGTATGGTT" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)        
-        
-        dExpAllele = {'C': 1, 'A': 2, 'T': 3, 'G': 4 }
-        lExpSNP = [{'subSNPName': batchName + "_SNP_3_line1", 'position': 3, 'lineName': 1, 'allele': 1, '5flank': "AT", '3flank': "CGCGTATGCGTATGATT", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}, 
-                   {'subSNPName': batchName + "_SNP_3_line2", 'position': 3, 'lineName': 2, 'allele': 3, '5flank': "AT", '3flank': "CGTGTATGCGTATGGTT", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_6_line2", 'position': 6, 'lineName': 2, 'allele': 3, '5flank': "ATTCG", '3flank': "GTATGCGTATGGTT", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_6_line1", 'position': 6, 'lineName': 1, 'allele': 1, '5flank': "ATCCG", '3flank': "GTATGCGTATGATT",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_18_line1", 'position': 18, 'lineName': 1, 'allele': 2, '5flank': "ATCCGCGTATGCGTATG", '3flank': "TT", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_18_line2", 'position': 18, 'lineName': 2, 'allele': 4, '5flank': "ATTCGTGTATGCGTATG", '3flank': "TT", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"},]
-        
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-
-    def test_detectSNPAndIndels_no_polym(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "ATTCGCGTATGCGTATGCTT"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "ATTCGCGTATGCGTATGCTT" )
-        bs2 = Bioseq( "line2", "ATTCGCGTATGCGTATGCTT" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-
-        instance = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        
-        multifasta2SNPFile.detectSNPsAndIndels(instance)
-        
-        lExpSNP = []
-        
-        self.assertEquals(lExpSNP, multifasta2SNPFile._lSubSNPFileResults)
-       
-    def test_detectSNPAndIndels_with_only_dels(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "ATTACCGAA"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "A--ACCGAA" )
-        bs2 = Bioseq( "line2", "---ACCGAA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)
-        
-        dExpAllele = {'A--': 1, '---': 2}
-        lExpSNP = [{'subSNPName': batchName + "_DEL_1_line2", 'position': 1, 'lineName': 2, 'allele': 2, '5flank': "", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 3}, 
-                   {'subSNPName': batchName + "_DEL_1_line1", 'position': 1, 'lineName': 1, 'allele': 1, '5flank': "", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 3}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"}]
-        
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-    
-    def test_detectSNPAndIndels_with_dels_and_snps(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "ATTACCGAA"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "A--ACCGAA" )
-        bs2 = Bioseq( "line2", "---ACCGAA" )
-        bs3 = Bioseq( "line3", "ATTACCGGA" )
-        bs4 = Bioseq( "line4", "----CCGAA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2, bs3, bs4 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)
-        
-        dExpAllele = {'G': 1, 'A--A': 2, '---A': 3, '----': 4, 'ATTA': 5, 'A': 6}
-        lExpSNP = [{'subSNPName': batchName + "_DEL_1_line2", 'position': 1, 'lineName': 2, 'allele': 3, '5flank': "", '3flank': "CCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}, 
-                   {'subSNPName': batchName + "_DEL_1_line1", 'position': 1, 'lineName': 1, 'allele': 2, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_SNP_8_line3", 'position': 8, 'lineName': 3, 'allele': 1, '5flank': "ATTACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line1", 'position': 8, 'lineName': 1, 'allele': 6, '5flank': "A--ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line2", 'position': 8, 'lineName': 2, 'allele': 6, '5flank': "---ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line4", 'position': 8, 'lineName': 4, 'allele': 6, '5flank': "----CCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_DEL_1_line4", 'position': 1, 'lineName': 4, 'allele': 4, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_DEL_1_line3", 'position': 1, 'lineName': 3, 'allele': 5, '5flank': "", '3flank': "CCGGA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"},
-                          {'individualNumber': 3, 'individualName': "line3", 'scientificName': "Arabidopsis thaliana"},
-                          {'individualNumber': 4, 'individualName': "line4", 'scientificName': "Arabidopsis thaliana"}]
-        
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-    
-    def test_detectSNPAndIndels_with_only_inserts(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "A--ACCGAA"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "A--ACCGAA" )
-        bs2 = Bioseq( "line2", "AG-ACCGAA" )
-        bs3 = Bioseq( "line3", "ATTACCGAA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2, bs3 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)
-        
-        dExpAllele = {'G-': 1, 'TT': 2, '--': 3}
-        lExpSNP = [{'subSNPName': batchName + "_INS_1_line2", 'position': 1, 'lineName': 2, 'allele': 1, '5flank': "A", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2}, 
-                   {'subSNPName': batchName + "_INS_1_line3", 'position': 1, 'lineName': 3, 'allele': 2, '5flank': "A", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                   {'subSNPName': batchName + "_INS_1_line1", 'position': 1, 'lineName': 1, 'allele': 3, '5flank': "A", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"},
-                          {'individualNumber': 3, 'individualName': "line3", 'scientificName': "Arabidopsis thaliana"}]
-        
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-
-    def test_detectSNPAndIndels_with_snps_and_inserts(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "A--ACCGAA"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "A--ACCGAA" )
-        bs2 = Bioseq( "line2", "AG-ACCGAA" )
-        bs3 = Bioseq( "line3", "ATTACCGCA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2, bs3 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)
-        
-        dExpAllele = {'C': 1, 'G-': 2, 'TT': 3, '--': 4, 'A' : 5}
-        lExpSNP = [{'subSNPName': batchName + "_SNP_6_line3", 'position': 6, 'lineName': 3, 'allele': 1, '5flank': "ATTACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_6_line1", 'position': 6, 'lineName': 1, 'allele': 5, '5flank': "A--ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_6_line2", 'position': 6, 'lineName': 2, 'allele': 5, '5flank': "AG-ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}, 
-                   {'subSNPName': batchName + "_INS_1_line2", 'position': 1, 'lineName': 2, 'allele': 2, '5flank': "A", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                   {'subSNPName': batchName + "_INS_1_line3", 'position': 1, 'lineName': 3, 'allele': 3, '5flank': "A", '3flank': "ACCGCA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                   {'subSNPName': batchName + "_INS_1_line1", 'position': 1, 'lineName': 1, 'allele': 4, '5flank': "A", '3flank': "ACCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"},
-                          {'individualNumber': 3, 'individualName': "line3", 'scientificName': "Arabidopsis thaliana"}]
-        
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-        
-    def test_detectSNPAndIndels_with_snps_inserts_and_dels(self):
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        batchName = "batch1"        
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        refBioseq.sequence = "A--ACCGAATATAC"
-        refBioseq.header = "reference"
-        
-        bs1 = Bioseq( "line1", "A--ACCGAATATAC" )
-        bs2 = Bioseq( "line2", "AG-ACCGAAT--AC" )
-        bs3 = Bioseq( "line3", "ATTACCGCA-----" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2, bs3 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        multifasta2SNPFile._dBatchResults = {'BatchNumber': 1, 'BatchName': "Batch1", 'GeneName': "methyltransferase", 'RefSeqName': "Sequence_de_Reference"}
-        multifasta2SNPFile.detectSNPsAndIndels(multifasta2SNPFile._wrapper)
-        
-        dExpAllele = {'C': 1, 'G-': 2, 'T--AC': 3, 'TT': 4, '-----': 5, '--': 6, 'TATAC': 7, 'A': 8}
-        lExpSNP = [{'subSNPName': batchName + "_SNP_6_line3", 'position': 6, 'lineName': 3, 'allele': 1, '5flank': "ATTACCG", '3flank': "A-----", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}, 
-                   {'subSNPName': batchName + "_SNP_6_line1", 'position': 6, 'lineName': 1, 'allele': 8, '5flank': "A--ACCG", '3flank': "ATATAC", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_6_line2", 'position': 6, 'lineName': 2, 'allele': 8, '5flank': "AG-ACCG", '3flank': "AT--AC", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   
-                   {'subSNPName': batchName + "_INS_1_line2", 'position': 1, 'lineName': 2, 'allele': 2, '5flank': "A", '3flank': "ACCGAAT--AC", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                   {'subSNPName': batchName + "_INS_1_line3", 'position': 1, 'lineName': 3, 'allele': 4, '5flank': "A", '3flank': "ACCGCA-----", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                   {'subSNPName': batchName + "_INS_1_line1", 'position': 1, 'lineName': 1, 'allele': 6, '5flank': "A", '3flank': "ACCGAATATAC", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "INSERTION", 'length': 2},
-                                      
-                   {'subSNPName': batchName + "_DEL_8_line2", 'position': 8, 'lineName': 2, 'allele': 3, '5flank': "AG-ACCGAA", '3flank': "", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 5},
-                   {'subSNPName': batchName + "_DEL_8_line3", 'position': 8, 'lineName': 3, 'allele': 5, '5flank': "ATTACCGCA", '3flank': "", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 5},
-                   {'subSNPName': batchName + "_DEL_8_line1", 'position': 8, 'lineName': 1, 'allele': 7, '5flank': "A--ACCGAA", '3flank': "", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 5}]
-        lExpIndividual = [{'individualNumber': 1, 'individualName': "line1", 'scientificName': "Arabidopsis thaliana"}, 
-                          {'individualNumber': 2, 'individualName': "line2", 'scientificName': "Arabidopsis thaliana"},
-                          {'individualNumber': 3, 'individualName': "line3", 'scientificName': "Arabidopsis thaliana"}]
-        
-        self.assertEquals(dExpAllele, multifasta2SNPFile._dAlleleFileResults)
-        self.assertEquals(multifasta2SNPFile._sortSubSNPResultByBatchPositionAndLineName(lExpSNP), multifasta2SNPFile._lSubSNPFileResults)
-        self.assertEquals(lExpIndividual, multifasta2SNPFile._lIndividualFileResults)
-        
-    def test_createWrapperFromFile_with_upcase_and_lowcase_nucleotide(self):
-        self._writeInputFileWithUpcaseAndLowcaseNucleotide()
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-       
-        expLineBioseqDB = BioseqDB()
-        expRefBioseq = Bioseq("Sequence_de_Reference",\
-                                 "CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA")
-        iBioSeq = Bioseq("Line1","CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA")
-        expLineBioseqDB.add ( iBioSeq )
-        iBioSeq = Bioseq("Line2","CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATACGCAGTAGCCAAACCTCCACAATA")
-        expLineBioseqDB.add ( iBioSeq )
-        
-        expBioseqDBWrapper = ReferenceBioseqAndLinesBioseqDBWrapper (expRefBioseq, expLineBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        
-        obsBioseqDBWrapper = multifasta2SNPFile.createWrapperFromFile(self._inFileName)
-    
-        self.assertEquals(obsBioseqDBWrapper._iReferenceBioseq, expBioseqDBWrapper._iReferenceBioseq)
-        self.assertEquals(obsBioseqDBWrapper._iLinesBioseqDB, expBioseqDBWrapper._iLinesBioseqDB)
-            
-    def test_checkHeaderAlphabet(self):
-        # header ALPHABET [^a-zA-Z0-9_-:]
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="abcdefghijklmnopqrstuvwxyz0912834567_:-"
-        self.assertTrue ( multifasta2SNPFile.checkHeaderAlphabet(strToBeCheck))
-        strToBeCheck="ABCDEFGHIJKLMNOPQRSTUVWXYZ0912834567_:-"
-        self.assertTrue ( multifasta2SNPFile.checkHeaderAlphabet(strToBeCheck)) 
-        
-    def test_checkHeaderAlphabet_empty_string(self):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck=""
-        self.assertFalse ( multifasta2SNPFile.checkHeaderAlphabet(strToBeCheck))
-      
-    def test_checkHeaderAlphabet_space(self):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck=" "
-        self.assertFalse ( multifasta2SNPFile.checkHeaderAlphabet(strToBeCheck))
-      
-    def test_checkHeaderAlphabet_non_aphabetical(self):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="}"
-        self.assertFalse ( multifasta2SNPFile.checkHeaderAlphabet(strToBeCheck))
-    
-    def test_isDNA_bases( self ):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        self.assertTrue ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-
-    def test_isDNA_bases_non_DNA_letter( self ):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="XTAGTTGATCA"
-        self.assertFalse ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-    
-    def test_isDNA_bases_carriage_return( self ):    
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="TA\nGTTGATCA"
-        self.assertFalse ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-    
-    def test_isDNA_bases_empty_string( self ):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck=""
-        self.assertFalse ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-        
-    def test_isDNA_bases_space( self ):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck=" "
-        self.assertFalse ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-    
-    def test_isDNA_bases_IUPAC_letter_but_non_DNA_bases( self ):
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        strToBeCheck="UMWSB"
-        self.assertFalse ( multifasta2SNPFile.isDNA_bases(strToBeCheck))
-    
-    def test_getLineAsAHeader (self):
-        lineToBeCheck=">test on good header"
-        batchName = "batch1"
-        expHeader = "test_on_good_header"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        obsHeader = multifasta2SNPFile.getLineAsAHeader(lineToBeCheck)
-        self.assertEqual(obsHeader,expHeader)
-                            
-    def test_getLineAsAHeader_warning_bad_header_tag_omitted(self):
-        
-        lineToBeCheck="test on bad header with tag omitted"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        try :
-            expHeader = multifasta2SNPFile.getLineAsAHeader( lineToBeCheck )
-        except Exception, e :
-            self.assertRaises(Exception, e , self._inFileName, self._obsSubSNPFileName)
-        
-    def test_getLineAsAHeader_warning_repeated_blanks_removed(self):
-        
-        lineToBeCheck =">test     on header \twith  warning"
-        expHeader = "test_on_header_with_warning"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        obsHeader = multifasta2SNPFile.getLineAsAHeader( lineToBeCheck )
-        self.assertEquals( obsHeader, expHeader)
-        self.assertRaises(Exception, multifasta2SNPFile.getLineAsAHeader( lineToBeCheck ) , self._inFileName, self._obsSubSNPFileName)
-        
-    def test_getLineAsAHeader_fatal_error_bad_header(self):
-        lineToBeCheck=">test\on bad header with fatal error"
-                 
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        try :
-            expHeader = multifasta2SNPFile.getLineAsAHeader( lineToBeCheck )
-        except Exception, e :
-            self.assertRaises(Exception, e , self._inFileName, self._obsSubSNPFileName)
-
-    def test_isHeaderInRefSeqList(self):
-        header = "line1"
-        bs1 = Bioseq( "line1", "A--ACCGAATATAC" )
-        bs2 = Bioseq( "line2", "AG-ACCGAAT--AC" )
-        bs3 = Bioseq( "line3", "ATTACCGCA-----" )
-        
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        multifasta2SNPFile._lRefSequences = [bs1, bs2, bs3]
-        try:
-            isHeader = multifasta2SNPFile.isHeaderInRefSeqList(header)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-            
-    def test_completeAlleleSetWithCurrentAllele_one_allele_added(self):
-        dAlleleSetInInput = {"A" : 1,
-                             "T" : 2,
-                             "G" : 3}
-        alleleToAdd = "C"       
-        dAlleleExpSet =  {"A" : 1,
-                          "T" : 2,
-                          "G" : 3,
-                          "C" : 4}
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        dAlleleObsSet = multifasta2SNPFile._completeAlleleSetWithCurrentAllele(dAlleleSetInInput, alleleToAdd)
-        self.assertEquals(dAlleleObsSet, dAlleleExpSet)
-        
-    def test_completeAlleleSetWithCurrentAllele_no_allele_added(self):
-        dAlleleSetInInput = {"A" : 1,
-                             "T" : 2,
-                             "G" : 3}
-        alleleToAdd = "T"       
-        dAlleleExpSet =  {"A" : 1,
-                          "T" : 2,
-                          "G" : 3}
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        dAlleleObsSet = multifasta2SNPFile._completeAlleleSetWithCurrentAllele(dAlleleSetInInput, alleleToAdd)
-        self.assertEquals(dAlleleObsSet, dAlleleExpSet)
-        
-    def test_completeAlleleSetWithCurrentAllele_with_an_empty_allele_set(self):
-        dAlleleSetInInput = {}
-        alleleToAdd = "T"       
-        dAlleleExpSet =  {"T" : 1}
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        dAlleleObsSet = multifasta2SNPFile._completeAlleleSetWithCurrentAllele(dAlleleSetInInput, alleleToAdd)
-        self.assertEquals(dAlleleObsSet, dAlleleExpSet)
-        
-    def test_completeBatchLineListWithCurrentIndividual(self):
-        #TODO: this test only pass with a batchNumber of 1
-        iCurrentBatchNumber = 1
-        lBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': iCurrentBatchNumber},
-                             {'IndividualNumber': "2", 'BatchNumber': iCurrentBatchNumber}]
-        lIndividualResults = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 3, 'individualName': "Individual3", 'scientificName': "Arabidopsis thaliana"}]
-        lExpBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': iCurrentBatchNumber},
-                                {'IndividualNumber': "2", 'BatchNumber': iCurrentBatchNumber},
-                                {'IndividualNumber': "3", 'BatchNumber': iCurrentBatchNumber}]
-        lineName2Add = "Individual3"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        lBatchLineResults = multifasta2SNPFile._completeBatchLineListWithCurrentIndividual(lBatchLineResults, lIndividualResults, lineName2Add)
-        self.assertEquals(lBatchLineResults, lExpBatchLineResults)
-    
-    def test_completeBatchLineListWithCurrentIndividual_no_entries_in_batchline_results_in_input(self):
-        lBatchLineResults = []
-        lIndividualResults = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 3, 'individualName': "Individual3", 'scientificName': "Arabidopsis thaliana"}]
-        lExpBatchLineResults = [{'IndividualNumber': "2", 'BatchNumber': 1}]
-        lineName2Add = "Individual2"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        lBatchLineResults = multifasta2SNPFile._completeBatchLineListWithCurrentIndividual(lBatchLineResults, lIndividualResults, lineName2Add)
-        self.assertEquals(lBatchLineResults, lExpBatchLineResults)
-    
-    def test_completeBatchLineListWithCurrentIndividual_no_individual_in_individualList(self):
-        lBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': 1},
-                             {'IndividualNumber': "2", 'BatchNumber': 1}]
-        lIndividualResults = []
-
-        lineName2Add = "Individual3"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        try:
-            lBatchLineResults = multifasta2SNPFile._completeBatchLineListWithCurrentIndividual(lBatchLineResults, lIndividualResults, lineName2Add)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-    
-    def test_completeBatchLineListWithCurrentIndividual_individual_added_has_no_individual_number(self):
-        lBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': "1"},
-                             {'IndividualNumber': "2", 'BatchNumber': "1"}]
-        lIndividualResults = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualName': "Individual3", 'scientificName': "Arabidopsis thaliana"}]
-
-        lineName2Add = "Individual3"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        try:
-            lBatchLineResults = multifasta2SNPFile._completeBatchLineListWithCurrentIndividual(lBatchLineResults, lIndividualResults, lineName2Add)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-            
-    def test_completeBatchLineListWithCurrentIndividual_individual_not_present_in_individualList(self):
-        lBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': "1"},
-                             {'IndividualNumber': "2", 'BatchNumber': "1"}]
-        lIndividualResults = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"},
-                              {'individualNumber': 3, 'individualName': "Individual3", 'scientificName': "Arabidopsis thaliana"}]
-
-        lineName2Add = "Michael Corleone"
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        try:
-            lBatchLineResults = multifasta2SNPFile._completeBatchLineListWithCurrentIndividual(lBatchLineResults, lIndividualResults, lineName2Add)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-      
-    def test_findASubSNPInAListWithHisName(self):
-        lSubSNPList = [{'subSNPName': "SubSNP_batch1_1_line2", 'position': 1, 'lineName': 2, 'allele': 2, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION"},
-                       {'subSNPName': "SubSNP_batch1_2_line1", 'position': 1, 'lineName': 1, 'allele': 1, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION"},
-                       {'subSNPName': "SubSNP_batch1_6_line1", 'position': 6, 'lineName': 1, 'allele': 3, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP"}]
-        name = "SubSNP_batch1_2_line1"
-        
-        dExpSubSNP = {'subSNPName': "SubSNP_batch1_2_line1", 'position': 1, 'lineName': 1, 'allele': 1, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION"}
-        expIndice = 1
-           
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        
-        dObsSubSNP, obsIndice = multifasta2SNPFile.findASubSNPInAListWithHisName(name, lSubSNPList)
-        
-        self.assertEquals(expIndice, obsIndice)
-        self.assertEquals(dExpSubSNP, dObsSubSNP)
-        
-    def test_findASubSNPInAListWithHisName_SubSNP_not_found(self):
-        lSubSNPList = [{'subSNPName': "SubSNP_batch1_1_line2", 'position': 1, 'lineName': 2, 'allele': 2, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION"},
-                       {'subSNPName': "SubSNP_batch1_2_line1", 'position': 1, 'lineName': 1, 'allele': 1, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION"},
-                       {'subSNPName': "SubSNP_batch1_6_line1", 'position': 6, 'lineName': 1, 'allele': 3, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP"}]
-        name = "SubSNP_fake"
-           
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        
-        try:
-            dObsSubSNP, obsIndice = multifasta2SNPFile.findASubSNPInAListWithHisName(name, lSubSNPList)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-            
-    def test_clusteriseIndels(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        lObsIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                          {'name' : "indel2", 'start': 12, 'end': 15},
-                          {'name' : "indel3",'start': 5, 'end': 10}]
-        dIndel = {'start': 1, 'end': 6}
-        
-        lObsIndelsList = multifasta2SNPFile.clusteriseIndels(dIndel, lObsIndelsList)
-        lexpIndelsList = [{'name' : "indel1", 'start': 1, 'end': 10},
-                          {'name' : "indel2", 'start': 12, 'end': 15},
-                          {'name' : "indel3", 'start': 1, 'end': 10}]
-        
-        self.assertEquals(lexpIndelsList, lObsIndelsList)
-    
-    def test_clusteriseIndels_no_overlap(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        lObsIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                          {'name' : "indel2", 'start': 12, 'end': 15},
-                          {'name' : "indel3",'start': 25, 'end': 30}]
-        dIndel = {'start': 1, 'end': 6}
-        
-        lObsIndelsList = multifasta2SNPFile.clusteriseIndels(dIndel, lObsIndelsList)
-        lexpIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                          {'name' : "indel2", 'start': 12, 'end': 15},
-                          {'name' : "indel3", 'start': 25, 'end': 30}]
-        
-        self.assertEquals(lexpIndelsList, lObsIndelsList)
-        
-    def test_clusteriseIndels_many_overlaps_complicated(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        lObsIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                          {'name' : "indel2", 'start': 12, 'end': 15},
-                          {'name' : "indel3",'start': 5, 'end': 10},
-                          {'name' : "indel4",'start': 9, 'end': 40}]
-        dIndel = {'start': 5, 'end': 10}
-        
-        lObsIndelsList = multifasta2SNPFile.clusteriseIndels(dIndel, lObsIndelsList)
-        lexpIndelsList = [{'name' : "indel1", 'start': 1, 'end': 40},
-                          {'name' : "indel2", 'start': 1, 'end': 40},
-                          {'name' : "indel3", 'start': 1, 'end': 40},
-                          {'name' : "indel4",'start': 1, 'end': 40}]
-        
-        self.assertEquals(lexpIndelsList, lObsIndelsList)
-    
-    def test_updateBoundsForAnIndelInAnIndelList(self):
-        lIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                       {'name' : "indel2", 'start': 12, 'end': 15},
-                       {'name' : "indel3",'start': 5, 'end': 10},
-                       {'name' : "indel4",'start': 9, 'end': 40}]
-        dIndelWithNewBounds = {'name': "indel2", 'start': 7, 'end': 19}
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        lObsNewIndelsList = multifasta2SNPFile.updateBoundsForAnIndelInAnIndelList(lIndelsList, dIndelWithNewBounds)
-        lExpNewIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                             {'name' : "indel2", 'start': 7, 'end': 19},
-                             {'name' : "indel3",'start': 5, 'end': 10},
-                             {'name' : "indel4",'start': 9, 'end': 40}]
-        self.assertEquals(lExpNewIndelsList, lObsNewIndelsList)
-        
-    def test_updateBoundsForAnIndelInAnIndelList_no_update_to_do(self):
-        lIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                       {'name' : "indel2", 'start': 12, 'end': 15},
-                       {'name' : "indel3",'start': 5, 'end': 10},
-                       {'name' : "indel4",'start': 9, 'end': 40}]
-        dIndelWithNewBounds = {'name': "indel2", 'start': 12, 'end': 15}
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        lObsNewIndelsList = multifasta2SNPFile.updateBoundsForAnIndelInAnIndelList(lIndelsList, dIndelWithNewBounds)
-        lExpNewIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                             {'name' : "indel2", 'start': 12, 'end': 15},
-                             {'name' : "indel3",'start': 5, 'end': 10},
-                             {'name' : "indel4",'start': 9, 'end': 40}]
-        self.assertEquals(lExpNewIndelsList, lObsNewIndelsList)
-        
-    def test_updateBoundsForAnIndelInAnIndelList_indel_2_update_does_not_exist(self):
-        lIndelsList = [{'name' : "indel1", 'start': 1, 'end': 6},
-                       {'name' : "indel2", 'start': 12, 'end': 15},
-                       {'name' : "indel3",'start': 5, 'end': 10},
-                       {'name' : "indel4",'start': 9, 'end': 40}]
-        dIndelWithNewBounds = {'name': "DeNiro", 'start': 12, 'end': 15}
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        try:
-            lObsNewIndelsList = multifasta2SNPFile.updateBoundsForAnIndelInAnIndelList(lIndelsList, dIndelWithNewBounds)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-        
-    def test_mergeBoundsFor2Indels(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        dIndel1 = {'start': 1, 'end': 4}
-        dIndel2 = {'start': 2, 'end': 15}
-        dIndel1, dIndel2 = multifasta2SNPFile.mergeBoundsForTwoOverlappingIndels(dIndel1, dIndel2)
-        dExpIndel1 = {'start': 1, 'end': 15}
-        dExpIndel2 = {'start': 1, 'end': 15}
-        self.assertEquals(dExpIndel1, dIndel1)
-        self.assertEquals(dExpIndel2, dIndel2)
-    
-    def test_mergeBoundsFor2Indels_no_overlap(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        dIndel1 = {'start': 1, 'end': 4}
-        dIndel2 = {'start': 5, 'end': 15}
-        dIndel1, dIndel2 = multifasta2SNPFile.mergeBoundsForTwoOverlappingIndels(dIndel1, dIndel2)
-        dExpIndel1 = {'start': 1, 'end': 4}
-        dExpIndel2 = {'start': 5, 'end': 15}
-        self.assertEquals(dExpIndel1, dIndel1)
-        self.assertEquals(dExpIndel2, dIndel2)
-        
-    def test_getUngappedPositionInRefSeq(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "A--TTACC-GAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        
-        expUngappedPositionFor1 = 1
-        obsUngappedPositionFor1 = multifasta2SNPFile.getUngappedPositionInRefSeq(1)
-        expUngappedPositionFor5 = 3
-        obsUngappedPositionFor5 = multifasta2SNPFile.getUngappedPositionInRefSeq(5)
-        expUngappedPositionFor10 = 7
-        obsUngappedPositionFor10 = multifasta2SNPFile.getUngappedPositionInRefSeq(10)
-        
-        self.assertEquals(expUngappedPositionFor1, obsUngappedPositionFor1)
-        self.assertEquals(expUngappedPositionFor5, obsUngappedPositionFor5)
-        self.assertEquals(expUngappedPositionFor10, obsUngappedPositionFor10)
-                  
-    def test_getUngappedPositionInRefSeq_no_gap(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        
-        expUngappedPositionFor1 = 1
-        obsUngappedPositionFor1 = multifasta2SNPFile.getUngappedPositionInRefSeq(1)
-        expUngappedPositionFor5 = 5
-        obsUngappedPositionFor5 = multifasta2SNPFile.getUngappedPositionInRefSeq(5)
-        expUngappedPositionFor10 = 10
-        obsUngappedPositionFor10 = multifasta2SNPFile.getUngappedPositionInRefSeq(10)
-        
-        self.assertEquals(expUngappedPositionFor1, obsUngappedPositionFor1)
-        self.assertEquals(expUngappedPositionFor5, obsUngappedPositionFor5)
-        self.assertEquals(expUngappedPositionFor10, obsUngappedPositionFor10)
-        
-    def test_checkAllSeq_sequences_with_different_sizes_one_seq_longer(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAATTTC" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        
-        try:
-            multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-            obsMsg = e.message
-        expMsg = "File: " + self._inFileName + ", problem with the sequence " + bs2.header + ": its length is different from the reference seq! All the sequences must have the same length.\n"
-        expMsg += "refseq length: " + str(len(refBioseq.sequence)) + "\n"
-        expMsg += "seq length: " + str(len(bs2.sequence)) + "\n"
-        self.assertEquals(expMsg, obsMsg)
-        
-    def test_checkAllSeq_sequences_with_different_sizes_one_seq_shorter(self):
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC" )
-        
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        
-        try:
-            multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        except Exception, e :
-            self.assertRaises(Exception, e)
-            obsMsg = e.message
-        expMsg = "File: " + self._inFileName + ", problem with the sequence " + bs2.header + ": its length is different from the reference seq! All the sequences must have the same length.\n"
-        expMsg += "refseq length: " + str(len(refBioseq.sequence)) + "\n"
-        expMsg += "seq length: " + str(len(bs2.sequence)) + "\n"
-        self.assertEquals(expMsg, obsMsg)
-        
-        
-    def test_getFlanksOfASubSNP(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 3
-        polymLength = 3
-        lineName = "line1"
-        exp5flank = "AA"
-        exp3flank = "TCCAGAA"
-        
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 7)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-        
-    def test_getFlanksOfASubSNP_flank_truncated(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 3
-        polymLength = 3
-        lineName = "line1"
-        exp5flank = "AA"
-        exp3flank = "TCCAGAA"
-        
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 500)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-        
-    def test_getFlanksOfASubSNP_empty_seq(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = ""
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "" )
-        bs2 = Bioseq( "line2", "" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 3
-        polymLength = 3
-        lineName = "line1"
-        exp5flank = ""
-        exp3flank = ""
-        
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 500)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-        
-    def test_getFlanksOfASubSNP_flank_of_first_base(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 1
-        polymLength = 1
-        lineName = "line1"
-        exp5flank = ""
-        exp3flank = "ACTTTCCAGAA"
-        
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 500)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-        
-    def test_getFlanksOfASubSNP_flank_of_first_base_with_polym_on_all_sequence(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 1
-        polymLength = 12
-        lineName = "line1"
-        exp5flank = ""
-        exp3flank = ""
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 500)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-        
-    def test_getFlanksOfASubSNP_flank_of_last_base_with_polym_on_all_sequence(self):    
-        refBioseq = Bioseq()
-        alignedBioseqDB = BioseqDB()
-        refBioseq.sequence = "AACTTACCAGAA"
-        refBioseq.header = "reference"        
-        bs1 = Bioseq( "line1", "AACTTTCCAGAA" )
-        bs2 = Bioseq( "line2", "AACTTACC-GAA" )
-        alignedBioseqDB.setData( [ bs1, bs2 ] )
-        multifasta2SNPFile = Multifasta2SNPFile("batch1", "gene1", "mouse")
-        multifasta2SNPFile._wrapper = ReferenceBioseqAndLinesBioseqDBWrapper(refBioseq, alignedBioseqDB, multifasta2SNPFile._logFile, self._inFileName)
-        subsnpPosition = 12
-        polymLength = 1
-        lineName = "line1"
-        exp5flank = "AACTTTCCAGA"
-        exp3flank = ""
-        obs5flank, obs3flank = multifasta2SNPFile.getFlanksOfASubSNP(lineName, subsnpPosition, polymLength, 500)
-        self.assertEquals(exp5flank,  obs5flank)
-        self.assertEquals(exp3flank,  obs3flank)
-#    
-    def test_subSNPExistsInSubSNPList_subSNP_exists(self):
-        batchName = "batch1"
-        lSubSNP = [{'subSNPName': batchName + "_DEL_1_line2", 'position': 1, 'lineName': 2, 'allele': 3, '5flank': "", '3flank': "CCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}, 
-                   {'subSNPName': batchName + "_DEL_1_line1", 'position': 1, 'lineName': 1, 'allele': 2, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_SNP_8_line3", 'position': 8, 'lineName': 3, 'allele': 1, '5flank': "ATTACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line1", 'position': 8, 'lineName': 1, 'allele': 6, '5flank': "A--ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line2", 'position': 8, 'lineName': 2, 'allele': 6, '5flank': "---ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line4", 'position': 8, 'lineName': 4, 'allele': 6, '5flank': "----CCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_DEL_1_line4", 'position': 1, 'lineName': 4, 'allele': 4, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_DEL_1_line3", 'position': 1, 'lineName': 3, 'allele': 5, '5flank': "", '3flank': "CCGGA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}]
-        multifasta2SNPFile = Multifasta2SNPFile(batchName, "gene1", "mouse")
-        
-        dSearchedSubSNP = {'subSNPName': batchName + "_DEL_1_line1", 'position': 1, 'lineName': 1, 'allele': 2, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}
-        
-        expResult = multifasta2SNPFile.subSNPExistsInSubSNPList(dSearchedSubSNP, lSubSNP)
-        obsResult = True
-        
-        self.assertEquals(expResult, obsResult)
-        
-    def test_subSNPExistsInSubSNPList_subSNP_does_not_exist(self):
-        batchName = "batch1"
-        lSubSNP = [{'subSNPName': batchName + "_DEL_1_line2", 'position': 1, 'lineName': 2, 'allele': 3, '5flank': "", '3flank': "CCGAA", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}, 
-                   {'subSNPName': batchName + "_DEL_1_line1", 'position': 1, 'lineName': 1, 'allele': 2, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_SNP_8_line3", 'position': 8, 'lineName': 3, 'allele': 1, '5flank': "ATTACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line1", 'position': 8, 'lineName': 1, 'allele': 6, '5flank': "A--ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line2", 'position': 8, 'lineName': 2, 'allele': 6, '5flank': "---ACCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_SNP_8_line4", 'position': 8, 'lineName': 4, 'allele': 6, '5flank': "----CCG", '3flank': "A", 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                   {'subSNPName': batchName + "_DEL_1_line4", 'position': 1, 'lineName': 4, 'allele': 4, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4},
-                   {'subSNPName': batchName + "_DEL_1_line3", 'position': 1, 'lineName': 3, 'allele': 5, '5flank': "", '3flank': "CCGGA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}]
-        multifasta2SNPFile = Multifasta2SNPFile(batchName, "gene1", "mouse")
-        
-        dSearchedSubSNP = {'subSNPName': batchName + "_DEL_12_line1", 'position': 12, 'lineName': 1, 'allele': 2, '5flank': "", '3flank': "CCGAA",'batchNumber': 1, 'confidenceValue' : "A", 'type' : "DELETION", 'length': 4}
-        
-        expResult = multifasta2SNPFile.subSNPExistsInSubSNPList(dSearchedSubSNP, lSubSNP)
-        obsResult = False
-        
-        self.assertEquals(expResult, obsResult)
-        
-    def _writeExpSubSNPFile(self):
-        expFileHandle = open(self._expSubSNPFileName, "w")
-        expFileHandle.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")
-        expFileHandle.write("Batch1_SNP_4_Line1;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;1\n")
-        expFileHandle.write("Batch1_SNP_4_Line2;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.write("Batch1_SNP_21_Line1;A;SNP;21;CCTTAGCCATTGCTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_21_Line2;A;SNP;21;CCTAAGCCATTGCTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_25_Line1;A;SNP;25;CCTTAGCCATTGCTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_25_Line2;A;SNP;25;CCTAAGCCATTGCTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_36_Line1;A;SNP;36;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_36_Line2;A;SNP;36;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_51_Line1;A;SNP;51;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_51_Line2;A;SNP;51;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;1;2;Sequence;;;4\n")
-        expFileHandle.close()
-        
-    def _writeExpSubSNPFileWithSnpsAndIndels(self):
-        expFileHandle = open(self._expSubSNPFileName, "w")
-        expFileHandle.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")     
-        expFileHandle.write("Batch1_INS_1_Line1;A;INSERTION;1;C;TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;2;1;1;Sequence;;;8\n")
-        expFileHandle.write("Batch1_INS_1_Line2;A;INSERTION;1;C;AAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;2;1;2;Sequence;;;6\n")
-        expFileHandle.write("Batch1_SNP_2_Line1;A;SNP;2;C--;AGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;1\n")
-        expFileHandle.write("Batch1_SNP_2_Line2;A;SNP;2;CCT;AGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.write("Batch1_DEL_8_Line1;A;DELETION;8;C--TAGCCA;CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;3;1;1;Sequence;;;5\n")
-        expFileHandle.write("Batch1_DEL_8_Line2;A;DELETION;8;CCTAAGCCA;CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;3;1;2;Sequence;;;7\n")
-        expFileHandle.write("Batch1_SNP_19_Line1;A;SNP;19;C--TAGCCA---CTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_19_Line2;A;SNP;19;CCTAAGCCATT-CTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_23_Line1;A;SNP;23;C--TAGCCA---CTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_23_Line2;A;SNP;23;CCTAAGCCATT-CTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_34_Line1;A;SNP;34;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_34_Line2;A;SNP;34;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_49_Line1;A;SNP;49;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_49_Line2;A;SNP;49;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;1;2;Sequence;;;4\n")
-        expFileHandle.close() 
-        
-    def _writeExpSubSNPFileSeveralBatches(self):
-        expFileHandle = open(self._expSubSNPFileName, "w")
-        expFileHandle.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")
-        expFileHandle.write("Batch_Gene1_SNP_4_Line1;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;1\n")
-        expFileHandle.write("Batch_Gene1_SNP_4_Line2;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.write("Batch_Gene1_SNP_21_Line1;A;SNP;21;CCTTAGCCATTGCTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_21_Line2;A;SNP;21;CCTAAGCCATTGCTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_25_Line1;A;SNP;25;CCTTAGCCATTGCTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene1_SNP_25_Line2;A;SNP;25;CCTAAGCCATTGCTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_36_Line1;A;SNP;36;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene1_SNP_36_Line2;A;SNP;36;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_51_Line1;A;SNP;51;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_51_Line2;A;SNP;51;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;1;2;Sequence;;;4\n")
-
-        expFileHandle.write("Batch_Gene2_INS_1_Line1;A;INSERTION;1;C;TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;2;2;1;Sequence;;;8\n")
-        expFileHandle.write("Batch_Gene2_INS_1_Line2;A;INSERTION;1;C;AAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;2;2;2;Sequence;;;6\n")
-        expFileHandle.write("Batch_Gene2_SNP_2_Line1;A;SNP;2;C--;AGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;2;1;Sequence;;;1\n")
-        expFileHandle.write("Batch_Gene2_SNP_2_Line2;A;SNP;2;CCT;AGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;2;2;Sequence;;;4\n")
-        expFileHandle.write("Batch_Gene2_DEL_8_Line1;A;DELETION;8;C--TAGCCA;CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;3;2;1;Sequence;;;5\n")
-        expFileHandle.write("Batch_Gene2_DEL_8_Line2;A;DELETION;8;CCTAAGCCA;CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;3;2;2;Sequence;;;7\n")
-        expFileHandle.write("Batch_Gene2_SNP_19_Line1;A;SNP;19;C--TAGCCA---CTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;2;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_19_Line2;A;SNP;19;CCTAAGCCATT-CTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;2;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_23_Line1;A;SNP;23;C--TAGCCA---CTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;2;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene2_SNP_23_Line2;A;SNP;23;CCTAAGCCATT-CTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;2;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_34_Line1;A;SNP;34;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;2;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene2_SNP_34_Line2;A;SNP;34;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;2;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_49_Line1;A;SNP;49;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;2;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_49_Line2;A;SNP;49;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;2;2;Sequence;;;4\n")
-        expFileHandle.close() 
-        
-    def _writeExpSubSNPFileSeveralBatches_different_lines_between_files(self):
-        expFileHandle = open(self._expSubSNPFileName, "w")
-        expFileHandle.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")
-        expFileHandle.write("Batch_Gene1_SNP_4_Line1;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;1\n")
-        expFileHandle.write("Batch_Gene1_SNP_4_Line2;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.write("Batch_Gene1_SNP_21_Line1;A;SNP;21;CCTTAGCCATTGCTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_21_Line2;A;SNP;21;CCTAAGCCATTGCTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_25_Line1;A;SNP;25;CCTTAGCCATTGCTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene1_SNP_25_Line2;A;SNP;25;CCTAAGCCATTGCTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_36_Line1;A;SNP;36;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene1_SNP_36_Line2;A;SNP;36;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_51_Line1;A;SNP;51;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene1_SNP_51_Line2;A;SNP;51;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;1;2;Sequence;;;4\n")
-
-        expFileHandle.write("Batch_Gene2_INS_1_Line3;A;INSERTION;1;C;TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;2;2;3;Sequence;;;8\n")
-        expFileHandle.write("Batch_Gene2_INS_1_Line4;A;INSERTION;1;C;AAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;2;2;4;Sequence;;;6\n")
-        expFileHandle.write("Batch_Gene2_SNP_2_Line3;A;SNP;2;C--;AGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;1;2;3;Sequence;;;1\n")
-        expFileHandle.write("Batch_Gene2_SNP_2_Line4;A;SNP;2;CCT;AGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;1;2;4;Sequence;;;4\n")
-        expFileHandle.write("Batch_Gene2_DEL_8_Line3;A;DELETION;8;C--TAGCCA;CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC;3;2;3;Sequence;;;5\n")
-        expFileHandle.write("Batch_Gene2_DEL_8_Line4;A;DELETION;8;CCTAAGCCA;CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA;3;2;4;Sequence;;;7\n")
-        expFileHandle.write("Batch_Gene2_SNP_19_Line3;A;SNP;19;C--TAGCCA---CTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATC;1;2;3;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_19_Line4;A;SNP;19;CCTAAGCCATT-CTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATA;1;2;4;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_23_Line3;A;SNP;23;C--TAGCCA---CTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATC;1;2;3;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene2_SNP_23_Line4;A;SNP;23;CCTAAGCCATT-CTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATA;1;2;4;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_34_Line3;A;SNP;34;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATC;1;2;3;Sequence;;;3\n")
-        expFileHandle.write("Batch_Gene2_SNP_34_Line4;A;SNP;34;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATA;1;2;4;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_49_Line3;A;SNP;49;C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;;1;2;3;Sequence;;;2\n")
-        expFileHandle.write("Batch_Gene2_SNP_49_Line4;A;SNP;49;CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;;1;2;4;Sequence;;;4\n")
-        expFileHandle.close() 
-
-    def _writeExpSubSNPFileSeveralLineSeq(self):
-        expFileHandle = open(self._expSubSNPFileName, "w")
-        expFileHandle.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")
-        expFileHandle.write("Batch1_SNP_4_Line1;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA;1;1;1;Sequence;;;1\n")
-        expFileHandle.write("Batch1_SNP_4_Line2;A;SNP;4;CCT;AGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATACGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.write("Batch1_SNP_21_Line1;A;SNP;21;CCTTAGCCATTGCTTGGTGA;TATGAAGGCAGTAGGCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_21_Line2;A;SNP;21;CCTAAGCCATTGCTTGGTGA;TATCAAGGCAGTAGCCAAACCTCCACAATACGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_25_Line1;A;SNP;25;CCTTAGCCATTGCTTGGTGACTAT;AAGGCAGTAGGCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_25_Line2;A;SNP;25;CCTAAGCCATTGCTTGGTGACTAT;AAGGCAGTAGCCAAACCTCCACAATACGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_36_Line1;A;SNP;36;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAG;CAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA;1;1;1;Sequence;;;3\n")
-        expFileHandle.write("Batch1_SNP_36_Line2;A;SNP;36;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAG;CAAACCTCCACAATACGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_51_Line1;A;SNP;51;CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAAT;CGCAGTAGCCAAACCTCCACAATA;1;1;1;Sequence;;;2\n")
-        expFileHandle.write("Batch1_SNP_51_Line2;A;SNP;51;CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAAT;CGCAGTAGCCAAACCTCCACAATA;1;1;2;Sequence;;;4\n")
-        expFileHandle.close()
-        
-        
-    def _writeExpAlleleFile(self):
-        expFileHandle = open(self._expAlleleFileName, "w")
-        expFileHandle.write("AlleleNumber;Value;Motif;NbCopy;Comment\n")
-        expFileHandle.write("1;T;;;\n")
-        expFileHandle.write("2;C;;;\n")
-        expFileHandle.write("3;G;;;\n")
-        expFileHandle.write("4;A;;;\n")        
-        expFileHandle.close()
-        
-    def _writeExpAlleleFileWithSnpsAndIndels(self):
-        expFileHandle = open(self._expAlleleFileName, "w")
-        expFileHandle.write("AlleleNumber;Value;Motif;NbCopy;Comment\n")
-        expFileHandle.write("1;T;;;\n")
-        expFileHandle.write("2;C;;;\n")
-        expFileHandle.write("3;G;;;\n")
-        expFileHandle.write("4;A;;;\n")   
-        expFileHandle.write("5;---;;;\n")
-        expFileHandle.write("6;CT;;;\n")
-        expFileHandle.write("7;TT-;;;\n")
-        expFileHandle.write("8;--;;;\n")     
-        expFileHandle.close() 
-        
-        
-    def _writeExpAlleleFileSeveralBatches(self):
-        expFileHandle = open(self._expAlleleFileName, "w")
-        expFileHandle.write("AlleleNumber;Value;Motif;NbCopy;Comment\n")
-        expFileHandle.write("1;T;;;\n")
-        expFileHandle.write("2;C;;;\n")
-        expFileHandle.write("3;G;;;\n")
-        expFileHandle.write("4;A;;;\n")   
-        expFileHandle.write("5;---;;;\n")
-        expFileHandle.write("6;CT;;;\n")
-        expFileHandle.write("7;TT-;;;\n")
-        expFileHandle.write("8;--;;;\n")     
-        expFileHandle.close()
-        
-    def _writeExpIndividualFile(self):
-        expFileHandle = open(self._expIndividualFileName, "w")
-        expFileHandle.write("IndividualNumber;IndividualName;Description;AberrAneuploide;FractionLength;DeletionLineSynthesis;UrlEarImage;TypeLine;ChromNumber;ArmChrom;DeletionBin;ScientificName;local_germplasm_name;submitter_code;local_institute;donor_institute;donor_acc_id\n")
-        expFileHandle.write("1;Line1;;;;;;;;;;Arabidopsis thaliana;;;;;\n")
-        expFileHandle.write("2;Line2;;;;;;;;;;Arabidopsis thaliana;;;;;\n")        
-        expFileHandle.close()
-        
-    def _writeExpIndividualFile_different_lines_between_files(self):
-        expFileHandle = open(self._expIndividualFileName, "w")
-        expFileHandle.write("IndividualNumber;IndividualName;Description;AberrAneuploide;FractionLength;DeletionLineSynthesis;UrlEarImage;TypeLine;ChromNumber;ArmChrom;DeletionBin;ScientificName;local_germplasm_name;submitter_code;local_institute;donor_institute;donor_acc_id\n")
-        expFileHandle.write("1;Line1;;;;;;;;;;Arabidopsis thaliana;;;;;\n")
-        expFileHandle.write("2;Line2;;;;;;;;;;Arabidopsis thaliana;;;;;\n")    
-        expFileHandle.write("3;Line3;;;;;;;;;;Arabidopsis thaliana;;;;;\n")
-        expFileHandle.write("4;Line4;;;;;;;;;;Arabidopsis thaliana;;;;;\n")       
-        expFileHandle.close()
-        
-    def _writeExpSequenceFile(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFileName, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference\n")
-        SequenceFSAFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceCSVFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference;Reference;;;;;Arabidopsis thaliana\n")
-        
-    def _writeExpSequenceFileSeveralLineSeq(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFileName, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference\n")
-        SequenceFSAFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA\n")
-        SequenceCSVFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference;Reference;;;;;Arabidopsis thaliana\n")
-    
-    def _writeExpSequenceFileWithDeletion(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFileName, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference\n")
-        SequenceFSAFileHandle.write("CAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceCSVFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference;Reference;;;;;Arabidopsis thaliana\n")
-        
-    def _writeExpSequenceSeveralBatches(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFileName, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference1\n")
-        SequenceFSAFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference2\n")
-        SequenceFSAFileHandle.write("CAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceCSVFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference1;Reference;;;;;Arabidopsis thaliana\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference2;Reference;;;;;Arabidopsis thaliana\n")
-
-    def _writeExpSequenceSeveralBatchesForSameRefSeq(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFileName, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference1\n")
-        SequenceFSAFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference1\n")
-        SequenceFSAFileHandle.write("CAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceCSVFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference1;Reference;;;;;Arabidopsis thaliana\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference1;Reference;;;;;Arabidopsis thaliana\n")
-        
-    def _writeExpBatchFile(self):
-        BatchFileHandle = open(self._expBatchFileName, "w")
-        BatchFileHandle.write("BatchNumber: 1\n")
-        BatchFileHandle.write("BatchName: Batch1\n")
-        BatchFileHandle.write("GeneName: methyltransferase\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: 1\n")
-        BatchFileHandle.write("ProtocolNumber: 1\n")
-        BatchFileHandle.write("ThematicNumber: 1\n")
-        BatchFileHandle.write("RefSeqName: Sequence_de_Reference\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.close()
-        
-    def _writeExpBatchFileSeveralBatches(self):
-        BatchFileHandle = open(self._expBatchFileName, "w")
-        BatchFileHandle.write("BatchNumber: 1\n")
-        BatchFileHandle.write("BatchName: Batch_Gene1\n")
-        BatchFileHandle.write("GeneName: Gene1\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: 1\n")
-        BatchFileHandle.write("ProtocolNumber: 1\n")
-        BatchFileHandle.write("ThematicNumber: 1\n")
-        BatchFileHandle.write("RefSeqName: Sequence_de_Reference1\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.write("BatchNumber: 2\n")
-        BatchFileHandle.write("BatchName: Batch_Gene2\n")
-        BatchFileHandle.write("GeneName: Gene2\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: 1\n")
-        BatchFileHandle.write("ProtocolNumber: 1\n")
-        BatchFileHandle.write("ThematicNumber: 1\n")
-        BatchFileHandle.write("RefSeqName: Sequence_de_Reference2\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.close()
-        
-    def _writeExpBatchFileSeveralBatchesForSameRefSeq(self):
-        BatchFileHandle = open(self._expBatchFileName, "w")
-        BatchFileHandle.write("BatchNumber: 1\n")
-        BatchFileHandle.write("BatchName: Batch_Gene1\n")
-        BatchFileHandle.write("GeneName: Gene1\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: 1\n")
-        BatchFileHandle.write("ProtocolNumber: 1\n")
-        BatchFileHandle.write("ThematicNumber: 1\n")
-        BatchFileHandle.write("RefSeqName: Sequence_de_Reference1\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.write("BatchNumber: 2\n")
-        BatchFileHandle.write("BatchName: Batch_Gene2\n")
-        BatchFileHandle.write("GeneName: Gene2\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: 1\n")
-        BatchFileHandle.write("ProtocolNumber: 1\n")
-        BatchFileHandle.write("ThematicNumber: 1\n")
-        BatchFileHandle.write("RefSeqName: Sequence_de_Reference1\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.close()
-        
-        
-        BatchFileHandle.close()
-        
-    def _writeExpBatchLineFile(self):
-        BatchLineFileHandle = open(self._expBatchLineFileName, "w")
-        BatchLineFileHandle.write("IndividualNumber;Pos5;Pos3;BatchNumber;Sequence\n")
-        BatchLineFileHandle.write("1;;;1;\n")
-        BatchLineFileHandle.write("2;;;1;\n")
-        BatchLineFileHandle.close()
-    
-    
-    def _writeExpBatchLineFileSeveralBatches(self):
-        BatchLineFileHandle = open(self._expBatchLineFileName, "w")
-        BatchLineFileHandle.write("IndividualNumber;Pos5;Pos3;BatchNumber;Sequence\n")
-        BatchLineFileHandle.write("1;;;1;\n")
-        BatchLineFileHandle.write("2;;;1;\n")
-        BatchLineFileHandle.write("1;;;2;\n")
-        BatchLineFileHandle.write("2;;;2;\n")
-        BatchLineFileHandle.close()
-    
-    def _writeExpBatchLineFileSeveralBatches_different_lines_between_files(self):
-        BatchLineFileHandle = open(self._expBatchLineFileName, "w")
-        BatchLineFileHandle.write("IndividualNumber;Pos5;Pos3;BatchNumber;Sequence\n")
-        BatchLineFileHandle.write("1;;;1;\n")
-        BatchLineFileHandle.write("2;;;1;\n")
-        BatchLineFileHandle.write("3;;;2;\n")
-        BatchLineFileHandle.write("4;;;2;\n")
-        BatchLineFileHandle.close()
-        
-    def _writeInputFile(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-        inFileHandle.close()
-    
-    def _writeInputFileWithSnpsAndIndels(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("C--AAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-        inFileHandle.close()
-        
-    def _writeInputFileWithSeqErrorsInRefSeq(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTA7GCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-        inFileHandle.close()
-        
-    def _writeInputFileWithSeqErrorsInOneLineSeq(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATXAAGGCAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-        inFileHandle.close()
-        
-    def _writeInputFileWithASeveralLineSeq(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATCCGCAGTAGCCAAACCTCCACAATA\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA\nCGCAGTAGCCAAA\nCCTCCACAATA\n")
-        inFileHandle.close()
-        
-        
-    def _writeInputFileWithUpcaseAndLowcaseNucleotide(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGtGATTATGAAGgCAGTAGTCAAACCTCCACAATC\nCGCAGTAGCCAAA\nCCTCCACAATA\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCtTGGTGACTATGAAGGcAGTAGGCAAACCTCCACAATC\nCGCAGTAGCCAAA\nCCTCCACAATA\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCAtTGCTTGGTGACTATCaAGGCAGTAGCCAAACCTCCACAATA\nCGCAGTAGCCAAA\nCCTCCACAATA\n")
-        inFileHandle.close()
-    
-    def _writeInputFileWith2SeqsWithTheSameName(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGtGATTATGAAGgCAGTAGTCAAACCTCCACAATC\nCGCAGTAGCCAAA\nCCTCCACAATA\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCtTGGTGACTATGAAGGcAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCAtTGCTTGGTGACTATCaAGGCAGTAGCCAAACCTCCACAATA\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCAtTGCTTGGTGACTATCaAGGCAGTAGCCAAACCTCCACAATA\n")
-        inFileHandle.close()
-        
-    def _writeInputFileBatchWithPotentialDooblons(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">AU247387ref\n")
-        inFileHandle.write("CACTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGTTCTGGTTACTCTTCAATTTGGGCATGCTTAATTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTTTATAGCCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCTGGGTTCTTTCTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTGTGCTGCAACAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCATACGAGTTGTGAACTGATGACATCCTCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG\n")
-        inFileHandle.write(">10102\n")
-        inFileHandle.write("NNNtatagctcctaacattcctgaagtgaagatcacrgaggacnnggctgtcaatgttgcccgctcgctgagatatgagatcaacaggggcttygctagcttgagggcgattggNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">10954\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtcaatgttgcccgctcgctgagatatgagatcaacaggggctttgctagcctgagggcgattggtcaaggccgtgacctgaagaaattcctgattgtacgt---------------------------ttaat---------------------------------------------------------------------------------------------tggttgcatggcttcgttctctttagccttcgctgtttgtggctttgttatgtgaccaagcacttgctatactgtctatttgttcgcaggtgattgcaggtctgtggatcctct---------ctgcccttgggagctgctgcaatttcctcaccttgttctacataggtaatgtgcttcgctgctacagcctgaacttg--------cagatgtgcagtaactgtacctagcattgtttacccat------------------------tctcgctttcttacNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">ABERAVON\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNggtcaaggccgtgacctgaagaaattcctgattgtacgt---------------------------ttaat---------------------------------------------------------------------------------------------tggttgcatggcttcgttctctttagccttcgctgtttgtggctttgttatgtgaccNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">CARILLON\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNcaacattgcccgctcgctgagatatgagatcaacaggggcttctttactttgaaggagatcggtcagggccgtgatctgaagaaattcctcattgtatgttctggttactcttcaatttgggcatgcttaat---------------------------------gttgggtgctttctttat--cctgctcaccaacatgtgatctgttctttgtatgctcaggtggttgccgg---------------------------------------------------------------------------------------------------cctctgggttctttctgttcttgggagctcttgcaacttcttgacattggcatatataggtaat------------------tttaacttgtgctgcaacacttgagttcataaccaccctag------ttgtccatacgagttgtgaactgatgacatccgttctttttcccragtgcagtcttcgtggtgctctacacggtgccagttctgtatgaNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">CONCERTO\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNctttgttatgtgaccaagcacttgctatactgtctatttgttcgcaggtgattgcaggtctgtggatcctct---------ctgcccttgggagctgctgcaatttcctcaccttgttctacataggtaatgtgcttcgctgctacagcctgaacttg--------cagatgtgcagtaactgtacctagcattgtttacccat------------------------tctcgctttcttacttgcagtcttcatggttctctacactgtgccNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">F14-13\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtsaatgttgcccgctcgctgagatatgagatcaacaggggctttgctagcctgagggcgattggtcaaggccgtgacctgaagaaaNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">GAGNY\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNcattgcccgctcgctgagatatgagatcaacaggggcttctttactttgaaggagatyggtcagggccgtgayctgaagaaattcctsattgtaygtNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">GREECE\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtsaacattgcccgctcgctgagatatgagatcaacaggggcttctttactttgaaggagatyggycagggccgtgatctgaagaaattcctcattgtatgtNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">IMAGINE\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtcaatgttgcccgctcgctgagatatgagatcaacaggggctttgctagcctgagggcgattggtcaaggccgtgacctgaagaaattcctgattgtacgt---------------------------ttaat---------------------------------------------------------------------------------------------tggttgcatggcttcgttctctttagccttcgctgtttgtggctttgttatgtgaccaagcacttgctatactgtctatttgttcgcaggtgattgcaggtctgtggatcctct---------ctgcccttgggagctgctgcaatttcctcaccttgttctacataggtaatgtgcttcgctgctacagcctgaacttg--------cagatgtgcagtaactgtacctagcattgtttacccat------------------------tctcgctttcttacttgcagtcttcatggttctctacactgtgccNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">IRELAND\n")
-        inFileHandle.write("NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">NEMOF\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtcaatgttgcccgctcgctgagatatgagatcaacaggggctttgctagcctgagggcgattggtcaaggccgtgacctgaagaaattcctgattgtacgt---------------------------ttaat---------------------------------------------------------------------------------------------tggttgcatggcttcgttctctttagccttcgctgtttgtggctttgttatgtgaccaagcacttgctatactgtctatttgttcgcaggtgattgcaggtctgtggatcctct---------ctgcccttgggNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">NEMOH\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtcaatgttgcccgctcgctgagatatgagatcaacaggggctttgctagcctgagggcgattggtcaaggccgtgacctgaagaaattcctgattgtacgt---------------------------ttaat---------------------------------------------------------------------------------------------tggttgcatggcttcgttctctttagccttcgctgtttgtggctttgttatgtgaccaagcacttgctatactgtctatttgttcgcaggtgattgcaggtctgtggatcctct---------ctgcccttgggagctgctgcaatttcctcaccttgttctacataggtaatgtgcttcgctgctacagcctgaacttg--------cagatgtgcagtaactgtacctagcattgtttacccat------------------------tctcgctttcttacNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">POLAND\n")
-        inFileHandle.write("NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">SPAIN\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNtcaacattgcccgctcgctgagatatgagatcaacaggggcttctttactttgaaggagatcggtcagggccgtgatctgaagaaattcctcattgtatgttctggttactcttcaatttgggcatgcttaat---------------------------------gttgggtgctttctttat--cctgctcaccaacatgtgatctgttctttgtatgctcaggtggttgccgg---------------------------------------------------------------------------------------------------cctctgggttctttctgttcttgggagctcttgcaacttcttgacattggcatatataggtaat------------------tttaacttgtgctgcaacacttgagttcataaccaccctag------ttgtccatacgagttgtgaactgatgacatccgttctttttcccgagtgcagtcttcgtggtgctctacacggtgccagttctgtatgagaagtacgacgacaaggttgatgcttttggtgagaag\n")
-        inFileHandle.write(">TRANSATE\n")
-        inFileHandle.write("NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNcgctcgctgagatatgagatcaacaggggcttctttactttgaaggagatYggccagggtcgcgacctcaagaaattcctcattgtatgttgcttgt-ctcttcaatttcaacatgcttgat---------------------------------gttgggtgctttctttat--cctgctcaccaacatgtgatctcttctttgtatgctcaggtggttgcggg---------------------------------------------------------------------------------------------------tctctgggttctttctgttcttgggagctcttgcaacttcttgacattggcatatataggtaaK------------------tataRcttgtgctgcaacacttgagttcataaccNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-        inFileHandle.write(">VIGOR\n")
-        inFileHandle.write("NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG\n")
-        inFileHandle.close()
-        
-    def _writeRealExpAlleleFile(self):
-        expFileHandle = open(self._expAlleleFileName, "w")
-        expFileHandle.write("AlleleNumber;Value;Motif;NbCopy;Comment\n")
-        expFileHandle.write("1;G;;;\n")
-        expFileHandle.write("2;T;;;\n")
-        expFileHandle.write("3;A;;;\n")   
-        expFileHandle.write("4;C;;;\n")
-        expFileHandle.write("5;-;;;\n")
-        expFileHandle.close();
-        
-    def _writeRealExpSequenceCSVFile(self):
-        SequenceFSAFileHandle = open(self._expSequenceCSVFileName, "w")
-        SequenceFSAFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceFSAFileHandle.write("PpHDZ31_ref;Reference;;;;;Pinus pinaster\n")
-        SequenceFSAFileHandle.close()
-        
-    def _writeRealExpBatchFile(self):
-        FileHandle = open(self._expBatchFileName, "w")
-        FileHandle.write("BatchNumber: 1\n")
-        FileHandle.write("BatchName: INRA_Pinus_pinaster_HDZ31-1\n")
-        FileHandle.write("GeneName: PpHDZ31\n")
-        FileHandle.write("Description: \n")
-        FileHandle.write("ContactNumber: 1\n")
-        FileHandle.write("ProtocolNumber: 1\n")
-        FileHandle.write("ThematicNumber: 1\n")
-        FileHandle.write("RefSeqName: PpHDZ31_ref\n")
-        FileHandle.write("AlignmentFileName: \n")
-        FileHandle.write("SeqName: \n")
-        FileHandle.write("//\n")
-        FileHandle.close()
-        
-        
-    def _writeInputFileSeveralBatches(self):
-        if(not FileUtils.isRessourceExists(self._inputDirSeveralBatches)):
-            os.mkdir(self._inputDirSeveralBatches)
-         
-            inFileHandle = open(self._inputDirSeveralBatches+"/Gene1.fasta","w")
-            inFileHandle.write(">Sequence_de_Reference1\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line1\n")
-            inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line2\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle.close()
-            
-            inFileHandle2 = open(self._inputDirSeveralBatches+"/Gene2.fasta","w")
-            inFileHandle2.write(">Sequence_de_Reference2\n")
-            inFileHandle2.write("C--AAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line1\n")
-            inFileHandle2.write("C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line2\n")
-            inFileHandle2.write("CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle2.close()
-            
-    def _writeInputFileSeveralBatches_different_lines_between_files(self):
-        if(not FileUtils.isRessourceExists(self._inputDirSeveralBatches)):
-            os.mkdir(self._inputDirSeveralBatches)
-         
-            inFileHandle = open(self._inputDirSeveralBatches+"/Gene1.fasta","w")
-            inFileHandle.write(">Sequence_de_Reference1\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line1\n")
-            inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line2\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle.close()
-            
-            inFileHandle2 = open(self._inputDirSeveralBatches+"/Gene2.fasta","w")
-            inFileHandle2.write(">Sequence_de_Reference2\n")
-            inFileHandle2.write("C--AAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line3\n")
-            inFileHandle2.write("C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line4\n")
-            inFileHandle2.write("CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle2.close()
-        
-    def _writeInputFileSeveralBatches_different_lines_and_same_refseq_between_files(self): 
-        if(not FileUtils.isRessourceExists(self._inputDirSeveralBatches)):
-            os.mkdir(self._inputDirSeveralBatches)
-         
-            inFileHandle = open(self._inputDirSeveralBatches+"/Gene1.fasta","w")
-            inFileHandle.write(">Sequence_de_Reference1\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line1\n")
-            inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle.write(">Line2\n")
-            inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle.close()
-            
-            inFileHandle2 = open(self._inputDirSeveralBatches+"/Gene2.fasta","w")
-            inFileHandle2.write(">Sequence_de_Reference1\n")
-            inFileHandle2.write("C--AAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line3\n")
-            inFileHandle2.write("C--TAGCCA---CTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-            inFileHandle2.write(">Line4\n")
-            inFileHandle2.write("CCTAAGCCATT-CTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-            inFileHandle2.close()
-    
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_Multifasta2SNPFileWriter.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,292 +0,0 @@
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.seq.BioseqDB import BioseqDB
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.parsing.Multifasta2SNPFile import Multifasta2SNPFileWriter
-from commons.core.parsing.Multifasta2SNPFile import Multifasta2SNPFile
-from commons.core.parsing.Multifasta2SNPFile import ReferenceBioseqAndLinesBioseqDBWrapper
-from commons.core.LoggerFactory import LoggerFactory
-import os
-import logging
-import unittest
-
-class Test_Multifasta2SNPFileWriter(unittest.TestCase):
-
-    def setUp(self):
-        self._obsSubSNPFile = "SubSNP.csv"
-        self._expSubSNPFile = "ExpSubSNP.csv"
-        
-        self._obsAlleleFile = "Allele.csv"
-        self._expAlleleFile = "ExpAllele.csv"
-        
-        self._obsIndividualFile = "Individual.csv"
-        self._expIndividualFile = "ExpIndividual.csv"
-        
-        self._obsSequenceFSAFile = "Sequences.fsa"
-        self._expSequenceFSAFile = "ExpSequences.fsa"
-        
-        self._obsSequenceCSVFile = "Sequences.csv"
-        self._expSequenceCSVFile = "ExpSequences.csv"
-        
-        self._obsBatchFile = "Batch.txt"
-        self._expBatchFile = "ExpBatch.txt"
-        
-        self._obsBatchLineFile = "BatchLine.csv"
-        self._expBatchLineFile = "ExpBatchLine.csv"
-        
-        self._logFileName = "Test_Multifasta2SNPWriter.log"
-        
-        self._inputFileName = "multifasta.fsa"
-        
-        self._lSNPResult = []
-        self._dAlleleResult = {}
-        self._lIndividualResult = []
-        self._refSeq = Bioseq()
-        self._seqDb= BioseqDB()
-        
-        self._logFile = LoggerFactory.createLogger(self._logFileName, logging.INFO, "%(asctime)s %(levelname)s: %(message)s")
-        self._lSequenceWrapper = ReferenceBioseqAndLinesBioseqDBWrapper(self._refSeq, self._seqDb,  self._logFile, self._inputFileName)
-        self._lBatchLineResults = []
-        
-        self._Multifasta2SNPFileWriter = Multifasta2SNPFileWriter()
-        
-        self._inFileName = "multifasta.txt"
-        self._taxon = "Arabidopsis thaliana"
-
-    def tearDown(self):
-        if FileUtils.isRessourceExists(self._inFileName):
-            os.remove(self._inFileName)
-        if FileUtils.isRessourceExists("multifasta2SNP.log"):
-            os.remove("multifasta2SNP.log")
-        if FileUtils.isRessourceExists("Test_Multifasta2SNPWriter.log"):
-            os.remove("Test_Multifasta2SNPWriter.log")
-            
-        if FileUtils.isRessourceExists(self._obsSubSNPFile):
-            os.remove(self._obsSubSNPFile)
-        if FileUtils.isRessourceExists(self._expSubSNPFile):
-            os.remove(self._expSubSNPFile)
-            
-        if FileUtils.isRessourceExists(self._obsAlleleFile):
-            os.remove(self._obsAlleleFile)
-        if FileUtils.isRessourceExists(self._expAlleleFile):
-            os.remove(self._expAlleleFile)
-            
-        if FileUtils.isRessourceExists(self._obsIndividualFile):
-            os.remove(self._obsIndividualFile)
-        if FileUtils.isRessourceExists(self._expIndividualFile):
-            os.remove(self._expIndividualFile)
-            
-        if FileUtils.isRessourceExists(self._obsSequenceFSAFile):
-            os.remove(self._obsSequenceFSAFile)
-        if FileUtils.isRessourceExists(self._expSequenceFSAFile):
-            os.remove(self._expSequenceFSAFile)
-            
-        if FileUtils.isRessourceExists(self._obsSequenceCSVFile):
-            os.remove(self._obsSequenceCSVFile)
-        if FileUtils.isRessourceExists(self._expSequenceCSVFile):
-            os.remove(self._expSequenceCSVFile)
-
-        if FileUtils.isRessourceExists(self._obsBatchFile):
-            FileUtils.removeFilesByPattern(self._obsBatchFile)
-        if FileUtils.isRessourceExists(self._expBatchFile):
-            FileUtils.removeFilesByPattern(self._expBatchFile)
-        
-        if FileUtils.isRessourceExists(self._obsBatchLineFile):
-            FileUtils.removeFilesByPattern(self._obsBatchLineFile)
-        if FileUtils.isRessourceExists(self._expBatchLineFile):
-            FileUtils.removeFilesByPattern(self._expBatchLineFile)
-        
-    def test_writeSubSNPFileWithSubSNPList(self):
-        self._lSNPResult = [{'subSNPName': "SubSNP1", '5flank': "A", '3flank': "T", 'position': 1, 'lineName': "1", 'allele': 1, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}, 
-                            {'subSNPName': "SubSNP2", '5flank': "T", '3flank': "A", 'position': 10, 'lineName': "1", 'allele': 2, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                            {'subSNPName': "SubSNP3", '5flank': "T", '3flank': "A", 'position': 20, 'lineName': "2", 'allele': 3, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}]
-        
-        self._writeExpSubSNPFile()
-        self._Multifasta2SNPFileWriter._writeSubSNPFile(self._obsSubSNPFile, self._lSNPResult)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFile, self._obsSubSNPFile))
-    
-    def test_writeAlleleFileWithAlleleDict(self):
-        self._dAlleleResult['A'] = 1
-        self._dAlleleResult['C'] = 2
-        self._dAlleleResult['T'] = 3
-                        
-        self._writeExpAlleleFile()
-        self._Multifasta2SNPFileWriter._writeAlleleFile(self._obsAlleleFile, self._dAlleleResult)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFile, self._obsAlleleFile))
-        
-    def test_writeIndividualFileWithIndivList(self):
-        self._lIndividualResult = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                                   {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"}]
-              
-        self._writeExpIndividualFile()
-        
-        self._Multifasta2SNPFileWriter._writeIndividualFile(self._obsIndividualFile, self._lIndividualResult)
-        
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFile, self._obsIndividualFile))
-    
-    def test_writeSequenceFilesWithSequenceWrapper(self):        
-        self._writeInputFile()
-        self._writeExpSequenceFiles()
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(batchName, gene, taxon)
-        self._lSequenceWrapper = multifasta2SNPFile.createWrapperFromFile(self._inFileName)
-        lRefseq = []
-        lRefseq.append(self._lSequenceWrapper._iReferenceBioseq)
-        self._Multifasta2SNPFileWriter._writeSequenceFiles(self._obsSequenceFSAFile, self._obsSequenceCSVFile, lRefseq, taxon)
-
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFile, self._obsSequenceFSAFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFile, self._obsSequenceCSVFile))        
-    
-    def test_writeBatchFile(self):        
-        self._dBatchResults = {'BatchNumber': "1", 'BatchName': "batch1", 'GeneName': "gene1", 'RefSeqName': "Sequence de Reference"}
-        lBatchResults = []
-        lBatchResults.append(self._dBatchResults)
-        self._writeExpBatchFile()
-        self._Multifasta2SNPFileWriter._writeBatchFile(self._obsBatchFile, lBatchResults)
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFile, self._obsBatchFile))
-        
-    def test_writeBatchLineFile(self):        
-        self._lBatchLineResults = [{'IndividualNumber': "1", 'BatchNumber': "1"},
-                                   {'IndividualNumber': "2", 'BatchNumber': "1"}]
-        self._writeExpBatchLineFile()
-        self._Multifasta2SNPFileWriter._writeBatchLineFile(self._obsBatchLineFile, self._lBatchLineResults)
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFile, self._obsBatchLineFile))
-        
-    def test_sortAlleleResultByAlleleNumber(self):
-        dAlleleResults = {'A': 3,
-                          'G': 1,
-                          'C': 2}
-        
-        lExpAlleleSortedList = [('G', 1),
-                                ('C', 2),
-                                ('A', 3)]        
-        
-        lObsAlleleSortedList = self._Multifasta2SNPFileWriter.sortAlleleResultByAlleleNumber(dAlleleResults)
-        self.assertEquals(lExpAlleleSortedList, lObsAlleleSortedList)
-        
-    def test_write(self):
-        
-        self._writeInputFile()
-        batchName = "batch1"
-        taxon = "Arabidopsis thaliana"
-        gene = "methyltransferase"
-        multifasta2SNPFile = Multifasta2SNPFile(taxon, batchName, gene)
-        self._lSequenceWrapper = multifasta2SNPFile.createWrapperFromFile(self._inFileName)
-        
-        
-        multifasta2SNPFile._lSubSNPFileResults = [{'subSNPName': "SubSNP1", '5flank': "A", '3flank': "T", 'position': 1, 'lineName': "1", 'allele': 1, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}, 
-                            {'subSNPName': "SubSNP2", '5flank': "T", '3flank': "A", 'position': 10, 'lineName': "1", 'allele': 2, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1},
-                            {'subSNPName': "SubSNP3", '5flank': "T", '3flank': "A", 'position': 20, 'lineName': "2", 'allele': 3, 'batchNumber': 1, 'confidenceValue' : "A", 'type' : "SNP", 'length': 1}]
-        multifasta2SNPFile._dAlleleFileResults['A'] = 1
-        multifasta2SNPFile._dAlleleFileResults['C'] = 2
-        multifasta2SNPFile._dAlleleFileResults['T'] = 3
-        
-        multifasta2SNPFile._lIndividualFileResults = [{'individualNumber': 1, 'individualName': "Individual1", 'scientificName': "Arabidopsis thaliana"},
-                                   {'individualNumber': 2, 'individualName': "Individual2", 'scientificName': "Arabidopsis thaliana"}]
-        
-        multifasta2SNPFile._lBatchFileResults = [{'BatchNumber': "1", 'BatchName': "batch1", 'GeneName': "gene1", 'RefSeqName': "Sequence de Reference"}]
-        
-        multifasta2SNPFile._lBatchLineFileResults = [{'IndividualNumber': "1", 'BatchNumber': "1"},
-                                   {'IndividualNumber': "2", 'BatchNumber': "1"}] 
-        
-        
-        self._writeExpSubSNPFile()
-        self._writeExpAlleleFile()
-        self._writeExpIndividualFile()
-        self._writeExpSequenceFiles()
-        self._writeExpBatchFile()
-        self._writeExpBatchLineFile()
-        
-        self._Multifasta2SNPFileWriter.write(multifasta2SNPFile)
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSubSNPFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSubSNPFile, self._obsSubSNPFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsAlleleFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlleleFile, self._obsAlleleFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsIndividualFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expIndividualFile, self._obsIndividualFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceFSAFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceFSAFile, self._obsSequenceFSAFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsSequenceCSVFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expSequenceCSVFile, self._obsSequenceCSVFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchFile, self._obsBatchFile))
-        self.assertTrue(FileUtils.isRessourceExists(self._obsBatchLineFile))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expBatchLineFile, self._obsBatchLineFile))      
-    
-    def _writeExpSubSNPFile(self):
-        expFile = open(self._expSubSNPFile, "w")
-        expFile.write("SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber\n")
-        expFile.write("SubSNP1;A;SNP;1;A;T;1;1;1;Sequence;;;1\n")
-        expFile.write("SubSNP2;A;SNP;10;T;A;1;1;1;Sequence;;;2\n")
-        expFile.write("SubSNP3;A;SNP;20;T;A;1;1;2;Sequence;;;3\n")
-        expFile.close()
-        
-    def _writeExpAlleleFile(self):
-        expFile = open(self._expAlleleFile, "w")
-        expFile.write("AlleleNumber;Value;Motif;NbCopy;Comment\n")
-        expFile.write("1;A;;;\n")
-        expFile.write("2;C;;;\n")
-        expFile.write("3;T;;;\n")
-        expFile.close()        
-        
-        
-    def _writeExpIndividualFile(self):
-        expFile = open(self._expIndividualFile, "w")
-        expFile.write("IndividualNumber;IndividualName;Description;AberrAneuploide;FractionLength;DeletionLineSynthesis;UrlEarImage;TypeLine;ChromNumber;ArmChrom;DeletionBin;ScientificName;local_germplasm_name;submitter_code;local_institute;donor_institute;donor_acc_id\n")
-        expFile.write("1;Individual1;;;;;;;;;;Arabidopsis thaliana;;;;;\n")
-        expFile.write("2;Individual2;;;;;;;;;;Arabidopsis thaliana;;;;;\n")
-        expFile.close()        
-
-    def _writeInputFile(self):
-        inFileHandle = open(self._inFileName, "w")
-        inFileHandle.write(">Sequence_de_Reference\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line1\n")
-        inFileHandle.write("CCTTAGCCATTGCTTGGTGACTATGAAGGCAGTAGGCAAACCTCCACAATC\n")
-        inFileHandle.write(">Line2\n")
-        inFileHandle.write("CCTAAGCCATTGCTTGGTGACTATCAAGGCAGTAGCCAAACCTCCACAATA")
-        inFileHandle.close()
-        
-    def _writeExpSequenceFiles(self):
-        SequenceFSAFileHandle = open(self._expSequenceFSAFile, "w")
-        SequenceFSAFileHandle.write(">Sequence_de_Reference\n")
-        SequenceFSAFileHandle.write("CCTAAGCCATTGCTTGGTGATTATGAAGGCAGTAGTCAAACCTCCACAATC\n")
-        SequenceFSAFileHandle.close()
-        SequenceCSVFileHandle = open(self._expSequenceCSVFile, "w")
-        SequenceCSVFileHandle.write("SequenceName;SeqType;BankName;BankVersion;ACNumber;Locus;ScientificName\n")
-        SequenceCSVFileHandle.write("Sequence_de_Reference;Reference;;;;;Arabidopsis thaliana\n")
-        SequenceCSVFileHandle.close()
-        
-    def _writeExpBatchFile(self):
-        BatchFileHandle = open(self._expBatchFile, "w")
-        BatchFileHandle.write("BatchNumber: 1\n")
-        BatchFileHandle.write("BatchName: batch1\n")
-        BatchFileHandle.write("GeneName: gene1\n")
-        BatchFileHandle.write("Description: \n")
-        BatchFileHandle.write("ContactNumber: \n")
-        BatchFileHandle.write("ProtocolNumber: \n")
-        BatchFileHandle.write("ThematicNumber: \n")
-        BatchFileHandle.write("RefSeqName: Sequence de Reference\n")
-        BatchFileHandle.write("AlignmentFileName: \n")
-        BatchFileHandle.write("SeqName: \n")
-        BatchFileHandle.write("//\n")
-        BatchFileHandle.close()
-        
-    def _writeExpBatchLineFile(self):
-        BatchLineFileHandle = open(self._expBatchLineFile, "w")
-        BatchLineFileHandle.write("IndividualNumber;Pos5;Pos3;BatchNumber;Sequence\n")
-        BatchLineFileHandle.write("1;;;1;\n")
-        BatchLineFileHandle.write("2;;;1;\n")
-        BatchLineFileHandle.close()
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_PalsToAlign.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,43 +0,0 @@
-import unittest
-from commons.core.utils.FileUtils import FileUtils
-import os
-from commons.core.parsing.PalsToAlign import PalsToAlign
-
-class Test_PalsToAlign(unittest.TestCase):
-    
-    def setUp(self):
-        self._palsFileName = "input.gff"
-        self._expAlignFileName = "file.align"
-        self._obsAlignFileName = "output.align"
-        
-    def tearDown(self):
-        os.remove(self._palsFileName)
-        os.remove(self._expAlignFileName)
-        os.remove(self._obsAlignFileName)
-
-    def testRun(self):
-        self._writePalsFile(self._palsFileName)
-        self._writeExpAlignFile(self._expAlignFileName)
-        
-        iPalsToAlign = PalsToAlign(self._palsFileName,self._obsAlignFileName)
-        iPalsToAlign.run()
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expAlignFileName, self._obsAlignFileName))
-
-
-    def _writePalsFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("chunk01\tpals\thit\t32290\t32583\t252\t+\t.\tTarget chunk02 28975 29268; maxe 0.035\n")
-        f.write("chunk01\tpals\thit\t28975\t29268\t252\t+\t.\tTarget chunk02 32290 32583; maxe 0.035\n") 
-        f.write("chunk01\tpals\thit\t65932\t66032\t68\t+\t.\tTarget chunk02 59293 59395; maxe 0.085\n")
-        f.close()
-        
-    def _writeExpAlignFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("chunk01\t28975\t29268\tchunk02\t32290\t32583\t0.0\t252\t96.5\n") 
-        f.write("chunk01\t32290\t32583\tchunk02\t28975\t29268\t0.0\t252\t96.5\n")
-        f.write("chunk01\t65932\t66032\tchunk02\t59293\t59395\t0.0\t68\t91.5\n")
-        f.close()
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_PathNum2Id.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,69 +0,0 @@
-import unittest
-import os
-from commons.core.parsing.PathNum2Id import PathNum2Id
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_PathNum2Id(unittest.TestCase):
-
-    def setUp(self):
-        self._inputFileName = "dummyInputPathFile.path"
-        self._outputFileName = "dummyOutputPathFile.path"
-        self._expectedFileName = "expectedpathFile.path"
-        self._pathNum2Id = PathNum2Id()
-
-    def tearDown(self):
-        os.remove( self._inputFileName )
-        os.remove( self._outputFileName )
-        os.remove( self._expectedFileName )
-
-    def test_RunWhithoutReturnAtEndOfFile(self):
-        self._createAndFillInputFileWhithoutReturnAtTheEnd()
-        self._createExpectedFile()
-        self._pathNum2Id.setInFileName( self._inputFileName )
-        self._pathNum2Id.setOutFileName( self._outputFileName )
-        self._pathNum2Id.run()
-        fileutils = FileUtils()
-        self.assertTrue(fileutils.are2FilesIdentical(self._outputFileName, self._expectedFileName))
-      
-    def test_RunWhithReturnAtEndOfFile(self):
-        self._createAndFillInputFileWhithReturnAtTheEnd()
-        self._createExpectedFile()
-        self._pathNum2Id.setInFileName( self._inputFileName )
-        self._pathNum2Id.setOutFileName( self._outputFileName )
-        self._pathNum2Id.run()
-        fileutils = FileUtils()
-        self.assertTrue(fileutils.are2FilesIdentical(self._outputFileName, self._expectedFileName))
-        
-    def _createExpectedFile(self):
-        f = open(self._expectedFileName, "w")
-        f.write("1\tblumeria_Grouper_590_20:NoCat_1\t91\t108\tDUF234\t5\t22\t1.5\t3.2\t0\n")
-        f.write("2\tblumeria_Grouper_590_20:NoCat_1\t111\t119\tDUF1414\t1\t9\t6.3\t2.9\t0\n")
-        f.write("3\tblumeria_Grouper_590_20:NoCat_3\t30\t37\tCPW_WPC\t1\t9\t7.7\t1.5\t0\n")
-        f.write("4\tblumeria_Grouper_590_20:NoCat_3\t55\t69\tHECT\t341\t355\t9.2e-06\t0.0\t0\n")
-        f.write("5\tblumeria_Grouper_590_20:NoCat_4\t82\t91\tDUF46\t173\t182\t0.11\t6.4\t0\n")
-        f.write("6\tblumeria_Grouper_590_20:NoCat_5\t121\t125\tPOC4\t276\t280\t6.3\t-1.7\t0\n")
-        f.close()
-
-    def _createAndFillInputFileWhithoutReturnAtTheEnd(self):
-        f = open(self._inputFileName, "w")
-        f.write("1\tblumeria_Grouper_590_20:NoCat_1\t91\t108\tDUF234\t5\t22\t1.5\t3.2\t0\n")
-        f.write("2\tblumeria_Grouper_590_20:NoCat_1\t111\t119\tDUF1414\t1\t9\t6.3\t2.9\t0\n")
-        f.write("3\tblumeria_Grouper_590_20:NoCat_3\t30\t37\tCPW_WPC\t1\t9\t7.7\t1.5\t0\n")
-        f.write("1\tblumeria_Grouper_590_20:NoCat_3\t55\t69\tHECT\t341\t355\t9.2e-06\t0.0\t0\n")
-        f.write("2\tblumeria_Grouper_590_20:NoCat_4\t82\t91\tDUF46\t173\t182\t0.11\t6.4\t0\n")
-        f.write("3\tblumeria_Grouper_590_20:NoCat_5\t121\t125\tPOC4\t276\t280\t6.3\t-1.7\t0")
-        f.close()
-        
-    def _createAndFillInputFileWhithReturnAtTheEnd(self):
-        f = open(self._inputFileName, "w")
-        f.write("1\tblumeria_Grouper_590_20:NoCat_1\t91\t108\tDUF234\t5\t22\t1.5\t3.2\t0\n")
-        f.write("2\tblumeria_Grouper_590_20:NoCat_1\t111\t119\tDUF1414\t1\t9\t6.3\t2.9\t0\n")
-        f.write("3\tblumeria_Grouper_590_20:NoCat_3\t30\t37\tCPW_WPC\t1\t9\t7.7\t1.5\t0\n")
-        f.write("1\tblumeria_Grouper_590_20:NoCat_3\t55\t69\tHECT\t341\t355\t9.2e-06\t0.0\t0\n")
-        f.write("2\tblumeria_Grouper_590_20:NoCat_4\t82\t91\tDUF46\t173\t182\t0.11\t6.4\t0\n")
-        f.write("3\tblumeria_Grouper_590_20:NoCat_5\t121\t125\tPOC4\t276\t280\t6.3\t-1.7\t0\n")
-        f.close()
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_PslParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,165 +0,0 @@
-from commons.core.parsing.PslParser import PslParser
-import unittest, os
-
-
-class Test_PslParser(unittest.TestCase):
-
-    def test_forward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\T\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n158\t0\t0\t0\t0\t0\t1\t158\t+\ttest\t158\t0\t158\tchr1\t1501\t237\t553\t2\t79,79,\t0,79,\t237,474,\n")
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "test")
-            self.assertEquals(transcript.getChromosome(), "chr1")
-            self.assertEquals(transcript.getDirection(), 1)
-            self.assertEquals(transcript.getStart(), 238)
-            self.assertEquals(transcript.getEnd(),   553)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 0:
-                    self.assertEquals(exon.getStart(), 238)
-                    self.assertEquals(exon.getEnd(),   316)
-                elif i == 1:
-                    self.assertEquals(exon.getStart(), 475)
-                    self.assertEquals(exon.getEnd(),   553)
-        os.remove(fileName)
-        
-        
-    def test_backward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\tT\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n158\t0\t0\t0\t0\t0\t1\t158\t-\ttest\t158\t0\t158\tchr1\t1501\t237\t553\t2\t79,79,\t0,79,\t237,474,\n")
-
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "test")
-            self.assertEquals(transcript.getChromosome(), "chr1")
-            self.assertEquals(transcript.getDirection(), -1)
-            self.assertEquals(transcript.getStart(), 238)
-            self.assertEquals(transcript.getEnd(),   553)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 1:
-                    self.assertEquals(exon.getStart(), 238)
-                    self.assertEquals(exon.getEnd(),   316)
-                elif i == 0:
-                    self.assertEquals(exon.getStart(), 475)
-                    self.assertEquals(exon.getEnd(),   553)
-        os.remove(fileName)
-
-
-    def test_query_forward_target_forward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\tT\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n241\t0\t0\t0\t0\t0\t1\t60\t++\tseq1\t255\t9\t250\tref\t2262\t59\t360\t2\t121,120,\t9,130,\t59,240,\n")
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "seq1")
-            self.assertEquals(transcript.getChromosome(), "ref")
-            self.assertEquals(transcript.getDirection(), 1)
-            self.assertEquals(transcript.getStart(), 60)
-            self.assertEquals(transcript.getEnd(),   360)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 0:
-                    self.assertEquals(exon.getStart(), 60)
-                    self.assertEquals(exon.getEnd(),   180)
-                elif i == 1:
-                    self.assertEquals(exon.getStart(), 241)
-                    self.assertEquals(exon.getEnd(),   360)
-        os.remove(fileName)
-
-    def test_query_backward_target_forward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\tT\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n241\t0\t0\t0\t0\t0\t1\t60\t-+\tseq2\t255\t5\t246\tref\t2262\t59\t360\t2\t121,120,\t9,130,\t59,240,\n")
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "seq2")
-            self.assertEquals(transcript.getChromosome(), "ref")
-            self.assertEquals(transcript.getDirection(), -1)
-            self.assertEquals(transcript.getStart(), 60)
-            self.assertEquals(transcript.getEnd(),   360)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 1:
-                    self.assertEquals(exon.getStart(), 60)
-                    self.assertEquals(exon.getEnd(),   180)
-                elif i == 0:
-                    self.assertEquals(exon.getStart(), 241)
-                    self.assertEquals(exon.getEnd(),   360)
-        os.remove(fileName)
-
-    def test_query_backward_target_backward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\tT\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n241\t1\t0\t0\t0\t0\t1\t60\t--\tseq1\t255\t8\t250\tref\t2262\t58\t360\t2\t120,122,\t5,125,\t1902,2082,\n")
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "seq1")
-            self.assertEquals(transcript.getChromosome(), "ref")
-            self.assertEquals(transcript.getDirection(), 1)
-            self.assertEquals(transcript.getStart(), 59)
-            self.assertEquals(transcript.getEnd(),   360)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 0:
-                    self.assertEquals(exon.getStart(), 59)
-                    self.assertEquals(exon.getEnd(),   180)
-                elif i == 1:
-                    self.assertEquals(exon.getStart(), 241)
-                    self.assertEquals(exon.getEnd(),   360)
-        os.remove(fileName)
-
-
-    def test_query_forward_target_backward(self):
-        fileName = "tmpFile.psl"
-        handle   = open(fileName, "w")
-        handle.write("psLayout version 3\n\nmatch\tmis-\trep.\tN's\tQ gap\tQ gap\tT gap\tT gap\tstrand\tQ\tQ\tQ\tQ\tT\tT\tT\tT\tblock\tblockSizes\tqStarts\ttStarts\nmatch\tmatch\tcount\tbases\tcount\tbases\tname\tsize\tstart\tend\tname\tsize\tstart\tend\tcount\n---------------------------------------------------------------------------------------------------------------------------------------------------------------\n241\t1\t0\t0\t0\t0\t1\t60\t+-\tseq2\t255\t5\t247\tref\t2262\t58\t360\t2\t120,122,\t5,125,\t1902,2082,\n")
-        handle.close()
-
-        parser = PslParser(fileName, 0)
-        self.assertEquals(parser.getNbMappings(), 1)
-        for mapping in parser.getIterator():
-            transcript = mapping.getTranscript()
-            self.assertEquals(transcript.getName(), "seq2")
-            self.assertEquals(transcript.getChromosome(), "ref")
-            self.assertEquals(transcript.getDirection(), -1)
-            self.assertEquals(transcript.getStart(), 59)
-            self.assertEquals(transcript.getEnd(),   360)
-            self.assertEquals(transcript.getNbExons(), 2)
-            for i, exon in enumerate(transcript.getExons()):
-                if i == 1:
-                    self.assertEquals(exon.getStart(), 59)
-                    self.assertEquals(exon.getEnd(),   180)
-                elif i == 0:
-                    self.assertEquals(exon.getStart(), 241)
-                    self.assertEquals(exon.getEnd(),   360)
-        os.remove(fileName)
-
-
-if __name__ == "__main__":
-    unittest.main()
-
-
--- a/commons/core/parsing/test/Test_SsrParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,154 +0,0 @@
-from commons.core.parsing.SsrParser import SsrParser
-import unittest
-
-
-class Test_SsrParser(unittest.TestCase):
-
-
-    def test_setAttributesFromString(self):
-        ssrLine = "MRRE1H001B07RM1\t1\t2\tta\t19\t153\t190\t734"
-        
-        iSsrParser = SsrParser()
-        iSsrParser.setAttributesFromString(ssrLine)
-        
-        obsBES_name = iSsrParser.getBesName()
-        obsBES_redundancy = iSsrParser.getBesRedundancy()
-        obsSSR_nbNucleotides = iSsrParser.getSsrNbNucleotides()
-        obsSSR_Motif = iSsrParser.getSsrMotif()
-        obsSSR_Motif_number = iSsrParser.getSsrMotifNumber()
-        obsSSR_start = iSsrParser.getSsrStart()
-        obsSSR_end = iSsrParser.getSsrEnd()
-        obsBES_size = iSsrParser.getBesSize()
-        
-        expBES_name = 'MRRE1H001B07RM1'
-        expBES_redundancy = '1'
-        expSSR_nbNucleotides = '2'
-        expSSR_Motif = 'ta'
-        expSSR_Motif_number = '19'
-        expSSR_start = '153'
-        expSSR_end = '190'
-        expBES_size = '734'
-        
-        self.assertEquals(expBES_name, obsBES_name)
-        self.assertEquals(expBES_redundancy, obsBES_redundancy)
-        self.assertEquals(expSSR_nbNucleotides, obsSSR_nbNucleotides)
-        self.assertEquals(expSSR_Motif, obsSSR_Motif)
-        self.assertEquals(expSSR_Motif_number, obsSSR_Motif_number)
-        self.assertEquals(expSSR_start, obsSSR_start)
-        self.assertEquals(expSSR_end, obsSSR_end)
-        self.assertEquals(expBES_size, obsBES_size)
-        
-    def test_setAttributesFromString_empty_BESName(self):
-        ssrLine = "\t1\t2\tta\t19\t153\t190\t734"
-        
-        iSsrParser = SsrParser()
-        iSsrParser.setAttributesFromString(ssrLine)
-        
-        obsBES_name = iSsrParser.getBesName()
-        obsBES_redundancy = iSsrParser.getBesRedundancy()
-        obsSSR_nbNucleotides = iSsrParser.getSsrNbNucleotides()
-        obsSSR_Motif = iSsrParser.getSsrMotif()
-        obsSSR_Motif_number = iSsrParser.getSsrMotifNumber()
-        obsSSR_start = iSsrParser.getSsrStart()
-        obsSSR_end = iSsrParser.getSsrEnd()
-        obsBES_size = iSsrParser.getBesSize()
-        
-        expBES_name = ''
-        expBES_redundancy = ''
-        expSSR_nbNucleotides = ''
-        expSSR_Motif = ''
-        expSSR_Motif_number = ''
-        expSSR_start = ''
-        expSSR_end = ''
-        expBES_size = ''
-        
-        self.assertEquals(expBES_name, obsBES_name)
-        self.assertEquals(expBES_redundancy, obsBES_redundancy)
-        self.assertEquals(expSSR_nbNucleotides, obsSSR_nbNucleotides)
-        self.assertEquals(expSSR_Motif, obsSSR_Motif)
-        self.assertEquals(expSSR_Motif_number, obsSSR_Motif_number)
-        self.assertEquals(expSSR_start, obsSSR_start)
-        self.assertEquals(expSSR_end, obsSSR_end)
-        self.assertEquals(expBES_size, obsBES_size)
-
-    def test_setAttributesFromString_less_than_8_fields(self):
-        ssrLine = "1\t2\tta\t19\t153\t190\t734"
-        
-        iSsrParser = SsrParser()
-        iSsrParser.setAttributesFromString(ssrLine)
-        
-        obsBES_name = iSsrParser.getBesName()
-        obsBES_redundancy = iSsrParser.getBesRedundancy()
-        obsSSR_nbNucleotides = iSsrParser.getSsrNbNucleotides()
-        obsSSR_Motif = iSsrParser.getSsrMotif()
-        obsSSR_Motif_number = iSsrParser.getSsrMotifNumber()
-        obsSSR_start = iSsrParser.getSsrStart()
-        obsSSR_end = iSsrParser.getSsrEnd()
-        obsBES_size = iSsrParser.getBesSize()
-        
-        expBES_name = ''
-        expBES_redundancy = ''
-        expSSR_nbNucleotides = ''
-        expSSR_Motif = ''
-        expSSR_Motif_number = ''
-        expSSR_start = ''
-        expSSR_end = ''
-        expBES_size = ''
-        
-        self.assertEquals(expBES_name, obsBES_name)
-        self.assertEquals(expBES_redundancy, obsBES_redundancy)
-        self.assertEquals(expSSR_nbNucleotides, obsSSR_nbNucleotides)
-        self.assertEquals(expSSR_Motif, obsSSR_Motif)
-        self.assertEquals(expSSR_Motif_number, obsSSR_Motif_number)
-        self.assertEquals(expSSR_start, obsSSR_start)
-        self.assertEquals(expSSR_end, obsSSR_end)
-        self.assertEquals(expBES_size, obsBES_size)
-        
-    def test_setAttributes(self):
-        lResults = ['MRRE1H001B07RM1','1','2','ta','19','153','190','734']
-        lineNumber = 1
-        
-        iSsrParser = SsrParser()
-        iSsrParser.setAttributes(lResults, lineNumber)
-        
-        obsBES_name = iSsrParser.getBesName()
-        obsBES_redundancy = iSsrParser.getBesRedundancy()
-        obsSSR_nbNucleotides = iSsrParser.getSsrNbNucleotides()
-        obsSSR_Motif = iSsrParser.getSsrMotif()
-        obsSSR_Motif_number = iSsrParser.getSsrMotifNumber()
-        obsSSR_start = iSsrParser.getSsrStart()
-        obsSSR_end = iSsrParser.getSsrEnd()
-        obsBES_size = iSsrParser.getBesSize()
-        
-        expBES_name = 'MRRE1H001B07RM1'
-        expBES_redundancy = '1'
-        expSSR_nbNucleotides = '2'
-        expSSR_Motif = 'ta'
-        expSSR_Motif_number = '19'
-        expSSR_start = '153'
-        expSSR_end = '190'
-        expBES_size = '734'
-        
-        self.assertEquals(expBES_name, obsBES_name)
-        self.assertEquals(expBES_redundancy, obsBES_redundancy)
-        self.assertEquals(expSSR_nbNucleotides, obsSSR_nbNucleotides)
-        self.assertEquals(expSSR_Motif, obsSSR_Motif)
-        self.assertEquals(expSSR_Motif_number, obsSSR_Motif_number)
-        self.assertEquals(expSSR_start, obsSSR_start)
-        self.assertEquals(expSSR_end, obsSSR_end)
-        self.assertEquals(expBES_size, obsBES_size)
-        
-    def test_eq_Equals(self):
-        SsrParser1 = SsrParser('MRRE1H001A12RM1', '1', '4', 'ttta', '6', '272', '295', '724')
-        SsrParser2 = SsrParser('MRRE1H001A12RM1', '1', '4', 'ttta', '6', '272', '295', '724')
-        
-        self.assertTrue(SsrParser1 == SsrParser2)
-        
-    def test_eq_NotEquals(self):
-        SsrParser1 = SsrParser('MRRE1H001A12RM1', '1', '4', 'ttta', '6', '272', '295', '724')
-        SsrParser2 = SsrParser('MRRE1H001A12RM3', '1', '5', 'ttta', '6', '272', '295', '852')
-        
-        self.assertFalse(SsrParser1 == SsrParser2)
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanFile.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,287 +0,0 @@
-from commons.core.parsing.VarscanFile import VarscanFile
-from commons.core.parsing.VarscanHit import VarscanHit
-import unittest
-import os
-from commons.core.parsing.VarscanHit_WithTag import VarscanHit_WithTag
-from commons.core.parsing.VarscanHit_v2_2_8 import VarscanHit_v2_2_8
-from commons.core.parsing.VarscanHit_v2_2_8_WithTag import VarscanHit_v2_2_8_WithTag
-from commons.core.checker.CheckerException import CheckerException
-
-class Test_VarscanFile(unittest.TestCase):
-
-    def test_parse_fileWithHeader(self):
-        varscanFileName = "file.varscan"
-        self._writeVarscanFile(varscanFileName)
-        
-        varscanHit1 = VarscanHit()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        expVarscanHitsList = [varscanHit1, varscanHit2]
-        
-        iVarscanFile = VarscanFile(varscanFileName)
-        iVarscanFile.parse()
-        obsVarscanHitsList = iVarscanFile.getVarscanHitsList()
-        os.remove(varscanFileName)
-        
-        self.assertEquals(expVarscanHitsList, obsVarscanHitsList)   
-
-    def test_parse_FileWithoutHeader(self):
-        varscanFileName = "file.varscan"
-        self._writeVarscanFileWithoutHeader(varscanFileName)
-        
-        varscanHit1 = VarscanHit()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        expVarscanHitsList = [varscanHit1, varscanHit2]
-        
-        iVarscanFile = VarscanFile(varscanFileName)
-        iVarscanFile.parse()
-        obsVarscanHitsList = iVarscanFile.getVarscanHitsList()
-        obsTypeOfVarscanFile = iVarscanFile.getTypeOfVarscanFile()
-        expTypeOfVarscanFile = "Varscan_2_2"
-        
-        self.assertEquals(expVarscanHitsList, obsVarscanHitsList) 
-        self.assertEquals(expTypeOfVarscanFile, obsTypeOfVarscanFile) 
-        os.remove(varscanFileName)
-        
-    def test_parse_VarscanFileWithTag(self):
-        inputFileName = "%s/commons/core/parsing/test/varscan.tab" % os.environ["REPET_PATH"]
-        self._writeVarscanFileWithTag(inputFileName)
-        launcher = VarscanFile(inputFileName)
-        launcher.parse()
-        obsListOfVarscanHits = launcher.getListOfVarscanHits() 
-        
-        varscanHit1 = VarscanHit_WithTag()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setTag('EspeceA')
-        
-        varscanHit2 = VarscanHit_WithTag()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setTag('EspeceA')
-        expVarscanHitsList = [varscanHit1, varscanHit2] 
-        
-        obsTypeOfVarscanFile = launcher.getTypeOfVarscanFile()
-        expTypeOfVarscanFile = "Varscan_2_2_WithTag"
-        
-        self.assertEquals(expVarscanHitsList, obsListOfVarscanHits) 
-        self.assertEquals(expTypeOfVarscanFile, obsTypeOfVarscanFile) 
-        os.remove(inputFileName)
-        
-    def test_parse_VarscanFile_v2_2_8(self):
-        inputFileName = "%s/commons/core/parsing/test/varscan.tab" % os.environ["REPET_PATH"]
-        self._writeVarscanFile_v2_2_8(inputFileName)
-        launcher = VarscanFile(inputFileName)
-        launcher.parse()
-        obsListOfVarscanHits = launcher.getListOfVarscanHits() 
-        
-        varscanHit1 = VarscanHit_v2_2_8()
-        varscanHit1.setChrom('C11HBa0064J13_LR285')
-        varscanHit1.setPosition('3227')
-        varscanHit1.setRef('G')
-        varscanHit1.setVar('A')
-        varscanHit1.setCns('A')
-        
-        varscanHit2 = VarscanHit_v2_2_8()
-        varscanHit2.setChrom('C11HBa0064J13_LR285')
-        varscanHit2.setPosition('3230')
-        varscanHit2.setRef('G')
-        varscanHit2.setVar('T')
-        varscanHit2.setCns('T')
-        expVarscanHitsList = [varscanHit1, varscanHit2] 
-        
-        obsTypeOfVarscanFile = launcher.getTypeOfVarscanFile()
-        expTypeOfVarscanFile = "Varscan_2_2_8"
-        
-        self.assertEquals(expVarscanHitsList, obsListOfVarscanHits) 
-        self.assertEquals(expTypeOfVarscanFile, obsTypeOfVarscanFile) 
-        os.remove(inputFileName)
-    
-    def test_parse_other(self):
-        inputFileName = "%s/commons/core/parsing/test/varscan.tab" % os.environ["REPET_PATH"]
-        self._writeOther(inputFileName)
-        launcher = VarscanFile(inputFileName)
-        try:
-            launcher.parse()
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "Warning: this line (l.1) is not a valid varscan line !"
-        obsMessage = checkerExceptionInstance.msg
-        os.remove(inputFileName)
-        self.assertEquals(expMessage, obsMessage) 
-        
-    def test__eq__notEqual(self):
-        lVarscanHits1 = [VarscanHit("chrom", "12", "T", "G"), VarscanHit("chrom", "14", "T", "G")]
-        iVarscanFile1 = VarscanFile()
-        iVarscanFile1.setVarscanHitsList(lVarscanHits1)
-        lVarscanHits2 = [VarscanHit("chrom", "12", "T", "G"), VarscanHit("chrom", "14", "T", "C")]
-        iVarscanFile2 = VarscanFile()
-        iVarscanFile2.setVarscanHitsList(lVarscanHits2)
-
-        self.assertNotEquals(iVarscanFile1, iVarscanFile2)
-        
-    def test__eq__equal(self):
-        lVarscanHits1 = [VarscanHit("chrom", "12", "T", "G"), VarscanHit("chrom", "14", "T", "G")]
-        iVarscanFile1 = VarscanFile()
-        iVarscanFile1.setVarscanHitsList(lVarscanHits1)
-        lVarscanHits2 = [VarscanHit("chrom", "12", "T", "G"), VarscanHit("chrom", "14", "T", "G")]
-        iVarscanFile2 = VarscanFile()
-        iVarscanFile2.setVarscanHitsList(lVarscanHits2)
-
-        self.assertEquals(iVarscanFile1, iVarscanFile2)
-        
-    def test_selectTypeOfVarscanHitObject_noVarscanHit(self):
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("")
-        try:
-            launcher.selectTypeOfVarscanHitObject()
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "Error: no varscan object found !"
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage) 
-        
-    def test_selectTypeOfVarscanHitObject_VarscanHit(self):
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2")
-        obsVarscanHit = launcher.selectTypeOfVarscanHitObject()
-        expVarscanHit = VarscanHit()
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_selectTypeOfVarscanHitObject_VarscanHitWithTag(self):
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_WithTag")
-        obsVarscanHit = launcher.selectTypeOfVarscanHitObject()
-        expVarscanHit = VarscanHit_WithTag()
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_selectTypeOfVarscanHitObject_noVarscanHit_2_2_8(self):
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_8")
-        obsVarscanHit = launcher.selectTypeOfVarscanHitObject()
-        expVarscanHit = VarscanHit_v2_2_8()
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_selectTypeOfVarscanHitObject_noVarscanHit_2_2_8_WithTag(self):
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_8_WithTag")
-        obsVarscanHit = launcher.selectTypeOfVarscanHitObject()
-        expVarscanHit = VarscanHit_v2_2_8_WithTag()
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_createVarscanObjectFromLine_VarscanHit(self):
-        line = "C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n"
-        nbLine = 1
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2")
-        obsVarscanHit = launcher.createVarscanObjectFromLine(line, nbLine)
-        expVarscanHit = VarscanHit()
-        expVarscanHit.setChrom('C02HBa0291P19_LR48')
-        expVarscanHit.setPosition('32')
-        expVarscanHit.setRef('C')
-        expVarscanHit.setVar('T')
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_createVarscanObjectFromLine_VarscanHitWithTag(self):
-        line = "C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\tEspeceA\n"
-        nbLine = 1
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_WithTag")
-        obsVarscanHit = launcher.createVarscanObjectFromLine(line, nbLine)
-        expVarscanHit = VarscanHit_WithTag()
-        expVarscanHit.setChrom('C02HBa0291P19_LR48')
-        expVarscanHit.setPosition('32')
-        expVarscanHit.setRef('C')
-        expVarscanHit.setVar('T')
-        expVarscanHit.setTag('EspeceA')
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_createVarscanObjectFromLine_VarscanHit_v2_2_8(self):
-        line = "C11HBa0064J13_LR285\t3227\tG\tA\t0\t1\t100%\t0\t1\t0\t54\t0.98\t0\t1\t0\t0\t1\t0\tA\n"
-        nbLine = 1
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_8")
-        obsVarscanHit = launcher.createVarscanObjectFromLine(line, nbLine)
-        expVarscanHit = VarscanHit_v2_2_8()
-        expVarscanHit.setChrom('C11HBa0064J13_LR285')
-        expVarscanHit.setPosition('3227')
-        expVarscanHit.setRef('G')
-        expVarscanHit.setVar('A')
-        expVarscanHit.setCns('A')
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-        
-    def test_createVarscanObjectFromLine_VarscanHit_v2_2_8_WithTag(self):
-        line = "C11HBa0064J13_LR285\t3227\tG\tA\t0\t1\t100%\t0\t1\t0\t54\t0.98\t0\t1\t0\t0\t1\t0\tA\tEspeceA\n"
-        nbLine = 1
-        launcher = VarscanFile()
-        launcher.setTypeOfVarscanFile("Varscan_2_2_8_WithTag")
-        obsVarscanHit = launcher.createVarscanObjectFromLine(line, nbLine)
-        expVarscanHit = VarscanHit_v2_2_8_WithTag()
-        expVarscanHit.setChrom('C11HBa0064J13_LR285')
-        expVarscanHit.setPosition('3227')
-        expVarscanHit.setRef('G')
-        expVarscanHit.setVar('A')
-        expVarscanHit.setCns('A')
-        expVarscanHit.setTag('EspeceA')
-        self.assertEquals(expVarscanHit, obsVarscanHit)
-    
-    def _writeVarscanFile(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("C02HBa0291P19_LR48\t34\tA\tT\t1\t2\t66,67%\t1\t1\t40\t34\t0.3999999999999999\n")
-        varscanFile.close()
-
-    def _writeVarscanFileWithoutHeader(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("C02HBa0291P19_LR48\t34\tA\tT\t1\t2\t66,67%\t1\t1\t40\t34\t0.3999999999999999\n")
-        varscanFile.close()
-    
-    def _writeVarscanFileWithTag(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\tEspeceA\n")
-        varscanFile.write("C02HBa0291P19_LR48\t34\tA\tT\t1\t2\t66,67%\t1\t1\t40\t34\t0.3999999999999999\tEspeceA\n")
-        varscanFile.close()
-    
-    def _writeVarscanFile_v2_2_8(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tCons\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\tMapQual1\tMapQual2\tReads1Plus\tReads1Minus\tReads2Plus\tReads2Minus\tVarAllele\n")
-        varscanFile.write("C11HBa0064J13_LR285\t3227\tG\tA\t0\t1\t100%\t0\t1\t0\t54\t0.98\t0\t1\t0\t0\t1\t0\tA\n")
-        varscanFile.write("C11HBa0064J13_LR285\t3230\tG\tT\t0\t1\t100%\t0\t1\t0\t54\t0.98\t0\t1\t0\t0\t1\t0\tT\n")
-        varscanFile.close()
-    
-    def _writeOther(self, fileName):
-        file = open(fileName, 'w')
-        file.write('##gff-version 3\n')
-        file.write('chr16\tBlatToGff\tBES\t21686950\t21687294\t.\t+\t.\tID=MRRE1H001H13FM1;Name=MRRE1H001H13FM1;bes_start=21686950;bes_end=21687294;bes_size=22053297\n')
-        file.write('chr16\tBlatToGff\tBES\t21736364\t21737069\t.\t+\t.\tID=machin1;Name=machin1;bes_start=21736364;bes_end=21737069;bes_size=22053297\n')
-        file.write('chr11\tBlatToGff\tBES\t3725876\t3726473\t.\t+\t.\tID=MRRE1H032F08FM1;Name=MRRE1H032F08FM1;bes_start=3725876;bes_end=3726473;bes_size=19818926\n')
-        file.write('chr11\tBlatToGff\tBES\t3794984\t3795627\t.\t+\t.\tID=machin2;Name=machin2;bes_start=3794984;bes_end=3795627;bes_size=19818926\n')
-        file.write('chr18\tBlatToGff\tBES\t12067347\t12067719\t.\t+\t.\tID=machin3;Name=machin3;bes_start=12067347;bes_end=12067719;bes_size=29360087\n')
-        file.close()
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanFileForGnpSNP.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,305 +0,0 @@
-import unittest
-import os
-
-from commons.core.parsing.VarscanFileForGnpSNP import VarscanFileForGnpSNP
-from commons.core.parsing.VarscanHitForGnpSNP import VarscanHitForGnpSNP
-
-class Test_VarscanFileForGnpSNP(unittest.TestCase):
-
-    def test__init__(self):
-        expFastqFileName = "SR.fastq"
-        expRefFastaFileName = "ref.fasta"
-        expTaxonName = "Arabidopsis thaliana"
-        expVarscanFieldSeparator = "\t"
-        expVarscanHitsList = []
-        
-        iVarscanFileForGnpSNP = VarscanFileForGnpSNP("", expFastqFileName, expRefFastaFileName, expTaxonName)
-        
-        obsFastaqFileName = iVarscanFileForGnpSNP.getFastqFileName()
-        obsRefFastaFileName = iVarscanFileForGnpSNP.getRefFastaFileName()
-        obsTaxonName = iVarscanFileForGnpSNP.getTaxonName()
-        obsVarscanFieldSeparator = iVarscanFileForGnpSNP.getVarscanFieldSeparator()
-        obsVarscanHitsList = iVarscanFileForGnpSNP.getVarscanHitsList()
-        
-        self.assertEquals(expFastqFileName, obsFastaqFileName)
-        self.assertEquals(expRefFastaFileName, obsRefFastaFileName)
-        self.assertEquals(expTaxonName, obsTaxonName)
-        self.assertEquals(expVarscanFieldSeparator, obsVarscanFieldSeparator)
-        self.assertEquals(expVarscanHitsList, obsVarscanHitsList)
-
-    def test_parse(self):
-        varscanFileName = "varscan.tab"
-        self._writeVarscanFile(varscanFileName)
-        
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        varscanHit1.setGnpSNPRef("C")
-        varscanHit1.setGnpSNPVar("T")
-        varscanHit1.setGnpSNPPosition(32)
-        varscanHit1.setOccurrence(1)
-        varscanHit1.setPolymType("SNP")
-        varscanHit1.setPolymLength(1)
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('40')
-        varscanHit2.setQual2('34')
-        varscanHit2.setPvalue('0.3999999999999999')
-        varscanHit2.setGnpSNPRef("A")
-        varscanHit2.setGnpSNPVar("T")
-        varscanHit2.setGnpSNPPosition(34)
-        varscanHit2.setOccurrence(1)
-        varscanHit2.setPolymType("SNP")
-        varscanHit2.setPolymLength(1)
-        expVarscanHitsList = [varscanHit1, varscanHit2]
-        
-        iVarscanFileForGnpSNP = VarscanFileForGnpSNP(varscanFileName, '', '', '')
-        iVarscanFileForGnpSNP.parse()
-        obsVarscanHitsList = iVarscanFileForGnpSNP.getVarscanHitsList()
-        os.remove(varscanFileName)
-        
-        self.assertEquals(expVarscanHitsList, obsVarscanHitsList)
-    
-    def test_parse_with_same_position_and_chr_and_type(self):
-        varscanFileName = "varscan.tab"
-        self._writeVarscanFile_2(varscanFileName)
-        
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        varscanHit1.setOccurrence(1)
-        varscanHit1._polymType = "SNP"
-        varscanHit1._gnpSnp_position = 32
-        varscanHit1._gnpSnp_ref = "C"
-        varscanHit1._gnpSnp_var = "T"
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('32')
-        varscanHit2.setRef('C')
-        varscanHit2.setVar('A')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('37')
-        varscanHit2.setQual2('35')
-        varscanHit2.setPvalue('0.3999999999999999')
-        varscanHit2.setOccurrence(2)
-        varscanHit2._polymType = "SNP"
-        varscanHit2._gnpSnp_position = 32
-        varscanHit2._gnpSnp_ref = "C"
-        varscanHit2._gnpSnp_var = "T"
-        
-        expVarscanHitsOccurence = varscanHit2._occurrence
-        
-        iVarscanFileForGnpSNP = VarscanFileForGnpSNP(varscanFileName, '', '', '')
-        iVarscanFileForGnpSNP.parse()
-        obsVarscanHitsList = iVarscanFileForGnpSNP.getVarscanHitsList()
-        obsVarscanHitsOccurence = obsVarscanHitsList[1]._occurrence
-        os.remove(varscanFileName)
-        
-        self.assertEquals(expVarscanHitsOccurence, obsVarscanHitsOccurence)    
-        
-    def test_parse_with_same_position_and_chr_and_different_type(self):
-        varscanFileName = "varscan.tab"
-        self._writeVarscanFile_3(varscanFileName)
-        
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        varscanHit1.setOccurrence(1)
-        varscanHit1._polymType = "SNP"
-        varscanHit1._gnpSnp_position = 32
-        varscanHit1._gnpSnp_ref = "C"
-        varscanHit1._gnpSnp_var = "T"
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('32')
-        varscanHit2.setRef('C')
-        varscanHit2.setVar('+A')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('37')
-        varscanHit2.setQual2('35')
-        varscanHit2.setPvalue('0.3999999999999999')
-        varscanHit2.setOccurrence(1)
-        varscanHit2._polymType = "SNP"
-        varscanHit2._gnpSnp_position = 32
-        varscanHit2._gnpSnp_ref = "C"
-        varscanHit2._gnpSnp_var = "T"
-        
-        expVarscanHitsOccurence = varscanHit2._occurrence
-        
-        iVarscanFileForGnpSNP = VarscanFileForGnpSNP(varscanFileName)
-        iVarscanFileForGnpSNP.parse()
-        obsVarscanHitsList = iVarscanFileForGnpSNP.getVarscanHitsList()
-        obsVarscanHitsOccurence = obsVarscanHitsList[1].getOccurrence()
-        os.remove(varscanFileName)
-        
-        self.assertEquals(expVarscanHitsOccurence, obsVarscanHitsOccurence)    
-        
-    def test_parse_on_occurence(self):
-        varscanFileName = "varscan.tab"
-        self._writeVarscanFile_4(varscanFileName)
-        
-        expOccurrence1 = 1
-        expOccurrence2 = 1
-        expOccurrence3 = 2
-        expOccurrence4 = 1
-        expOccurrence5 = 1
-        expOccurrence6 = 2
-        
-        iVarscanFileForGnpSNP = VarscanFileForGnpSNP(varscanFileName)
-        iVarscanFileForGnpSNP.parse()
-        obsVarscanHitsList = iVarscanFileForGnpSNP.getVarscanHitsList()
-        obsOccurrence1 = obsVarscanHitsList[0].getOccurrence()
-        obsOccurrence2 = obsVarscanHitsList[1].getOccurrence()
-        obsOccurrence3 = obsVarscanHitsList[2].getOccurrence()
-        obsOccurrence4 = obsVarscanHitsList[3].getOccurrence()
-        obsOccurrence5 = obsVarscanHitsList[4].getOccurrence()
-        obsOccurrence6 = obsVarscanHitsList[5].getOccurrence()
-        os.remove(varscanFileName)
-        
-        self.assertEquals(expOccurrence1, obsOccurrence1)
-        self.assertEquals(expOccurrence2, obsOccurrence2)
-        self.assertEquals(expOccurrence3, obsOccurrence3)
-        self.assertEquals(expOccurrence4, obsOccurrence4)
-        self.assertEquals(expOccurrence5, obsOccurrence5)
-        self.assertEquals(expOccurrence6, obsOccurrence6)
-        
-    def test__eq__notEqual(self):
-        fastqFileName = "SR.fastq"
-        refFastaFileName = "ref.fasta"
-        taxonName = "Arabidopsis thaliana"
-        
-        iVarscanFileForGnpSNP1 = VarscanFileForGnpSNP("", fastqFileName, refFastaFileName, taxonName)
-        
-        fastqFileName = "SR.fastq2"
-        refFastaFileName = "ref.fasta"
-        taxonName = "Arabidopsis thaliana"
-        
-        iVarscanFileForGnpSNP2 = VarscanFileForGnpSNP("", fastqFileName, refFastaFileName, taxonName)
-
-        self.assertFalse(iVarscanFileForGnpSNP1 == iVarscanFileForGnpSNP2)
-        
-    def test__eq__equal(self):
-        fastqFileName = "SR.fastq"
-        refFastaFileName = "ref.fasta"
-        taxonName = "Arabidopsis thaliana"
-        
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('40')
-        varscanHit1.setQual2('34')
-        varscanHit1.setPvalue('0.3999999999999999')
-        lVarscanHits1 = [varscanHit1]
-        
-        iVarscanFileForGnpSNP1 = VarscanFileForGnpSNP("", fastqFileName, refFastaFileName, taxonName)
-        iVarscanFileForGnpSNP1.setVarscanHitsList(lVarscanHits1)
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('40')
-        varscanHit2.setQual2('34')
-        varscanHit2.setPvalue('0.3999999999999999')
-        lVarscanHits2 = [varscanHit2]
-
-        iVarscanFileForGnpSNP2 = VarscanFileForGnpSNP("", fastqFileName, refFastaFileName, taxonName)
-        iVarscanFileForGnpSNP2.setVarscanHitsList(lVarscanHits2)
-
-        self.assertTrue(iVarscanFileForGnpSNP1 == iVarscanFileForGnpSNP2)
-    
-    def _writeVarscanFile(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("C02HBa0291P19_LR48\t34\tA\tT\t1\t2\t66,67%\t1\t1\t40\t34\t0.3999999999999999\n")
-        varscanFile.close()
-    
-    def _writeVarscanFile_2(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tA\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.close()
-        
-    def _writeVarscanFile_3(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("C02HBa0291P19_LR48\t32\tC\t+A\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.close()
-
-    def _writeVarscanFile_4(self, varscanFileName):
-        varscanFile = open(varscanFileName, 'w')
-        varscanFile.write("Chrom\tPosition\tRef\tVar\tReads1\tReads2\tVarFreq\tStrands1\tStrands2\tQual1\tQual2\tPvalue\n")
-        varscanFile.write("seqname\t2\tA\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("seqname\t4\tC\tG\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("seqname\t4\tC\tA\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("seqname\t8\tT\tA\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("chrom\t4\tC\tG\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.write("chrom\t4\tC\tA\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n")
-        varscanFile.close()
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanHit.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,165 +0,0 @@
-import unittest
-from commons.core.parsing.VarscanHit import VarscanHit
-from commons.core.checker.CheckerException import CheckerException
-
-class Test_VarscanHit(unittest.TestCase):
-
-    def test_setAttributesFromString(self):
-        line = "C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n"
-        
-        expChrom = "C02HBa0291P19_LR48"
-        expPosition = "32"
-        expRef = "C"
-        expVar = "T"
-        
-        varscanHit = VarscanHit()
-        varscanHit.setAttributesFromString(line)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsVar = varscanHit.getVar()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expVar, obsVar)
-        
-    def test_setAttributesFromString_empty_chrom(self):
-        line = "\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\t35\t0.3999999999999999\n"
-        iVarscanHit = VarscanHit()
-        try :
-            iVarscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line "
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def  test_setAttributesFromString_less_than_12_fields(self):
-        line = "C02HBa0291P19_LR48\t32\tC\tT\t1\t2\t66,67%\t1\t1\t37\n"
-        iVarscanHit = VarscanHit()
-        iVarscanHit.setAttributesFromString(line)
-        self.assertEquals("", iVarscanHit.getQualVar())
-        self.assertEquals("", iVarscanHit.getPValue())
-        
-    def test_setAttributes(self):
-        lResults = ["C02HBa0291P19_LR48", "32", "C", "T", "1", "2", "66,67%", "1", "1", "37", "35", "0.3999999999999999"]
-        lineNumber = 1
-        
-        expChrom = "C02HBa0291P19_LR48"
-        expPosition = "32"
-        expRef = "C"
-        expVar = "T"
-        
-        varscanHit = VarscanHit()
-        varscanHit.setAttributes(lResults, lineNumber)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsVar = varscanHit.getVar()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expVar, obsVar)
-
-    def test_setAttributes_empty_chrom(self):
-        lResults = ["", "", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 1
-        
-        varscanHit = VarscanHit()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_position(self):
-        lResults = ["chrom", "", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHit()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Position is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_ref(self):
-        lResults = ["chrom", "position", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHit()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Ref is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_var(self):
-        lResults = ["chrom", "position", "ref", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHit()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Var is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test__eq__notEquals(self):
-        varscanHit1 = VarscanHit()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        
-        self.assertFalse(varscanHit1 == varscanHit2)
-
-    def test__eq__Equals(self):
-        varscanHit1 = VarscanHit()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('32')
-        varscanHit2.setRef('C')
-        varscanHit2.setVar('T')
-        
-        self.assertTrue(varscanHit1 == varscanHit2)        
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanHitForGnpSNP.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,412 +0,0 @@
-import unittest
-from commons.core.parsing.VarscanHitForGnpSNP import VarscanHitForGnpSNP
-from commons.core.checker.CheckerException import CheckerException
-
-class Test_VarscanHitForGnpSNP(unittest.TestCase):
-
-    def test_setAttributes(self):
-        lResults = ["C02HBa0291P19_LR48", "32", "C", "T", "1", "2", "66,67%", "1", "1", "37", "35", "0.3999999999999999"]
-        lineNumber = 1
-    
-        expChrom = "C02HBa0291P19_LR48"
-        expPosition = "32"
-        expRef = "C"
-        expVar = "T"
-        expReads1 = "1"
-        expReads2 = "2"
-        expVarFreq = 66.67
-        expStrands1 = "1"
-        expStrands2 = "1"
-        expQual1 = "37"
-        expQual2 = "35"
-        expPvalue = "0.3999999999999999"
-        
-        varscanHit = VarscanHitForGnpSNP()
-        varscanHit.setAttributes(lResults, lineNumber)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsVar = varscanHit.getVar()
-        obsReads1 = varscanHit.getReads1()
-        obsReads2 = varscanHit.getReads2()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrands1 = varscanHit.getStrands1()
-        obsStrands2 = varscanHit.getStrands2()
-        obsQual1 = varscanHit.getQual1()
-        obsQual2 = varscanHit.getQual2()
-        obsPvalue = varscanHit.getPvalue()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expVar, obsVar)
-        self.assertEquals(expReads1, obsReads1)
-        self.assertEquals(expReads2, obsReads2)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrands1, obsStrands1)
-        self.assertEquals(expStrands2, obsStrands2)
-        self.assertEquals(expQual1, obsQual1)
-        self.assertEquals(expQual2, obsQual2)
-        self.assertEquals(expPvalue, obsPvalue)
-
-    def test_setAttributes_empty_chrom(self):
-        lResults = ["", "", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 1
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_position(self):
-        lResults = ["chrom", "", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Position is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_ref(self):
-        lResults = ["chrom", "position", "", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Ref is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_var(self):
-        lResults = ["chrom", "position", "ref", "", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Var is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_reads1(self):
-        lResults = ["chrom", "position", "ref", "var", "", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Reads1 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_reads2(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Reads2 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_varFreq(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field VarFreq is empty or in bad format in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_strands1(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "10", "", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Strands1 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_strands2(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "10", "strands1", "", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Strands2 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_qual1(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "10", "strands1", "strands2", "", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Qual1 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_qual2(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "10", "strands1", "strands2", "qual1", "", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Qual2 is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_pvalue(self):
-        lResults = ["chrom", "position", "ref", "var", "reads1", "reads2", "10", "strands1", "strands2", "qual1", "qual2", ""]
-        lineNumber = 5
-        
-        varscanHit = VarscanHitForGnpSNP()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Pvalue is empty in varscan file in line 5"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-        
-    def test__eq__notEquals(self):
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('40')
-        varscanHit2.setQual2('34')
-        varscanHit2.setPvalue('0.3999999999999999')
-        
-        self.assertFalse(varscanHit1 == varscanHit2)
-
-    def test__eq__Equals(self):
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        
-        varscanHit2 = VarscanHitForGnpSNP()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('32')
-        varscanHit2.setRef('C')
-        varscanHit2.setVar('T')
-        varscanHit2.setReads1('1')
-        varscanHit2.setReads2('2')
-        varscanHit2.setVarFreq('66,67%')
-        varscanHit2.setStrands1('1')
-        varscanHit2.setStrands2('1')
-        varscanHit2.setQual1('37')
-        varscanHit2.setQual2('35')
-        varscanHit2.setPvalue('0.3999999999999999')
-        
-        self.assertTrue(varscanHit1 == varscanHit2)        
-
-    def test_formatAlleles2GnpSnp_for_Deletion(self):
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('-ATT')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        
-        expPolymType = "DELETION"
-        expGnpSnpRef = "ATT"
-        expGnpSnpVar = "---"
-        expGnpSnpPosition = 33
-        
-        varscanHit1.formatAlleles2GnpSnp()
-        
-        obsPolymType = varscanHit1.getPolymType()
-        obsGnpSnpRef = varscanHit1.getGnpSnpRef()
-        obsGnpSnpVar = varscanHit1.getGnpSnpVar()
-        obsGnpSnpPosition = varscanHit1.getGnpSnpPosition()
-        
-        self.assertEquals(expPolymType,obsPolymType)
-        self.assertEquals(expGnpSnpRef, obsGnpSnpRef)
-        self.assertEquals(expGnpSnpVar, obsGnpSnpVar)
-        self.assertEquals(expGnpSnpPosition, obsGnpSnpPosition)
-        
-    def test_setVarFreq(self):
-        varscanHit1 = VarscanHitForGnpSNP()  
-        exp = 66.67      
-        varscanHit1.setVarFreq('66,67%')
-        obs = varscanHit1.getVarFreq()
-        self.assertEquals(exp, obs)
-            
-    def test_formatAlleles2GnpSnp_for_Insertion(self):
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setVar('+TG')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        
-        expPolymType = "INSERTION"
-        expGnpSnpRef = "--"
-        expGnpSnpVar = "TG"
-        expGnpSnpPosition = 32
-        
-        varscanHit1.formatAlleles2GnpSnp()
-        
-        obsPolymType = varscanHit1.getPolymType()
-        obsGnpSnpRef = varscanHit1.getGnpSnpRef()
-        obsGnpSnpVar = varscanHit1.getGnpSnpVar()
-        obsGnpSnpPosition = varscanHit1.getGnpSnpPosition()
-        
-        self.assertEquals(expPolymType,obsPolymType)
-        self.assertEquals(expGnpSnpRef, obsGnpSnpRef)
-        self.assertEquals(expGnpSnpVar, obsGnpSnpVar)
-        self.assertEquals(expGnpSnpPosition, obsGnpSnpPosition)
-        
-    def test_formatAlleles2GnpSnp_for_SNP(self):
-        varscanHit1 = VarscanHitForGnpSNP()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('12')
-        varscanHit1.setRef('G')
-        varscanHit1.setVar('T')
-        varscanHit1.setReads1('1')
-        varscanHit1.setReads2('2')
-        varscanHit1.setVarFreq('66,67%')
-        varscanHit1.setStrands1('1')
-        varscanHit1.setStrands2('1')
-        varscanHit1.setQual1('37')
-        varscanHit1.setQual2('35')
-        varscanHit1.setPvalue('0.3999999999999999')
-        
-        expPolymType = "SNP"
-        expGnpSnpRef = "G"
-        expGnpSnpVar = "T"
-        expGnpSnpPosition = 12
-        
-        varscanHit1.formatAlleles2GnpSnp()
-        
-        obsPolymType = varscanHit1.getPolymType()
-        obsGnpSnpRef = varscanHit1.getGnpSnpRef()
-        obsGnpSnpVar = varscanHit1.getGnpSnpVar()
-        obsGnpSnpPosition = varscanHit1.getGnpSnpPosition()
-        
-        self.assertEquals(expPolymType,obsPolymType)
-        self.assertEquals(expGnpSnpRef, obsGnpSnpRef)
-        self.assertEquals(expGnpSnpVar, obsGnpSnpVar)
-        self.assertEquals(expGnpSnpPosition, obsGnpSnpPosition)
-        
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanHit_WithTag.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,212 +0,0 @@
-import unittest
-from commons.core.checker.CheckerException import CheckerException
-from commons.core.parsing.VarscanHit_WithTag import VarscanHit_WithTag
-
-class Test_VarscanHit_WithTag(unittest.TestCase):
-
-    def test_setAttributesFromString(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\tEspeceA\n"
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expVar = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expTag = "EspeceA"
-        
-        varscanHit = VarscanHit_WithTag()
-        varscanHit.setAttributesFromString(line)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsVar = varscanHit.getVar()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsTag = varscanHit.getTag()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expVar, obsVar)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expTag, obsTag)
-        
-    def test_setAttributesFromString_empty_chrom(self):
-        line = "\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\tEspeceA\n"
-        varscanHit = VarscanHit_WithTag()
-        try :
-            varscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "The field Chrom is empty in varscan file in line "
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage)
-        
-    def test_setAttributes(self):
-        lResults = ['chr1', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', 'EspeceA']
-        lineNumber = 1
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expVar = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expTag = "EspeceA"
-        
-        varscanHit = VarscanHit_WithTag()
-        varscanHit.setAttributes(lResults, lineNumber)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsVar = varscanHit.getVar()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsTag = varscanHit.getTag()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expVar, obsVar)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expTag, obsTag)
-
-    def test_setAttributes_empty_chrom(self):
-        lResults = ['', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_position(self):
-        lResults = ['chr1', '', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Position is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_ref(self):
-        lResults = ['chr1', '1000', '', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Ref is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_cns(self):
-        lResults = ['chr1', '1000', 'T', '', '0', '1', '100%', '0', '1', '0', '53', '0.98', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Var is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test__eq__notEquals(self):
-        varscanHit1 = VarscanHit_WithTag()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setVar('T')
-        varscanHit1.setVar('EspeceA')
-        
-        varscanHit2 = VarscanHit_WithTag()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setVar('EspeceB')
-        
-        self.assertFalse(varscanHit1 == varscanHit2)
-
-    def test__eq__Equals(self):
-        varscanHit1 = VarscanHit_WithTag()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setVar('T')
-        varscanHit1.setVar('EspeceA')
-        
-        varscanHit2 = VarscanHit_WithTag()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setVar('T')
-        varscanHit2.setVar('EspeceA')
-    
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanHit_v2_2_8.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,290 +0,0 @@
-import unittest
-from commons.core.checker.CheckerException import CheckerException
-from commons.core.parsing.VarscanHit_v2_2_8 import VarscanHit_v2_2_8
-from commons.core.parsing.VarscanHit import VarscanHit
-
-class Test_VarscanHit_v2_2_8(unittest.TestCase):
-
-    def test_setAttributesFromString(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\n"
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expCns = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expMapQualRef = "0"
-        expMapQualVar = "1"
-        expReadsRefPlus = "0"
-        expReadsRefMinus = "0"
-        expReadsVarPlus = "1"
-        expReadsVarMinus = "0"
-        expVar = "C"
-        
-        varscanHit = VarscanHit_v2_2_8()
-        varscanHit.setAttributesFromString(line)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsCns = varscanHit.getCns()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsMapQualRef = varscanHit.getMapQualRef()
-        obsMapQualVar = varscanHit.getMapQualVar()
-        obsReadsRefPlus = varscanHit.getReadsRefPlus()
-        obsReadsRefMinus = varscanHit.getReadsRefMinus()
-        obsReadsVarPlus = varscanHit.getReadsVarPlus()
-        obsReadsVarMinus = varscanHit.getReadsVarMinus()
-        obsVar = varscanHit.getVar()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expCns, obsCns)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expMapQualRef, obsMapQualRef)
-        self.assertEquals(expMapQualVar, obsMapQualVar)
-        self.assertEquals(expReadsRefPlus, obsReadsRefPlus)
-        self.assertEquals(expReadsRefMinus, obsReadsRefMinus)
-        self.assertEquals(expReadsVarPlus, obsReadsVarPlus)
-        self.assertEquals(expReadsVarMinus, obsReadsVarMinus)
-        self.assertEquals(expVar, obsVar)
-        
-    def test_setAttributesFromString_empty_chrom(self):
-        line = "\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\n"
-        varscanHit = VarscanHit_v2_2_8()
-        try :
-            varscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "The field Chrom is empty in varscan file in line "
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributesFromString_less_than_19_fields(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\n"
-        varscanHit = VarscanHit_v2_2_8()
-        try :
-            varscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "This varscan line (l.) is not complete"
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage)
-        
-    def test_setAttributes(self):
-        lResults = ['chr1', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C']
-        lineNumber = 1
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expCns = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expMapQualRef = "0"
-        expMapQualVar = "1"
-        expReadsRefPlus = "0"
-        expReadsRefMinus = "0"
-        expReadsVarPlus = "1"
-        expReadsVarMinus = "0"
-        expVar = "C"
-        
-        varscanHit = VarscanHit_v2_2_8()
-        varscanHit.setAttributes(lResults, lineNumber)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsCns = varscanHit.getCns()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsMapQualRef = varscanHit.getMapQualRef()
-        obsMapQualVar = varscanHit.getMapQualVar()
-        obsReadsRefPlus = varscanHit.getReadsRefPlus()
-        obsReadsRefMinus = varscanHit.getReadsRefMinus()
-        obsReadsVarPlus = varscanHit.getReadsVarPlus()
-        obsReadsVarMinus = varscanHit.getReadsVarMinus()
-        obsVar = varscanHit.getVar()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expCns, obsCns)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expMapQualRef, obsMapQualRef)
-        self.assertEquals(expMapQualVar, obsMapQualVar)
-        self.assertEquals(expReadsRefPlus, obsReadsRefPlus)
-        self.assertEquals(expReadsRefMinus, obsReadsRefMinus)
-        self.assertEquals(expReadsVarPlus, obsReadsVarPlus)
-        self.assertEquals(expReadsVarMinus, obsReadsVarMinus)
-        self.assertEquals(expVar, obsVar)
-
-    def test_setAttributes_empty_chrom(self):
-        lResults = ['', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_position(self):
-        lResults = ['chr1', '', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Position is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_ref(self):
-        lResults = ['chr1', '1000', '', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Ref is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_cns(self):
-        lResults = ['chr1', '1000', 'T', '', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Cons is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_var(self):
-        lResults = ['chr1', '1000', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', '']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field varAllele is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test__eq__notEquals(self):
-        varscanHit1 = VarscanHit_v2_2_8()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('32')
-        varscanHit1.setRef('C')
-        varscanHit1.setCns('T')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit_v2_2_8()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setCns('T')
-        varscanHit2.setVar('T')
-        
-        self.assertFalse(varscanHit1 == varscanHit2)
-
-    def test__eq__Equals(self):
-        varscanHit1 = VarscanHit_v2_2_8()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setCns('T')
-        varscanHit1.setVar('T')
-        
-        varscanHit2 = VarscanHit_v2_2_8()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setCns('T')
-        varscanHit2.setVar('T')
-        
-        self.assertTrue(varscanHit1 == varscanHit2)
-        
-    def test_convertVarscanHit_v2_2_8_To_VarscanHit(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\n"
-        iVarscanHit_v2_2_8_WithTag = VarscanHit_v2_2_8()
-        iVarscanHit_v2_2_8_WithTag.setAttributesFromString(line)
-        obsVarcanHit_WithTag = iVarscanHit_v2_2_8_WithTag.convertVarscanHit_v2_2_8_To_VarscanHit()
-        
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\n"
-        expVarcanHit_WithTag = VarscanHit()
-        expVarcanHit_WithTag.setAttributesFromString(line)
-        
-        self.assertEquals(expVarcanHit_WithTag, obsVarcanHit_WithTag)
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanHit_v2_2_8_WithTag.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,300 +0,0 @@
-import unittest
-from commons.core.checker.CheckerException import CheckerException
-from commons.core.parsing.VarscanHit_v2_2_8_WithTag import VarscanHit_v2_2_8_WithTag
-from commons.core.parsing.VarscanHit_WithTag import VarscanHit_WithTag
-
-class Test_VarscanHit_v2_2_8_WithTag(unittest.TestCase):
-
-    def test_setAttributesFromString(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\tEspeceA\n"
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expCns = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expMapQualRef = "0"
-        expMapQualVar = "1"
-        expReadsRefPlus = "0"
-        expReadsRefMinus = "0"
-        expReadsVarPlus = "1"
-        expReadsVarMinus = "0"
-        expVar = "C"
-        expTag = "EspeceA"
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        varscanHit.setAttributesFromString(line)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsCns = varscanHit.getCns()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsMapQualRef = varscanHit.getMapQualRef()
-        obsMapQualVar = varscanHit.getMapQualVar()
-        obsReadsRefPlus = varscanHit.getReadsRefPlus()
-        obsReadsRefMinus = varscanHit.getReadsRefMinus()
-        obsReadsVarPlus = varscanHit.getReadsVarPlus()
-        obsReadsVarMinus = varscanHit.getReadsVarMinus()
-        obsVar = varscanHit.getVar()
-        obsTag = varscanHit.getTag()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expCns, obsCns)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expMapQualRef, obsMapQualRef)
-        self.assertEquals(expMapQualVar, obsMapQualVar)
-        self.assertEquals(expReadsRefPlus, obsReadsRefPlus)
-        self.assertEquals(expReadsRefMinus, obsReadsRefMinus)
-        self.assertEquals(expReadsVarPlus, obsReadsVarPlus)
-        self.assertEquals(expReadsVarMinus, obsReadsVarMinus)
-        self.assertEquals(expVar, obsVar)
-        self.assertEquals(expTag, obsTag)
-        
-    def test_setAttributesFromString_empty_chrom(self):
-        line = "\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\tEspeceA\n"
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        try :
-            varscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "The field Chrom is empty in varscan file in line "
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributesFromString_less_than_20_fields(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\tEspeceA\n"
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        try :
-            varscanHit.setAttributesFromString(line)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        expMessage = "This varscan line (l.) is not complete"
-        obsMessage = checkerExceptionInstance.msg
-        self.assertEquals(expMessage, obsMessage)
-        
-    def test_setAttributes(self):
-        lResults = ['chr1', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C', 'EspeceA']
-        lineNumber = 1
-        
-        expChrom = "chr1"
-        expPosition = "1804"
-        expRef = "T"
-        expCns = "C"
-        expReadsRef = "0"
-        expReadsVar = "1"
-        expVarFreq = "100%"
-        expStrandsRef = "0"
-        expStrandsVar = "1"
-        expQualRef = "0"
-        expQualVar = "53"
-        expPValue = "0.98"
-        expMapQualRef = "0"
-        expMapQualVar = "1"
-        expReadsRefPlus = "0"
-        expReadsRefMinus = "0"
-        expReadsVarPlus = "1"
-        expReadsVarMinus = "0"
-        expVar = "C"
-        expTag = "EspeceA"
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        varscanHit.setAttributes(lResults, lineNumber)
-        
-        obsChrom = varscanHit.getChrom()
-        obsPosition = varscanHit.getPosition()
-        obsRef = varscanHit.getRef()
-        obsCns = varscanHit.getCns()
-        obsReadsRef = varscanHit.getReadsRef()
-        obsReadsVar = varscanHit.getReadsVar()
-        obsVarFreq = varscanHit.getVarFreq()
-        obsStrandsRef = varscanHit.getStrandsRef()
-        obsStrandsVar = varscanHit.getStrandsVar()
-        obsQualRef = varscanHit.getQualRef()
-        obsQualVar = varscanHit.getQualVar()
-        obsPValue = varscanHit.getPValue()
-        obsMapQualRef = varscanHit.getMapQualRef()
-        obsMapQualVar = varscanHit.getMapQualVar()
-        obsReadsRefPlus = varscanHit.getReadsRefPlus()
-        obsReadsRefMinus = varscanHit.getReadsRefMinus()
-        obsReadsVarPlus = varscanHit.getReadsVarPlus()
-        obsReadsVarMinus = varscanHit.getReadsVarMinus()
-        obsVar = varscanHit.getVar()
-        obsTag = varscanHit.getTag()
-        
-        self.assertEquals(expChrom, obsChrom)
-        self.assertEquals(expPosition, obsPosition)
-        self.assertEquals(expRef, obsRef)
-        self.assertEquals(expCns, obsCns)
-        self.assertEquals(expReadsRef, obsReadsRef)
-        self.assertEquals(expReadsVar, obsReadsVar)
-        self.assertEquals(expVarFreq, obsVarFreq)
-        self.assertEquals(expStrandsRef, obsStrandsRef)
-        self.assertEquals(expStrandsVar, obsStrandsVar)
-        self.assertEquals(expQualRef, obsQualRef)
-        self.assertEquals(expQualVar, obsQualVar)
-        self.assertEquals(expPValue, obsPValue)
-        self.assertEquals(expMapQualRef, obsMapQualRef)
-        self.assertEquals(expMapQualVar, obsMapQualVar)
-        self.assertEquals(expReadsRefPlus, obsReadsRefPlus)
-        self.assertEquals(expReadsRefMinus, obsReadsRefMinus)
-        self.assertEquals(expReadsVarPlus, obsReadsVarPlus)
-        self.assertEquals(expReadsVarMinus, obsReadsVarMinus)
-        self.assertEquals(expVar, obsVar)
-        self.assertEquals(expTag, obsTag)
-
-    def test_setAttributes_empty_chrom(self):
-        lResults = ['', '1804', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Chrom is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_position(self):
-        lResults = ['chr1', '', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Position is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_ref(self):
-        lResults = ['chr1', '1000', '', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Ref is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_cns(self):
-        lResults = ['chr1', '1000', 'T', '', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', 'C', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field Cons is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test_setAttributes_empty_var(self):
-        lResults = ['chr1', '1000', 'T', 'C', '0', '1', '100%', '0', '1', '0', '53', '0.98', '0', '1', '0', '0', '1', '0', '', 'EspeceA']
-        lineNumber = 1
-        
-        varscanHit = VarscanHit_v2_2_8_WithTag()
-        checkerExceptionInstance = None
-        try:
-            varscanHit.setAttributes(lResults, lineNumber)
-        except CheckerException, e:
-            checkerExceptionInstance = e
-        
-        expMessage = "The field varAllele is empty in varscan file in line 1"
-        obsMessage = checkerExceptionInstance.msg
-           
-        self.assertEquals(expMessage, obsMessage)
-
-    def test__eq__notEquals(self):
-        varscanHit1 = VarscanHit_v2_2_8_WithTag()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setCns('T')
-        varscanHit1.setVar('T')
-        varscanHit1.setVar('EspeceA')
-        
-        varscanHit2 = VarscanHit_v2_2_8_WithTag()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setCns('T')
-        varscanHit2.setVar('T')
-        varscanHit2.setVar('EspeceB')
-        
-        self.assertFalse(varscanHit1 == varscanHit2)
-
-    def test__eq__Equals(self):
-        varscanHit1 = VarscanHit_v2_2_8_WithTag()
-        varscanHit1.setChrom('C02HBa0291P19_LR48')
-        varscanHit1.setPosition('34')
-        varscanHit1.setRef('A')
-        varscanHit1.setCns('T')
-        varscanHit1.setVar('T')
-        varscanHit1.setVar('EspeceA')
-        
-        varscanHit2 = VarscanHit_v2_2_8_WithTag()
-        varscanHit2.setChrom('C02HBa0291P19_LR48')
-        varscanHit2.setPosition('34')
-        varscanHit2.setRef('A')
-        varscanHit2.setCns('T')
-        varscanHit2.setVar('T')
-        varscanHit2.setVar('EspeceA')
-        
-        self.assertTrue(varscanHit1 == varscanHit2)
-        
-    def test_convertVarscanHit_v2_2_8_WithTag_To_VarscanHit_WithTag(self):
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\t0\t1\t0\t0\t1\t0\tC\tEspeceA\n"
-        iVarscanHit_v2_2_8_WithTag = VarscanHit_v2_2_8_WithTag()
-        iVarscanHit_v2_2_8_WithTag.setAttributesFromString(line)
-        obsVarcanHit_WithTag = iVarscanHit_v2_2_8_WithTag.convertVarscanHit_v2_2_8_WithTag_To_VarscanHit_WithTag()
-        
-        line = "chr1\t1804\tT\tC\t0\t1\t100%\t0\t1\t0\t53\t0.98\tEspeceA\n"
-        expVarcanHit_WithTag = VarscanHit_WithTag()
-        expVarcanHit_WithTag.setAttributesFromString(line)
-        
-        self.assertEquals(expVarcanHit_WithTag, obsVarcanHit_WithTag)
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_VarscanToVCF.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,61 +0,0 @@
-import unittest
-from commons.core.parsing.VarscanToVCF import VarscanToVCF
-
-class Test_VarscanToVCF(unittest.TestCase):
-    
-    def setUp(self):
-        self._iVarscanToVCF = VarscanToVCF(doClean = True, verbosity = 2)
-    
-#    def test_convertVarscanLineToVCFRecord(self):
-##        Chrom    Position    Ref    Cons    Reads1    Reads2    VarFreq    Strands1    Strands2    Qual1    Qual2    Pvalue           
-##        chr1    10            C        Y        1        1        50%        1            1            68    69    0.49999999999999994
-##     MapQual1    MapQual2    Reads1Plus    Reads1Minus    Reads2Plus    Reads2Minus    VarAllele
-##             1           1            1            0            1            0                T
-#        varscanLine = "chr1\t10\tC\tY\t1\t1\t50%\t1\t1\t68\t69\t0.49999999999999994\t1\t1\t1\t0\t1\t0\tT"
-#        obsRecord = self._iVarscanToVCF._convertVarscanLineToVCFRecord(varscanLine, 1)
-#        
-#        expInfo = {"AF": "50%",
-#                   "DP": 2,
-#                   "MQ": "1"}
-#
-#        expRecord = vcf.model._Record("chr1", 10, "1", "C", "T", 3.010299957, ".", expInfo, ".", None)
-##        CHROM, POS, ID, REF, ALT, QUAL, FILTER, INFO, FORMAT, sample_indexes, samples=None
-#        
-#        self.assertEqual(expRecord.ID, obsRecord.ID)
-#        self.assertEqual(expRecord.QUAL, obsRecord.QUAL)
-#        self.assertEqual(expRecord.FILTER, obsRecord.FILTER)
-#        self.assertEqual(expRecord.INFO, obsRecord.INFO)
-#        self.assertEqual(expRecord.FORMAT, obsRecord.FORMAT)
-#        self.assertEqual(expRecord, obsRecord)
-    
-    def test_convertVarscanLineToVCFLine(self):
-#        Chrom    Position    Ref    Cons    Reads1    Reads2    VarFreq    Strands1    Strands2    Qual1    Qual2    Pvalue           
-#        chr1    10            C        Y        1        1        50%        1            1            68    69    0.49999999999999994
-#     MapQual1    MapQual2    Reads1Plus    Reads1Minus    Reads2Plus    Reads2Minus    VarAllele
-#             1           1            1            0            1            0                T
-        varscanLine = "chr1\t10\tC\tY\t1\t1\t50%\t1\t1\t68\t69\t0.49999999999999994\t1\t1\t1\t0\t1\t0\tT"
-        obsVCFLine = self._iVarscanToVCF._convertVarscanLineToVCFRecord(varscanLine, 1)
-        
-        expVCFLine = "chr1\t10\t.\tC\tT\t3.010299957\t.\tAF=0.5000;DP=2;RBQ=68;ABQ=69\n"
-        #        CHROM, POS, ID, REF, ALT, QUAL, FILTER, INFO
-        self.assertEqual(expVCFLine, obsVCFLine)
-        
-    def test_convertVarscanLineToVCFLine_false_VarAllele(self):
-        varscanLine = "chr1\t10\tC\tY\t1\t1\t50%\t1\t1\t68\t69\t0.49999999999999994\t1\t1\t1\t0\t1\t0\tA"
-        obsVCFLine = self._iVarscanToVCF._convertVarscanLineToVCFRecord(varscanLine, 1)
-        
-        expVCFLine = "chr1\t10\t.\tC\tT\t3.010299957\t.\tAF=0.5000;DP=2;RBQ=68;ABQ=69\n"
-        #        CHROM, POS, ID, REF, ALT, QUAL, FILTER, INFO
-        self.assertEqual(expVCFLine, obsVCFLine)
-        
-    def test_convertVarscanLineToVCFRecord_empty_line(self):
-        obsMsg = ""
-        try:
-            self._iVarscanToVCF._convertVarscanLineToVCFRecord("", 10)
-        except Exception as e:
-            obsMsg = e.msg
-        
-        self.assertEqual("This varscan line (l.10) is not complete", obsMsg)
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/Test_WigParser.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,28 +0,0 @@
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.parsing.WigParser import WigParser
-import unittest
-
-class Test_WigParser(unittest.TestCase):
-    
-    def tearDown(self):
-        FileUtils.removeFilesByPattern("data/.chr*.index")
-
-    def test_GetRange1(self):
-        self.parser = WigParser("data/test.wig")
-        outputRange = [0.0, 1.1, 1.2, 0.0, 1.4, 1.5, 0.0, 1.7, 0.0, 1.9, 0.0]
-        self.assertEqual(self.parser.getRange("chr1", 10, 20), outputRange)
-        outputRange = [0.0, 9.5, 9.6, 0.0]
-        self.assertEqual(self.parser.getRange("chrX", 4, 7), outputRange)
-
-    def test_GetRange2(self):
-        self.parser = WigParser("data/test1.wig")
-        outputRange = [0.0, 1.1, 1.2, 0.0, 1.4, 1.5, 0.0, 1.7, 0.0, 1.9, 0.0]
-        self.assertEqual(self.parser.getRange("chr2", 10, 20), outputRange)
-
-    def test_GetRange3(self):
-        self.parser = WigParser("data/test2.wig")
-        outputRange = [1.4, 1.5]
-        self.assertEqual(self.parser.getRange("chr3", 14, 15), outputRange)
-
-if __name__ == '__main__':
-        unittest.main()
--- a/commons/core/parsing/test/Test_pilerTAToGrouperMap.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,108 +0,0 @@
-import unittest
-import os
-from commons.core.parsing.PilerTAToGrouperMap import PilerTAToGrouperMap
-from commons.core.utils.FileUtils import FileUtils
-
-class Test_pilerTAToGrouperMap(unittest.TestCase):
-
-    def setUp(self):
-        self._inputGffFileName = "input.gff"
-        self._inputPYRFileName = "input_pyr.gff"
-        self._inputMOTIFFileName = "input_motif.gff"
-        
-        self._obsOutFileName = "output.info"
-        self._obsGrouperFileName = "input_motif.gff.grp"
-        self._obsGrpMapFileName = "input_motif.gff.grp.map"
-        
-        self._expOutFileName = "exp_output.info"
-        self._expGrouperFileName = "exp_motif.gff.grp"
-        self._expGrpMapFileName = "exp_motif.gff.grp.map"
-        
-    def tearDown(self):
-        os.remove(self._inputGffFileName)
-        os.remove(self._inputPYRFileName)
-        os.remove(self._inputMOTIFFileName)
-        
-        os.remove(self._obsOutFileName)
-        os.remove(self._obsGrouperFileName)
-        os.remove(self._obsGrpMapFileName)
-        
-        os.remove(self._expOutFileName)
-        os.remove(self._expGrouperFileName)
-        os.remove(self._expGrpMapFileName)
-
-    def testRun(self):
-        self._writePilerTAFilePYR(self._inputPYRFileName)
-        self._writePilerTAFileMOTIF(self._inputMOTIFFileName)
-        self._writePilerTAGff(self._inputGffFileName)
-        
-        self._writeExpOutputFile(self._expOutFileName)
-        self._writeExpGrouperFile(self._expGrouperFileName)
-        self._writeExpGrouperMapFile(self._expGrpMapFileName)
-        
-        iPilerTAToGrouperMap = PilerTAToGrouperMap(self._inputGffFileName, self._inputPYRFileName,self._inputMOTIFFileName, self._obsOutFileName)
-        iPilerTAToGrouperMap.run()
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expOutFileName, self._obsOutFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expGrouperFileName, self._obsGrouperFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(self._expGrpMapFileName, self._obsGrpMapFileName))
-
-
-    def _writePilerTAGff(self, fileName):
-        f = open(fileName, "w")
-        f.write("chunk21\tpiler\thit\t155146\t156020\t0\t+\t.\tTarget chunk21 150519 151392 ; Pile 510 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\thit\t154790\t156023\t0\t+\t.\tTarget chunk21 150519 151751 ; Pile 510 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\thit\t154078\t156023\t0\t+\t.\tTarget chunk21 150519 152463 ; Pile 510 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\thit\t154256\t156023\t0\t+\t.\tTarget chunk21 150519 152285 ; Pile 510 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\thit\t154434\t156023\t0\t+\t.\tTarget chunk21 150519 152107 ; Pile 510 ; Pyramid 0\n")
-        f.close()
-
-    def _writePilerTAFilePYR(self, fileName):
-        f = open(fileName, "w")
-        f.write("chunk21\tpiler\tpyramid\t150519\t156023\t0\t.\t.\tPyramidIndex 0\n")
-        f.write("chunk21\tpiler\tpyramid\t150519\t156023\t0\t.\t.\tPyramidIndex 1\n")
-        f.write("chunk21\tpiler\tpyramid\t165574\t174424\t0\t.\t.\tPyramidIndex 2\n")
-        f.write("chunk21\tpiler\tpyramid\t166301\t174424\t0\t.\t.\tPyramidIndex 3\n")
-        f.write("chunk21\tpiler\tpyramid\t168967\t174424\t0\t.\t.\tPyramidIndex 4\n")
-        f.write("chunk21\tpiler\tpyramid\t170215\t174424\t0\t.\t.\tPyramidIndex 5\n")
-        f.close()
-        
-    def _writePilerTAFileMOTIF(self, fileName):
-        f = open(fileName, "w")
-        f.write("chunk21\tpiler\ttandemmotif\t155843\t156020\t0\t.\t.\tTarget chunk21 151215 151392 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\ttandemmotif\t151215\t151392\t0\t.\t.\tTarget chunk21 155843 156020 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\ttandemmotif\t151574\t151751\t0\t.\t.\tTarget chunk21 155843 156020 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\ttandemmotif\t152286\t152463\t0\t.\t.\tTarget chunk21 155843 156020 ; Pyramid 0\n")
-        f.write("chunk21\tpiler\ttandemmotif\t152108\t152285\t0\t.\t.\tTarget chunk21 155843 156020 ; Pyramid 0\n")
-        f.close()
-        
-    def _writeExpOutputFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("Pile 510\tPyramid 0\n")
-        f.write("\tPyramid 1\n")
-        f.write("\tPyramid 2\n")
-        f.write("\tPyramid 3\n")
-        f.write("\tPyramid 4\n")
-        f.write("\tPyramid 5\n")
-        f.close()
-    
-    def _writeExpGrouperFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("MbS1Gr0Cl510\tchunk21\tpiler\ttandemmotif\t155843\t156020\t0\t.\t.\tTarget chunk21 151215 151392 \tPile 510\tPyramid 0\n")
-        f.write("MbS2Gr0Cl510\tchunk21\tpiler\ttandemmotif\t151215\t151392\t0\t.\t.\tTarget chunk21 155843 156020 \tPile 510\tPyramid 0\n")
-        f.write("MbS3Gr0Cl510\tchunk21\tpiler\ttandemmotif\t151574\t151751\t0\t.\t.\tTarget chunk21 155843 156020 \tPile 510\tPyramid 0\n")
-        f.write("MbS4Gr0Cl510\tchunk21\tpiler\ttandemmotif\t152286\t152463\t0\t.\t.\tTarget chunk21 155843 156020 \tPile 510\tPyramid 0\n")
-        f.write("MbS5Gr0Cl510\tchunk21\tpiler\ttandemmotif\t152108\t152285\t0\t.\t.\tTarget chunk21 155843 156020 \tPile 510\tPyramid 0\n")
-        f.close()
-        
-    def _writeExpGrouperMapFile(self, fileName):
-        f = open(fileName, "w")
-        f.write("MbS1Gr0Cl510\tchunk21\t155843\t156020\n") 
-        f.write("MbS2Gr0Cl510\tchunk21\t151215\t151392\n") 
-        f.write("MbS3Gr0Cl510\tchunk21\t151574\t151751\n") 
-        f.write("MbS4Gr0Cl510\tchunk21\t152286\t152463\n") 
-        f.write("MbS5Gr0Cl510\tchunk21\t152108\t152285\n") 
-        f.close()
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/parsing/test/data/ExpPotDooblonsSubSNP.csv	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,832 +0,0 @@
-SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber
-Batch_AU247387_SNP_30_10102;A;SNP;30;NNNTATAGCTCCTAACATTCCTGAAGTGA;GATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;9
-Batch_AU247387_SNP_30_IRELAND;A;SNP;30;NNNTATAGCTCCTAACATTCCTGAAGTGA;GATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGT;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_30_POLAND;A;SNP;30;NNNTATAGCTCCTAACATTCCTGAAGTGA;GATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGT;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_30_VIGOR;A;SNP;30;NNNTATAGCTCCTAACATTCCTGAAGTGA;GATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGT;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_34_10102;A;SNP;34;NNNTATAGCTCCTAACATTCCTGAAGTGAAGAT;ACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_34_IRELAND;A;SNP;34;NNNTATAGCTCCTAACATTCCTGAAGTGACGAT;CCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCT;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_34_POLAND;A;SNP;34;NNNTATAGCTCCTAACATTCCTGAAGTGAAGAT;ACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_34_VIGOR;A;SNP;34;NNNTATAGCTCCTAACATTCCTGAAGTGAAGAT;ACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_35_10102;A;SNP;35;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATC;CRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;9
-Batch_AU247387_SNP_35_IRELAND;A;SNP;35;NNNTATAGCTCCTAACATTCCTGAAGTGACGATT;CAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTG;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_35_POLAND;A;SNP;35;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATC;CGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCAT;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_35_VIGOR;A;SNP;35;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATC;CGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCAT;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_37_10102;A;SNP;37;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCAC;GAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;5
-Batch_AU247387_SNP_37_IRELAND;A;SNP;37;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCC;GAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_37_POLAND;A;SNP;37;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCAC;GAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGG;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_37_VIGOR;A;SNP;37;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCAC;GAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_44_IRELAND;A;SNP;44;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGAC;CGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG--------;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_44_POLAND;A;SNP;44;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGAC;TGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTT;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_44_VIGOR;A;SNP;44;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGAC;TGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_45_IRELAND;A;SNP;45;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACA;GATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_45_POLAND;A;SNP;45;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACC;GGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTC;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_45_VIGOR;A;SNP;45;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACC;GGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTC;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_47_10102;A;SNP;47;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNG;CTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;6
-Batch_AU247387_SNP_47_IRELAND;A;SNP;47;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACG;TTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-----------;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_47_POLAND;A;SNP;47;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTG;CTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTC;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_47_VIGOR;A;SNP;47;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTG;CTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTC;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_48_10102;A;SNP;48;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGG;TGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_48_IRELAND;A;SNP;48;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGA;TGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_48_POLAND;A;SNP;48;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGG;TGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCT;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_48_VIGOR;A;SNP;48;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGG;TGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_52_10102;A;SNP;52;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_52_10954;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_52_CARILLON;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;AACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_52_F14-13;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;4
-Batch_AU247387_SNP_52_GREECE;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;4
-Batch_AU247387_SNP_52_IMAGINE;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_52_IRELAND;A;SNP;52;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGT;AACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_52_NEMOF;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_52_NEMOH;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_52_POLAND;A;SNP;52;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_52_SPAIN;A;SNP;52;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNT;AACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_52_VIGOR;A;SNP;52;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGT;AATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_55_10102;A;SNP;55;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;10
-Batch_AU247387_SNP_55_10954;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_55_CARILLON;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAA;ATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_55_F14-13;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;10
-Batch_AU247387_SNP_55_GAGNY;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;ATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;7
-Batch_AU247387_SNP_55_GREECE;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAA;ATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;7
-Batch_AU247387_SNP_55_IMAGINE;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_55_IRELAND;A;SNP;55;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAA;ATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-------------------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_55_NEMOF;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_55_NEMOH;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_55_POLAND;A;SNP;55;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_55_SPAIN;A;SNP;55;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAA;ATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_55_VIGOR;A;SNP;55;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAA;GTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCT;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_56_10102;A;SNP;56;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;6
-Batch_AU247387_SNP_56_10954;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_56_CARILLON;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAAC;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG--------------------;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_56_F14-13;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;6
-Batch_AU247387_SNP_56_GAGNY;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNC;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;9
-Batch_AU247387_SNP_56_GREECE;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAAC;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;9
-Batch_AU247387_SNP_56_IMAGINE;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_56_IRELAND;A;SNP;56;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAAC;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG--------------------;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_56_NEMOF;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_56_NEMOH;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_56_POLAND;A;SNP;56;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_56_SPAIN;A;SNP;56;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAAC;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG--------------------;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_56_VIGOR;A;SNP;56;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAAT;TTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTT;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_94_10102;A;SNP;94;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;1
-Batch_AU247387_SNP_94_10954;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCT;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_94_CARILLON;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_94_F14-13;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;10
-Batch_AU247387_SNP_94_GAGNY;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;7
-Batch_AU247387_SNP_94_GREECE;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;7
-Batch_AU247387_SNP_94_IMAGINE;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCT;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_94_IRELAND;A;SNP;94;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_94_NEMOF;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCT;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_94_NEMOH;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCT;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_94_POLAND;A;SNP;94;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNN;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_94_SPAIN;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_94_TRANSATE;A;SNP;94;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTT;TTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_94_VIGOR;A;SNP;94;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTT;GCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCT;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_95_10102;A;SNP;95;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTY;CTAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;6
-Batch_AU247387_SNP_95_10954;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTA;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_95_CARILLON;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-----------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_95_F14-13;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;6
-Batch_AU247387_SNP_95_GAGNY;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_95_GREECE;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_95_IMAGINE;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTA;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_95_IRELAND;A;SNP;95;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-----------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_95_NEMOF;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTA;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_95_NEMOH;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTA;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_95_POLAND;A;SNP;95;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNN;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_95_SPAIN;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-----------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_95_TRANSATE;A;SNP;95;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTC;TTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG-----------------------------------------------------------;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_95_VIGOR;A;SNP;95;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTT;CTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTA;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_96_10102;A;SNP;96;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYG;TAGCTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_96_10954;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTAT;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_96_CARILLON;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_96_F14-13;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_96_GAGNY;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_96_GREECE;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_96_IMAGINE;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTAT;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_96_IRELAND;A;SNP;96;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_96_NEMOF;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTAT;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_96_NEMOH;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTAT;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_96_POLAND;A;SNP;96;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_96_SPAIN;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_96_TRANSATE;A;SNP;96;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCT;TACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG------------------------------------------------------------;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_96_VIGOR;A;SNP;96;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTG;TAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTAT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_99_10102;A;SNP;99;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTA;CTTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;6
-Batch_AU247387_SNP_99_10954;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACT;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_99_CARILLON;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_99_F14-13;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;6
-Batch_AU247387_SNP_99_GAGNY;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;7
-Batch_AU247387_SNP_99_GREECE;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;7
-Batch_AU247387_SNP_99_IMAGINE;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACT;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_99_IRELAND;A;SNP;99;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_99_NEMOF;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACT;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_99_NEMOH;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACT;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_99_POLAND;A;SNP;99;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNN;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_99_SPAIN;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_99_TRANSATE;A;SNP;99;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTA;TTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_99_VIGOR;A;SNP;99;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTA;CCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACT;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_100_10102;A;SNP;100;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAG;TTGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_100_10954;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTG;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_100_CARILLON;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_100_F14-13;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_100_GAGNY;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_100_GREECE;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_100_IMAGINE;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTG;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_100_IRELAND;A;SNP;100;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_100_NEMOF;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTG;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_100_NEMOH;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTG;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_100_POLAND;A;SNP;100;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_100_SPAIN;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_100_TRANSATE;A;SNP;100;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTAC;TTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------------;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_100_VIGOR;A;SNP;100;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAG;CTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_101_10102;A;SNP;101;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGC;TGAGGGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;10
-Batch_AU247387_SNP_101_10954;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGT;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_101_CARILLON;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-----------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_101_F14-13;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_101_GAGNY;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_101_GREECE;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_101_IMAGINE;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGT;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_101_IRELAND;A;SNP;101;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-----------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_101_NEMOF;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGT;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_101_NEMOH;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGT;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_101_POLAND;A;SNP;101;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_101_SPAIN;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-----------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_101_TRANSATE;A;SNP;101;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACT;TGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG-----------------------------------------------------------------;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_101_VIGOR;A;SNP;101;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGC;TGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_105_10102;A;SNP;105;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGA;GGCGATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;6
-Batch_AU247387_SNP_105_10954;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTAT;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_105_CARILLON;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_105_F14-13;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;6
-Batch_AU247387_SNP_105_GAGNY;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;9
-Batch_AU247387_SNP_105_GREECE;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;9
-Batch_AU247387_SNP_105_IMAGINE;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTAT;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_105_IRELAND;A;SNP;105;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_105_NEMOF;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTAT;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_105_NEMOH;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTAT;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_105_POLAND;A;SNP;105;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_105_SPAIN;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_105_TRANSATE;A;SNP;105;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGA;GGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_105_VIGOR;A;SNP;105;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGA;GGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTAT;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_108_10102;A;SNP;108;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGG;GATTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;7
-Batch_AU247387_SNP_108_10954;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTG;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_108_CARILLON;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGG;GATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG------------------------------------------------------------------------;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_108_F14-13;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_108_GAGNY;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGG;GATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;9
-Batch_AU247387_SNP_108_GREECE;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGG;GATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;9
-Batch_AU247387_SNP_108_IMAGINE;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTG;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_108_IRELAND;A;SNP;108;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGG;GATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG------------------------------------------------------------------------;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_108_NEMOF;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTG;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_108_NEMOH;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTG;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_108_POLAND;A;SNP;108;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_108_SPAIN;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGG;GATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG------------------------------------------------------------------------;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_108_TRANSATE;A;SNP;108;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGG;GATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG------------------------------------------------------------------------;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_108_VIGOR;A;SNP;108;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGG;GATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_112_10102;A;SNP;112;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACRGAGGACNNGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTYGCTAGCTTGAGGGCGAT;GGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;1;Sequence;;;10
-Batch_AU247387_SNP_112_10954;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCG;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_112_CARILLON;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGAT;GGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_112_F14-13;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;10
-Batch_AU247387_SNP_112_GAGNY;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGAT;GGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;1
-Batch_AU247387_SNP_112_GREECE;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGAT;GGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;1
-Batch_AU247387_SNP_112_IMAGINE;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCG;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_112_IRELAND;A;SNP;112;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGAT;GGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_112_NEMOF;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCG;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_112_NEMOH;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCG;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_112_POLAND;A;SNP;112;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_112_SPAIN;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGAT;GGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_112_TRANSATE;A;SNP;112;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGAT;GGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------------------------;1;12;22;Sequence;;;1
-Batch_AU247387_SNP_112_VIGOR;A;SNP;112;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGAT;GGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_115_10954;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAG;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_115_ABERAVON;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;10
-Batch_AU247387_SNP_115_CARILLON;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGG;CAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_115_F14-13;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;10
-Batch_AU247387_SNP_115_GAGNY;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGG;CAGGGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_115_GREECE;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGG;CAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;1
-Batch_AU247387_SNP_115_IMAGINE;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAG;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_115_IRELAND;A;SNP;115;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGG;CAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-------------------------------------------------------------------------------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_115_NEMOF;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAG;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_115_NEMOH;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAG;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_115_POLAND;A;SNP;115;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_115_SPAIN;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGG;CAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_115_TRANSATE;A;SNP;115;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGG;CAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG-------------------------------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_115_VIGOR;A;SNP;115;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGG;CAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_118_10954;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTG;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_118_ABERAVON;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;9
-Batch_AU247387_SNP_118_CARILLON;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCA;GGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_118_F14-13;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;9
-Batch_AU247387_SNP_118_GAGNY;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCA;GGCCGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;6
-Batch_AU247387_SNP_118_GREECE;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCA;GGCCGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;6
-Batch_AU247387_SNP_118_IMAGINE;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTG;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_118_IRELAND;A;SNP;118;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCA;GGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------------------------------;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_118_NEMOF;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTG;1;12;18;Sequence;;;9
-Batch_AU247387_SNP_118_NEMOH;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTG;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_118_POLAND;A;SNP;118;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_118_SPAIN;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCA;GGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_118_TRANSATE;A;SNP;118;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCA;GGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------------------------------;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_118_VIGOR;A;SNP;118;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCA;GGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_121_10954;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATT;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_121_ABERAVON;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;7
-Batch_AU247387_SNP_121_CARILLON;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGG;CGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------------;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_121_F14-13;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_121_GAGNY;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGG;CGTGAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;7
-Batch_AU247387_SNP_121_GREECE;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGG;CGTGATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;7
-Batch_AU247387_SNP_121_IMAGINE;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATT;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_121_IRELAND;A;SNP;121;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGG;CGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-------------------------------------------------------------------------------------;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_121_NEMOF;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATT;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_121_NEMOH;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATT;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_121_POLAND;A;SNP;121;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_121_SPAIN;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGG;CGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------------;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_121_TRANSATE;A;SNP;121;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGG;CGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG-------------------------------------------------------------------------------------;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_121_VIGOR;A;SNP;121;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGG;CGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_124_10954;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCA;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_124_ABERAVON;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;10
-Batch_AU247387_SNP_124_CARILLON;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCG;GATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_124_F14-13;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;10
-Batch_AU247387_SNP_124_GAGNY;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCG;GAYCTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;10
-Batch_AU247387_SNP_124_GREECE;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCG;GATCTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_124_IMAGINE;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCA;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_124_IRELAND;A;SNP;124;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCG;GATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_124_NEMOF;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCA;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_124_NEMOH;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCA;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_124_POLAND;A;SNP;124;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_124_SPAIN;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCG;GATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_124_TRANSATE;A;SNP;124;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCG;GACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_124_VIGOR;A;SNP;124;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCG;GACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCA;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_127_10954;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGT;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_127_ABERAVON;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;7
-Batch_AU247387_SNP_127_CARILLON;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGA;CTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------------------;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_127_F14-13;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;7
-Batch_AU247387_SNP_127_GAGNY;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGA;CTGAAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;1
-Batch_AU247387_SNP_127_GREECE;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGA;CTGAAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_127_IMAGINE;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGT;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_127_IRELAND;A;SNP;127;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGA;CTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG-------------------------------------------------------------------------------------------;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_127_NEMOF;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGT;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_127_NEMOH;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGT;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_127_POLAND;A;SNP;127;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;7
-Batch_AU247387_SNP_127_SPAIN;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGA;CTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG-------------------------------------------------------------------------------------------;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_127_TRANSATE;A;SNP;127;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGA;CTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG-------------------------------------------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_127_VIGOR;A;SNP;127;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGA;CTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGT;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_130_10954;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTG;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_130_ABERAVON;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;6
-Batch_AU247387_SNP_130_CARILLON;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCT;AAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------------------;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_130_F14-13;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;11;Sequence;;;6
-Batch_AU247387_SNP_130_GAGNY;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCT;AAGAAATTCCTSATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;6
-Batch_AU247387_SNP_130_GREECE;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCT;AAGAAATTCCTCATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;6
-Batch_AU247387_SNP_130_IMAGINE;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTG;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_130_IRELAND;A;SNP;130;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCT;AAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG----------------------------------------------------------------------------------------------;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_130_NEMOF;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTG;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_130_NEMOH;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTG;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_130_POLAND;A;SNP;130;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_130_SPAIN;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCT;AAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG----------------------------------------------------------------------------------------------;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_130_TRANSATE;A;SNP;130;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCT;AAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG----------------------------------------------------------------------------------------------;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_130_VIGOR;A;SNP;130;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCT;AAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_142_10954;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT--;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_142_ABERAVON;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;6
-Batch_AU247387_SNP_142_CARILLON;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCT;ATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGG;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_142_GAGNY;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCT;ATTGTAYGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;4
-Batch_AU247387_SNP_142_GREECE;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCT;ATTGTATGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;7
-Batch_AU247387_SNP_142_IMAGINE;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT--;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_142_IRELAND;A;SNP;142;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCT;ATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGG;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_142_NEMOF;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT--;1;12;18;Sequence;;;6
-Batch_AU247387_SNP_142_NEMOH;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT--;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_142_POLAND;A;SNP;142;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;6
-Batch_AU247387_SNP_142_SPAIN;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCT;ATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_142_TRANSATE;A;SNP;142;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCT;ATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGG;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_142_VIGOR;A;SNP;142;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCT;ATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT--;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_149_10954;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_149_ABERAVON;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;7
-Batch_AU247387_SNP_149_CARILLON;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTA;GTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTT;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_149_GAGNY;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGTCAGGGCCGTGAYCTGAAGAAATTCCTSATTGTA;GTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;12;Sequence;;;1
-Batch_AU247387_SNP_149_GREECE;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTSAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGYCAGGGCCGTGATCTGAAGAAATTCCTCATTGTA;GTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;13;Sequence;;;10
-Batch_AU247387_SNP_149_IMAGINE;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_149_IRELAND;A;SNP;149;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTA;GT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTT;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_149_NEMOF;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_149_NEMOH;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_149_POLAND;A;SNP;149;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;1
-Batch_AU247387_SNP_149_SPAIN;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTA;GTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTT;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_149_TRANSATE;A;SNP;149;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTA;GTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTT;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_149_VIGOR;A;SNP;149;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTA;GT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------;1;12;23;Sequence;;;7
-Batch_AU247387_DEL_152_10954;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTC;27;12;6;Sequence;;;54
-Batch_AU247387_DEL_152_ABERAVON;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;27;12;7;Sequence;;;54
-Batch_AU247387_DEL_152_CARILLON;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT;TTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTG;27;12;9;Sequence;;;64
-Batch_AU247387_DEL_152_IMAGINE;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTC;27;12;14;Sequence;;;54
-Batch_AU247387_DEL_152_IRELAND;A;DELETION;152;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT;TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTG;27;12;15;Sequence;;;54
-Batch_AU247387_DEL_152_NEMOF;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNN;27;12;18;Sequence;;;54
-Batch_AU247387_DEL_152_NEMOH;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTC;27;12;19;Sequence;;;54
-Batch_AU247387_DEL_152_POLAND;A;DELETION;152;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;27;12;20;Sequence;;;54
-Batch_AU247387_DEL_152_SPAIN;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT;TTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTG;27;12;21;Sequence;;;64
-Batch_AU247387_DEL_152_TRANSATE;A;DELETION;152;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGT;TTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTG;27;12;22;Sequence;;;62
-Batch_AU247387_DEL_152_VIGOR;A;DELETION;152;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT;TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTC;27;12;23;Sequence;;;54
-Batch_AU247387_SNP_153_CARILLON;A;SNP;153;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTT;TGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGT;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_153_SPAIN;A;SNP;153;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTT;TGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGT;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_153_TRANSATE;A;SNP;153;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTT;CTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGT;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_154_CARILLON;A;SNP;154;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTC;GGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTT;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_154_SPAIN;A;SNP;154;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTC;GGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTT;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_154_TRANSATE;A;SNP;154;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTG;TTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTT;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_155_CARILLON;A;SNP;155;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCT;GTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTC;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_155_SPAIN;A;SNP;155;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCT;GTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTC;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_155_TRANSATE;A;SNP;155;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGC;TGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTC;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_156_CARILLON;A;SNP;156;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTG;TTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCT;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_156_SPAIN;A;SNP;156;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTG;TTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCT;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_156_TRANSATE;A;SNP;156;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCT;GT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCT;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_157_CARILLON;A;SNP;157;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGG;TACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTT;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_157_SPAIN;A;SNP;157;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGG;TACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTT;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_157_TRANSATE;A;SNP;157;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTT;T-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTT;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_171_CARILLON;A;SNP;171;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTT;GGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_171_SPAIN;A;SNP;171;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTT;GGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_171_TRANSATE;A;SNP;171;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTT;AACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_172_CARILLON;A;SNP;172;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTG;GCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAAC;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_172_SPAIN;A;SNP;172;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTG;GCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAAC;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_172_TRANSATE;A;SNP;172;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTC;ACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAAC;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_173_CARILLON;A;SNP;173;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGG;CATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACT;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_173_SPAIN;A;SNP;173;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGG;CATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACT;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_173_TRANSATE;A;SNP;173;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCA;CATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACT;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_181_10954;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACC;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_181_ABERAVON;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;9
-Batch_AU247387_SNP_181_CARILLON;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTT;AT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACA;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_181_IMAGINE;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACC;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_181_IRELAND;A;SNP;181;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TT;TTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_181_NEMOF;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;9
-Batch_AU247387_SNP_181_NEMOH;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACC;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_181_POLAND;A;SNP;181;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_181_SPAIN;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTT;AT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACA;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_181_TRANSATE;A;SNP;181;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTT;AT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACA;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_181_VIGOR;A;SNP;181;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TT;AT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACC;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_182_10954;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCT;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_182_ABERAVON;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;9
-Batch_AU247387_SNP_182_CARILLON;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTA;T---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACAT;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_182_IMAGINE;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCT;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_182_IRELAND;A;SNP;182;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTG;TTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNT;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_182_NEMOF;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;9
-Batch_AU247387_SNP_182_NEMOH;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCT;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_182_POLAND;A;SNP;182;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_182_SPAIN;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTA;T---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACAT;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_182_TRANSATE;A;SNP;182;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTG;T---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACAT;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_182_VIGOR;A;SNP;182;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTA;T---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCT;1;12;23;Sequence;;;9
-Batch_AU247387_DEL_184_10954;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT----;93;12;6;Sequence;;;55
-Batch_AU247387_DEL_184_ABERAVON;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;93;12;7;Sequence;;;55
-Batch_AU247387_DEL_184_CARILLON;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT;TGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGA;93;12;9;Sequence;;;58
-Batch_AU247387_DEL_184_IMAGINE;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT----;93;12;14;Sequence;;;55
-Batch_AU247387_DEL_184_NEMOF;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;93;12;18;Sequence;;;55
-Batch_AU247387_DEL_184_NEMOH;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT----;93;;;Sequence;;;
-Batch_AU247387_DEL_184_POLAND;A;DELETION;184;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;93;12;20;Sequence;;;55
-Batch_AU247387_DEL_184_SPAIN;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT;TGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGA;93;12;21;Sequence;;;58
-Batch_AU247387_DEL_184_TRANSATE;A;DELETION;184;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT;TGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNN;93;12;22;Sequence;;;63
-Batch_AU247387_DEL_184_VIGOR;A;DELETION;184;NNNTATAGCTCCTAACATTCCTGAAGTGAAGATCACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT;TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT----;93;12;23;Sequence;;;55
-Batch_AU247387_SNP_231_CARILLON;A;SNP;231;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCT;TAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTG;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_231_IRELAND;A;SNP;231;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCT;TATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_231_SPAIN;A;SNP;231;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCT;TAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_231_TRANSATE;A;SNP;231;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCT;TAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTG;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_249_CARILLON;A;SNP;249;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAA;ATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAA;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_249_IRELAND;A;SNP;249;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAA;GTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_249_SPAIN;A;SNP;249;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAA;ATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAA;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_249_TRANSATE;A;SNP;249;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAA;ATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAA;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_250_CARILLON;A;SNP;250;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAAC;TGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAAC;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_250_IRELAND;A;SNP;250;NNNTATAGCTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAG;TGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_250_SPAIN;A;SNP;250;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAAC;TGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAAC;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_250_TRANSATE;A;SNP;250;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAAC;TGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAAC;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_259_CARILLON;A;SNP;259;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCT;TTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG-;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_259_IRELAND;A;SNP;259;CTCCTAACATTCCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCT;TTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_259_SPAIN;A;SNP;259;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCT;TTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG-;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_259_TRANSATE;A;SNP;259;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCT;TTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_270_CARILLON;A;SNP;270;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTAT;CTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCC;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_270_IRELAND;A;SNP;270;CCTGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTAT;CACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_270_SPAIN;A;SNP;270;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTAT;CTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCC;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_270_TRANSATE;A;SNP;270;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTAT;CTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_272_CARILLON;A;SNP;272;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGC;CAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCAT;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_272_IRELAND;A;SNP;272;TGAAGTGACGATTCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATAC;CAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_272_SPAIN;A;SNP;272;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGC;CAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCAT;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_272_TRANSATE;A;SNP;272;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGC;CAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_284_10954;A;SNP;284;NNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_284_ABERAVON;A;SNP;284;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;9
-Batch_AU247387_SNP_284_CARILLON;A;SNP;284;NNNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGC;GG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAA;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_284_IMAGINE;A;SNP;284;NNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_284_IRELAND;A;SNP;284;TCCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGC;GG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_284_NEMOF;A;SNP;284;NNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;9
-Batch_AU247387_SNP_284_NEMOH;A;SNP;284;NNNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_284_POLAND;A;SNP;284;CACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;9
-Batch_AU247387_SNP_284_SPAIN;A;SNP;284;NNNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGC;GG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAA;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_284_TRANSATE;A;SNP;284;NNNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGC;GG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_284_VIGOR;A;SNP;284;CACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGC;TGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_285_10954;A;SNP;285;NNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT-------------;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_285_ABERAVON;A;SNP;285;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;7;Sequence;;;10
-Batch_AU247387_SNP_285_CARILLON;A;SNP;285;NNNNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCC;G---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAAC;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_285_IMAGINE;A;SNP;285;NNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT-------------;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_285_IRELAND;A;SNP;285;CCAGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCT;G---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_285_NEMOF;A;SNP;285;NNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;10
-Batch_AU247387_SNP_285_NEMOH;A;SNP;285;NNNNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT-------------;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_285_POLAND;A;SNP;285;ACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTAYGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;20;Sequence;;;10
-Batch_AU247387_SNP_285_SPAIN;A;SNP;285;NNNNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCC;G---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAAC;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_285_TRANSATE;A;SNP;285;NNNNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCG;G---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_285_VIGOR;A;SNP;285;ACGGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCA;GGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT-------------;1;12;23;Sequence;;;10
-Batch_AU247387_DEL_287_10954;A;DELETION;287;NNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATG;CCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;6;Sequence;;;68
-Batch_AU247387_DEL_287_CARILLON;A;DELETION;287;NNNNNNNNNNNNNNNCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG;CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;9;Sequence;;;59
-Batch_AU247387_DEL_287_IMAGINE;A;DELETION;287;NNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATG;CCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;14;Sequence;;;68
-Batch_AU247387_DEL_287_IRELAND;A;DELETION;287;AGAGGACACGATTGTGAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGATGGAGATTGGCCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG;CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;15;Sequence;;;59
-Batch_AU247387_DEL_287_NEMOF;A;DELETION;287;NNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATG;CCTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;18;Sequence;;;68
-Batch_AU247387_DEL_287_NEMOH;A;DELETION;287;NNNNNNNNNNNNNNTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATG;CCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;19;Sequence;;;68
-Batch_AU247387_DEL_287_SPAIN;A;DELETION;287;NNNNNNNNNNNNNNTCAACATTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATCGGTCAGGGCCGTGATCTGAAGAAATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG;CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTG;99;12;21;Sequence;;;59
-Batch_AU247387_DEL_287_TRANSATE;A;DELETION;287;NNNNNNNNNNNNNNNNNNNNNNNNNCGCTCGCTGAGATATGAGATCAACAGGGGCTTCTTTACTTTGAAGGAGATYGGCCAGGGTCGCGACCTCAAGAAATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG;TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;99;12;22;Sequence;;;59
-Batch_AU247387_DEL_287_VIGOR;A;DELETION;287;GGAGGACCTGGCTGTCAATGTTGCCCGCTCGCTGAGATATGAGATCAACAGGGGCTTTGCTAGCCTGAGGGCGATTGGTCAAGGCCGTGACCTGAAGAAATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATG;CCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAG;99;12;23;Sequence;;;68
-Batch_AU247387_SNP_386_10954;A;SNP;386;ATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_386_CARILLON;A;SNP;386;ATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------;CTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_386_CONCERTO;A;SNP;386;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_386_IMAGINE;A;SNP;386;ATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_386_IRELAND;A;SNP;386;ATTCCTCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------;CTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_386_NEMOF;A;SNP;386;ATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_386_NEMOH;A;SNP;386;ATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_386_SPAIN;A;SNP;386;ATTCCTCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------;CTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGA;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_386_TRANSATE;A;SNP;386;ATTCCTCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------;CTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_386_VIGOR;A;SNP;386;ATTCCTGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGAT;CTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGA;1;12;23;Sequence;;;7
-Batch_AU247387_DEL_391_10954;A;DELETION;391;TGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;6;Sequence;;;56
-Batch_AU247387_DEL_391_CARILLON;A;DELETION;391;TCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCT;CTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;9;Sequence;;;65
-Batch_AU247387_DEL_391_CONCERTO;A;DELETION;391;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;10;Sequence;;;56
-Batch_AU247387_DEL_391_IMAGINE;A;DELETION;391;TGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;14;Sequence;;;56
-Batch_AU247387_DEL_391_IRELAND;A;DELETION;391;TCATTGTATGT---------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCT;CTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;15;Sequence;;;65
-Batch_AU247387_DEL_391_NEMOF;A;DELETION;391;TGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;18;Sequence;;;56
-Batch_AU247387_DEL_391_NEMOH;A;DELETION;391;TGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;19;Sequence;;;56
-Batch_AU247387_DEL_391_SPAIN;A;DELETION;391;TCATTGTATGTTCTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCT;CTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;9;12;21;Sequence;;;65
-Batch_AU247387_DEL_391_TRANSATE;A;DELETION;391;TCATTGTATGTTGCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCT;CTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;9;12;22;Sequence;;;65
-Batch_AU247387_DEL_391_VIGOR;A;DELETION;391;TGATTGTACGT---------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT;CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;9;12;23;Sequence;;;56
-Batch_AU247387_SNP_403_10954;A;SNP;403;--------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_403_CARILLON;A;SNP;403;CTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTG;TCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_403_CONCERTO;A;SNP;403;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_403_IMAGINE;A;SNP;403;--------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_403_IRELAND;A;SNP;403;--------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTG;TCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_403_NEMOF;A;SNP;403;--------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_403_NEMOH;A;SNP;403;--------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_403_SPAIN;A;SNP;403;CTGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTG;TCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_403_TRANSATE;A;SNP;403;GCTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTG;TCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_403_VIGOR;A;SNP;403;--------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTG;CCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_404_10954;A;SNP;404;-------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_404_CARILLON;A;SNP;404;TGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGT;CTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_404_CONCERTO;A;SNP;404;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_404_IMAGINE;A;SNP;404;-------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_404_IRELAND;A;SNP;404;-------------------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGT;CTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_404_NEMOF;A;SNP;404;-------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;18;Sequence;;;7
-Batch_AU247387_SNP_404_NEMOH;A;SNP;404;-------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_404_SPAIN;A;SNP;404;TGGTTACTCTTCAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGT;CTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_404_TRANSATE;A;SNP;404;CTTGT-CTCTTCAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGT;CTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_404_VIGOR;A;SNP;404;-------------------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGC;CTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_415_10954;A;SNP;415;--------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCT;CTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_415_CARILLON;A;SNP;415;CAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCT;TTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_415_CONCERTO;A;SNP;415;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCT;CTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_415_IMAGINE;A;SNP;415;--------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCT;CTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_415_IRELAND;A;SNP;415;--------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCT;TTGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_415_NEMOH;A;SNP;415;--------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCT;CTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_415_SPAIN;A;SNP;415;CAATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCT;TTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_415_TRANSATE;A;SNP;415;CAATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCT;TTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_415_VIGOR;A;SNP;415;--------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCT;CTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_416_10954;A;SNP;416;-------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTG;TGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_416_CARILLON;A;SNP;416;AATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTC;TGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_416_CONCERTO;A;SNP;416;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTG;TGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_416_IMAGINE;A;SNP;416;-------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTG;TGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_416_IRELAND;A;SNP;416;-------------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTC;TGCAACTTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_416_NEMOH;A;SNP;416;-------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTG;TGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_416_SPAIN;A;SNP;416;AATTTGGGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTC;TGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_416_TRANSATE;A;SNP;416;AATTTCAACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTC;TGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_416_VIGOR;A;SNP;416;-------------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTG;TGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_422_10954;A;SNP;422;-------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAA;TTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_422_CARILLON;A;SNP;422;GGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;TTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_422_CONCERTO;A;SNP;422;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAA;TTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_422_IMAGINE;A;SNP;422;-------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAA;TTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_422_IRELAND;A;SNP;422;-------TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;TTCTTGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_422_NEMOH;A;SNP;422;-------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAA;TTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_422_SPAIN;A;SNP;422;GGCATGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;TTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_422_TRANSATE;A;SNP;422;AACATGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAA;TTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_422_VIGOR;A;SNP;422;-------TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAA;TTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_426_10954;A;SNP;426;---TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTC;TCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_426_CARILLON;A;SNP;426;TGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTC;TGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_426_CONCERTO;A;SNP;426;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTC;TCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_426_IMAGINE;A;SNP;426;---TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTC;TCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_426_IRELAND;A;SNP;426;---TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTC;TGACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_426_NEMOH;A;SNP;426;---TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTC;TCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_426_SPAIN;A;SNP;426;TGCTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTC;TGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_426_TRANSATE;A;SNP;426;TGCTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTC;TGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_426_VIGOR;A;SNP;426;---TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTC;TCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_428_10954;A;SNP;428;-TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCT;ACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_428_CARILLON;A;SNP;428;CTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTT;ACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_428_CONCERTO;A;SNP;428;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCT;ACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_428_IMAGINE;A;SNP;428;-TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCT;ACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_428_IRELAND;A;SNP;428;-TTGTTTATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTT;ACNTTGGCATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_428_NEMOH;A;SNP;428;-TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCT;ACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_428_SPAIN;A;SNP;428;CTTAAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTT;ACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_428_TRANSATE;A;SNP;428;CTTGAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTT;ACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_428_VIGOR;A;SNP;428;-TTAAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCT;ACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_431_10954;A;SNP;431;AAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCAC;TTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_431_CARILLON;A;SNP;431;AAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGAC;TTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_431_CONCERTO;A;SNP;431;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCAC;TTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_431_IMAGINE;A;SNP;431;AAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCAC;TTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_431_NEMOH;A;SNP;431;AAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCAC;TTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_431_SPAIN;A;SNP;431;AAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGAC;TTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_431_TRANSATE;A;SNP;431;GAT---------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGAC;TTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_431_VIGOR;A;SNP;431;AAT---------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCAC;TTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_435_10954;A;SNP;435;--------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTG;TCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_435_CARILLON;A;SNP;435;--------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTG;CATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_435_CONCERTO;A;SNP;435;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTG;TCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_435_IMAGINE;A;SNP;435;--------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTG;TCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_435_IRELAND;A;SNP;435;ATCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTG;CATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;6
-Batch_AU247387_SNP_435_NEMOH;A;SNP;435;--------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTG;TCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_435_SPAIN;A;SNP;435;--------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTG;CATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_435_TRANSATE;A;SNP;435;--------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTG;CATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;6
-Batch_AU247387_SNP_435_VIGOR;A;SNP;435;--------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTG;TCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_436_10954;A;SNP;436;-------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGT;CTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_436_CARILLON;A;SNP;436;-------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGG;ATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_436_CONCERTO;A;SNP;436;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGT;CTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_436_IMAGINE;A;SNP;436;-------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGT;CTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_436_IRELAND;A;SNP;436;TCTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGG;ATATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;7
-Batch_AU247387_SNP_436_NEMOH;A;SNP;436;-------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGT;CTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_436_SPAIN;A;SNP;436;-------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGG;ATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_436_TRANSATE;A;SNP;436;-------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGG;ATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_436_VIGOR;A;SNP;436;-------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGT;CTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_437_10954;A;SNP;437;------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTT;TACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_437_CARILLON;A;SNP;437;------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGC;TATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_437_CONCERTO;A;SNP;437;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTT;TACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_437_IMAGINE;A;SNP;437;------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTT;TACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_437_IRELAND;A;SNP;437;CTCCTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGC;TATATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;9
-Batch_AU247387_SNP_437_NEMOH;A;SNP;437;------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTT;TACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_437_SPAIN;A;SNP;437;------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGC;TATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_437_TRANSATE;A;SNP;437;------------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGC;TATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_437_VIGOR;A;SNP;437;------------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTT;TACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_440_10954;A;SNP;440;---------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTA;ATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_440_CARILLON;A;SNP;440;---------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATA;ATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_440_CONCERTO;A;SNP;440;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTA;ATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_440_IMAGINE;A;SNP;440;---------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTA;ATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_440_IRELAND;A;SNP;440;CTCAATTTCAATTTGGCCATGCTTAATGTTGGGTGCTTTCTGTATAGCCTGCTCACCAAGGTGTGATCTCTTCTTTGTATACACAGGTGGTTGCTGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACNTTGGCATA;ATAGGTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;15;Sequence;;;10
-Batch_AU247387_SNP_440_NEMOH;A;SNP;440;---------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTA;ATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_440_SPAIN;A;SNP;440;---------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATA;ATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_440_TRANSATE;A;SNP;440;---------------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATA;ATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_440_VIGOR;A;SNP;440;---------------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTA;ATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_449_10954;A;SNP;449;------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAA;GTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_449_CARILLON;A;SNP;449;------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAA;------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_449_CONCERTO;A;SNP;449;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAA;GTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_449_IMAGINE;A;SNP;449;------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAA;GTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_449_NEMOH;A;SNP;449;------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAA;GTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_449_SPAIN;A;SNP;449;------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAA;------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_449_TRANSATE;A;SNP;449;------------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAA;------------------TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;3
-Batch_AU247387_SNP_449_VIGOR;A;SNP;449;------------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAA;GTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_DEL_450_10954;A;DELETION;450;-----------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAAT;CTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;6;Sequence;;;69
-Batch_AU247387_DEL_450_CARILLON;A;DELETION;450;-----------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT;TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;9;Sequence;;;60
-Batch_AU247387_DEL_450_CONCERTO;A;DELETION;450;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAAT;CTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;10;Sequence;;;69
-Batch_AU247387_DEL_450_IMAGINE;A;DELETION;450;-----------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAAT;CTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;14;Sequence;;;69
-Batch_AU247387_DEL_450_NEMOH;A;DELETION;450;-----------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAAT;CTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;19;Sequence;;;69
-Batch_AU247387_DEL_450_SPAIN;A;DELETION;450;-----------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT;TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;18;12;21;Sequence;;;60
-Batch_AU247387_DEL_450_TRANSATE;A;DELETION;450;-----------------GTTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK;TATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;18;12;22;Sequence;;;60
-Batch_AU247387_DEL_450_VIGOR;A;DELETION;450;-----------------------------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAAT;CTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;18;12;23;Sequence;;;69
-Batch_AU247387_SNP_468_10954;A;SNP;468;-----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGC;TGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_468_CARILLON;A;SNP;468;TTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------;TTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_468_CONCERTO;A;SNP;468;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGC;TGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_468_IMAGINE;A;SNP;468;-----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGC;TGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_468_NEMOH;A;SNP;468;-----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGC;TGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_468_SPAIN;A;SNP;468;TTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------;TTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_468_TRANSATE;A;SNP;468;TTGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------;ATARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_468_VIGOR;A;SNP;468;-----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGC;TGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_469_10954;A;SNP;469;----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCC;GAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_469_CARILLON;A;SNP;469;TGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------T;TAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_469_CONCERTO;A;SNP;469;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCC;GAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_469_IMAGINE;A;SNP;469;----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCC;GAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_469_NEMOH;A;SNP;469;----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCC;GAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_469_SPAIN;A;SNP;469;TGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------T;TAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_469_TRANSATE;A;SNP;469;TGGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------T;TARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_469_VIGOR;A;SNP;469;----------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCC;GAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_470_10954;A;SNP;470;---------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCT;AACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_470_CARILLON;A;SNP;470;GGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TT;AACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_470_CONCERTO;A;SNP;470;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCT;AACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_470_IMAGINE;A;SNP;470;---------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCT;AACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_470_NEMOH;A;SNP;470;---------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCT;AACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_470_SPAIN;A;SNP;470;GGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TT;AACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_470_TRANSATE;A;SNP;470;GGGTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TA;ARCTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_470_VIGOR;A;SNP;470;---------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCT;AACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_472_10954;A;SNP;472;-------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGA;CTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_472_CARILLON;A;SNP;472;GTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTA;CTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_472_CONCERTO;A;SNP;472;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGA;CTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_472_IMAGINE;A;SNP;472;-------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGA;CTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_472_NEMOH;A;SNP;472;-------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGA;CTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_472_SPAIN;A;SNP;472;GTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTA;CTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_472_TRANSATE;A;SNP;472;GTGCTTTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATA;CTTGTGCTGCAACACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;5
-Batch_AU247387_SNP_472_VIGOR;A;SNP;472;-------------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGA;CTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_DEL_477_10954;A;DELETION;477;--------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG;CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;6;Sequence;;;43
-Batch_AU247387_DEL_477_CARILLON;A;DELETION;477;TTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTG;CACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;9;Sequence;;;66
-Batch_AU247387_DEL_477_CONCERTO;A;DELETION;477;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG;CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;10;Sequence;;;43
-Batch_AU247387_DEL_477_IMAGINE;A;DELETION;477;--------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG;CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;14;Sequence;;;43
-Batch_AU247387_DEL_477_NEMOH;A;DELETION;477;--------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG;CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;19;Sequence;;;43
-Batch_AU247387_DEL_477_SPAIN;A;DELETION;477;TTCTTTAT--CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTG;CACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;8;12;21;Sequence;;;66
-Batch_AU247387_DEL_477_TRANSATE;A;DELETION;477;TTCTTTAT--CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTG;CACTTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;8;12;22;Sequence;;;66
-Batch_AU247387_DEL_477_VIGOR;A;DELETION;477;--------------------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG;CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;8;12;23;Sequence;;;43
-Batch_AU247387_SNP_487_10954;A;SNP;487;----------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CA;ATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_487_CARILLON;A;SNP;487;CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACA;TTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_487_CONCERTO;A;SNP;487;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CA;ATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_487_IMAGINE;A;SNP;487;----------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CA;ATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_487_NEMOH;A;SNP;487;----------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CA;ATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_487_SPAIN;A;SNP;487;CCTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACA;TTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_487_TRANSATE;A;SNP;487;CCTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACA;TTGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_487_VIGOR;A;SNP;487;----------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CA;ATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_488_10954;A;SNP;488;---------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAG;TGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_488_CARILLON;A;SNP;488;CTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACAC;TGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_488_CONCERTO;A;SNP;488;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAG;TGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_488_IMAGINE;A;SNP;488;---------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAG;TGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_488_NEMOH;A;SNP;488;---------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAG;TGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_488_SPAIN;A;SNP;488;CTGCTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACAC;TGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_488_TRANSATE;A;SNP;488;CTGCTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACAC;TGAGTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_488_VIGOR;A;SNP;488;---------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAG;TGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_491_10954;A;SNP;491;------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATG;GCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_491_CARILLON;A;SNP;491;CTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTG;GTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_491_CONCERTO;A;SNP;491;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATG;GCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_491_IMAGINE;A;SNP;491;------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATG;GCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_491_NEMOH;A;SNP;491;------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATG;GCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_491_SPAIN;A;SNP;491;CTCACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTG;GTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_491_TRANSATE;A;SNP;491;CTCACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTG;GTTCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_491_VIGOR;A;SNP;491;------------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATG;GCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_493_10954;A;SNP;493;----------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTG;AGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_493_CARILLON;A;SNP;493;CACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAG;TCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_493_CONCERTO;A;SNP;493;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTG;AGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_493_IMAGINE;A;SNP;493;----------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTG;AGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_493_NEMOH;A;SNP;493;----------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTG;AGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_493_SPAIN;A;SNP;493;CACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAG;TCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_493_TRANSATE;A;SNP;493;CACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAG;TCATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_493_VIGOR;A;SNP;493;----------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTG;AGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_494_10954;A;SNP;494;---------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGC;GTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_494_CARILLON;A;SNP;494;ACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGT;CATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_494_CONCERTO;A;SNP;494;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGC;GTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_494_IMAGINE;A;SNP;494;---------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGC;GTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_494_NEMOH;A;SNP;494;---------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGC;GTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_494_SPAIN;A;SNP;494;ACCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGT;CATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_494_TRANSATE;A;SNP;494;ACCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGT;CATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_494_VIGOR;A;SNP;494;---------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGC;GTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_495_10954;A;SNP;495;--------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCA;TAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_495_CARILLON;A;SNP;495;CCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTT;ATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_495_CONCERTO;A;SNP;495;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCA;TAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_495_IMAGINE;A;SNP;495;--------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCA;TAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_495_NEMOH;A;SNP;495;--------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCA;TAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_495_SPAIN;A;SNP;495;CCAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTT;ATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_495_TRANSATE;A;SNP;495;CCAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTT;ATAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_495_VIGOR;A;SNP;495;--------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCA;TAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_496_10954;A;SNP;496;-------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAG;AACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_496_CARILLON;A;SNP;496;CAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTC;TAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_496_CONCERTO;A;SNP;496;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAG;AACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_496_IMAGINE;A;SNP;496;-------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAG;AACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_496_NEMOH;A;SNP;496;-------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAG;AACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_496_SPAIN;A;SNP;496;CAACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTC;TAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_496_TRANSATE;A;SNP;496;CAACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTC;TAACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_496_VIGOR;A;SNP;496;-------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAG;AACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_497_10954;A;SNP;497;------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGT;ACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_497_CARILLON;A;SNP;497;AACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCA;AACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_497_CONCERTO;A;SNP;497;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGT;ACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_497_IMAGINE;A;SNP;497;------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGT;ACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_497_NEMOH;A;SNP;497;------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGT;ACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_497_SPAIN;A;SNP;497;AACATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCA;AACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_497_TRANSATE;A;SNP;497;AACATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCA;AACCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;10
-Batch_AU247387_SNP_497_VIGOR;A;SNP;497;------------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGT;ACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_499_10954;A;SNP;499;----------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAA;TGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_499_CARILLON;A;SNP;499;CATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATA;CCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_499_CONCERTO;A;SNP;499;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAA;TGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_499_IMAGINE;A;SNP;499;----------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAA;TGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_499_NEMOH;A;SNP;499;----------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAA;TGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_499_SPAIN;A;SNP;499;CATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATA;CCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_499_TRANSATE;A;SNP;499;CATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATA;CCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;9
-Batch_AU247387_SNP_499_VIGOR;A;SNP;499;----------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAA;TGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_500_10954;A;SNP;500;---------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAAC;GTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_500_CARILLON;A;SNP;500;ATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAA;CACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_500_CONCERTO;A;SNP;500;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAAC;GTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_500_IMAGINE;A;SNP;500;---------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAAC;GTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_500_NEMOH;A;SNP;500;---------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAAC;GTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_500_SPAIN;A;SNP;500;ATGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAA;CACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_500_TRANSATE;A;SNP;500;ATGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAA;CNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_500_VIGOR;A;SNP;500;---------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAAC;GTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_501_10954;A;SNP;501;--------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACT;TACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_501_CARILLON;A;SNP;501;TGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAAC;ACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_501_CONCERTO;A;SNP;501;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACT;TACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_501_IMAGINE;A;SNP;501;--------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACT;TACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_501_NEMOH;A;SNP;501;--------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACT;TACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_501_SPAIN;A;SNP;501;TGTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAAC;ACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_501_TRANSATE;A;SNP;501;TGTGATCTCTTCTTTGTATGCTCAGGTGGTTGCGGG---------------------------------------------------------------------------------------------------TCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAK------------------TATARCTTGTGCTGCAACACTTGAGTTCATAAC;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;22;Sequence;;;7
-Batch_AU247387_SNP_501_VIGOR;A;SNP;501;--------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACT;TACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_502_10954;A;SNP;502;-------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTG;ACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_502_CARILLON;A;SNP;502;GTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACC;CCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_502_CONCERTO;A;SNP;502;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTG;ACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_502_IMAGINE;A;SNP;502;-------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTG;ACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_502_NEMOH;A;SNP;502;-------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTG;ACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_502_SPAIN;A;SNP;502;GTGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACC;CCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_502_VIGOR;A;SNP;502;-------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTG;ACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_503_10954;A;SNP;503;------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGT;CCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_503_CARILLON;A;SNP;503;TGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCA;CCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_503_CONCERTO;A;SNP;503;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGT;CCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_503_IMAGINE;A;SNP;503;------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGT;CCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_503_NEMOH;A;SNP;503;------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGT;CCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_503_SPAIN;A;SNP;503;TGATCTGTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCA;CCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_503_VIGOR;A;SNP;503;------------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGT;CCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_DEL_509_10954;A;DELETION;509;------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAG;TTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;6;12;6;Sequence;;;70
-Batch_AU247387_DEL_509_CARILLON;A;DELETION;509;GTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG;TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;6;12;9;Sequence;;;61
-Batch_AU247387_DEL_509_CONCERTO;A;DELETION;509;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAG;TTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;6;12;10;Sequence;;;70
-Batch_AU247387_DEL_509_IMAGINE;A;DELETION;509;------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAG;TTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;6;12;14;Sequence;;;70
-Batch_AU247387_DEL_509_NEMOH;A;DELETION;509;------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAG;TTACCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;6;12;19;Sequence;;;70
-Batch_AU247387_DEL_509_SPAIN;A;DELETION;509;GTTCTTTGTATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG;TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;6;12;21;Sequence;;;61
-Batch_AU247387_DEL_509_VIGOR;A;DELETION;509;------------------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAG;TTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;6;12;23;Sequence;;;70
-Batch_AU247387_SNP_517_10954;A;SNP;517;----------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTT;CCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_517_CARILLON;A;SNP;517;TATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TT;TCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_517_CONCERTO;A;SNP;517;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTT;CCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_517_IMAGINE;A;SNP;517;----------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTT;CCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_517_NEMOH;A;SNP;517;----------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTT;CCCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_517_SPAIN;A;SNP;517;TATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TT;TCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_517_VIGOR;A;SNP;517;----------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTT;CCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_518_10954;A;SNP;518;---------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTA;CCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_518_CARILLON;A;SNP;518;ATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTG;CCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_518_CONCERTO;A;SNP;518;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTA;CCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_518_IMAGINE;A;SNP;518;---------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTA;CCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_518_NEMOH;A;SNP;518;---------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTA;CCAT------------------------TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_518_SPAIN;A;SNP;518;ATGCTCAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTG;CCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_518_VIGOR;A;SNP;518;---------TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTA;CCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_DEL_523_10954;A;DELETION;523;----TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT;TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;24;12;6;Sequence;;;57
-Batch_AU247387_DEL_523_CARILLON;A;DELETION;523;CAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCAT;GTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;24;12;9;Sequence;;;67
-Batch_AU247387_DEL_523_CONCERTO;A;DELETION;523;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT;TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;24;12;10;Sequence;;;57
-Batch_AU247387_DEL_523_IMAGINE;A;DELETION;523;----TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT;TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;24;12;14;Sequence;;;57
-Batch_AU247387_DEL_523_NEMOH;A;DELETION;523;----TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT;TCTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;24;12;19;Sequence;;;57
-Batch_AU247387_DEL_523_SPAIN;A;DELETION;523;CAGGTGGTTGCCGG---------------------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCAT;GTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;24;12;21;Sequence;;;67
-Batch_AU247387_DEL_523_VIGOR;A;DELETION;523;----TGGTTGCATGGCTTCGTTCTCTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT;TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;24;12;23;Sequence;;;57
-Batch_AU247387_SNP_547_10954;A;SNP;547;CTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------;CTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_547_CARILLON;A;SNP;547;-----------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCC;TTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_547_CONCERTO;A;SNP;547;NNNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------;CTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_547_IMAGINE;A;SNP;547;CTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------;CTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_547_NEMOH;A;SNP;547;CTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------;CTCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_547_SPAIN;A;SNP;547;-----------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCC;TTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_547_VIGOR;A;SNP;547;CTTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------;CTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_548_10954;A;SNP;548;TTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------T;TCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_548_CARILLON;A;SNP;548;----------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCG;TCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_548_CONCERTO;A;SNP;548;NNNNNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------T;TCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_548_IMAGINE;A;SNP;548;TTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------T;TCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_548_NEMOH;A;SNP;548;TTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------T;TCGCTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_548_SPAIN;A;SNP;548;----------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCG;TCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_548_VIGOR;A;SNP;548;TTTAGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------T;TCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_551_10954;A;SNP;551;AGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTC;CTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;6
-Batch_AU247387_SNP_551_CARILLON;A;SNP;551;-------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTC;TTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_551_CONCERTO;A;SNP;551;NNNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTC;CTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;6
-Batch_AU247387_SNP_551_IMAGINE;A;SNP;551;AGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTC;CTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;6
-Batch_AU247387_SNP_551_NEMOH;A;SNP;551;AGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTC;CTTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;6
-Batch_AU247387_SNP_551_SPAIN;A;SNP;551;-------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTC;TTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_551_VIGOR;A;SNP;551;AGCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTC;CTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_552_10954;A;SNP;552;GCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCG;TTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_552_CARILLON;A;SNP;552;------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCT;TTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_552_CONCERTO;A;SNP;552;NNNNNNNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCG;TTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_552_IMAGINE;A;SNP;552;GCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCG;TTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_552_NEMOH;A;SNP;552;GCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCG;TTTCTTACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_552_SPAIN;A;SNP;552;------------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCT;TTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_552_VIGOR;A;SNP;552;GCCTTCGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCG;TTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_557_10954;A;SNP;557;CGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTC;TACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_557_CARILLON;A;SNP;557;-------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTC;CRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_557_CONCERTO;A;SNP;557;NNNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTC;TACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_557_IMAGINE;A;SNP;557;CGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTC;TACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_557_NEMOH;A;SNP;557;CGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTC;TACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_557_SPAIN;A;SNP;557;-------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTC;CGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_557_VIGOR;A;SNP;557;CGCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTC;TACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_558_10954;A;SNP;558;GCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCT;ACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;10
-Batch_AU247387_SNP_558_CARILLON;A;SNP;558;------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCC;RAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;7
-Batch_AU247387_SNP_558_CONCERTO;A;SNP;558;NNNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCT;ACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_558_IMAGINE;A;SNP;558;GCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCT;ACTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_558_NEMOH;A;SNP;558;GCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCT;ACNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;10
-Batch_AU247387_SNP_558_SPAIN;A;SNP;558;------------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCC;GAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_558_VIGOR;A;SNP;558;GCTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCT;ACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_559_10954;A;SNP;559;CTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTT;CNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;9
-Batch_AU247387_SNP_559_CARILLON;A;SNP;559;-----------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCC;AGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;5
-Batch_AU247387_SNP_559_CONCERTO;A;SNP;559;NNNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTT;CTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_559_IMAGINE;A;SNP;559;CTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTT;CTTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_559_NEMOH;A;SNP;559;CTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTT;CNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;9
-Batch_AU247387_SNP_559_SPAIN;A;SNP;559;-----------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCC;AGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_559_VIGOR;A;SNP;559;CTGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTT;CTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_560_10954;A;SNP;560;TGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTA;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;6;Sequence;;;7
-Batch_AU247387_SNP_560_CARILLON;A;SNP;560;----------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCR;GTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_560_CONCERTO;A;SNP;560;NNNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTA;TTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;7
-Batch_AU247387_SNP_560_IMAGINE;A;SNP;560;TGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTA;TTGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;7
-Batch_AU247387_SNP_560_NEMOH;A;SNP;560;TGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTA;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;19;Sequence;;;7
-Batch_AU247387_SNP_560_SPAIN;A;SNP;560;----------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCG;GTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_560_VIGOR;A;SNP;560;TGTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTA;TTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_561_CARILLON;A;SNP;561;---------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRA;TGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_561_CONCERTO;A;SNP;561;NNNNNNNNCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTAC;TGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_561_IMAGINE;A;SNP;561;GTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTAC;TGCAGTCTTCATGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_561_SPAIN;A;SNP;561;---------------------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGA;TGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_561_VIGOR;A;SNP;561;GTTTGTGGCTTTGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTAC;TGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_572_CARILLON;A;SNP;572;----------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTC;TGGTGCTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_572_CONCERTO;A;SNP;572;TGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTC;TGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;9
-Batch_AU247387_SNP_572_IMAGINE;A;SNP;572;TGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTC;TGGTTCTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;9
-Batch_AU247387_SNP_572_SPAIN;A;SNP;572;----------------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTC;TGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_572_VIGOR;A;SNP;572;TGTTATGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTC;TGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_577_CARILLON;A;SNP;577;-----------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGT;CTCTACACGGTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_577_CONCERTO;A;SNP;577;TGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGT;CTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_577_IMAGINE;A;SNP;577;TGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGT;CTCTACACTGTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_577_SPAIN;A;SNP;577;-----------------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGT;CTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_577_VIGOR;A;SNP;577;TGTGACCAAGCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGT;CTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_586_CARILLON;A;SNP;586;--------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACAC;GTGCCAGTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;6
-Batch_AU247387_SNP_586_CONCERTO;A;SNP;586;GCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACAC;GTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;10;Sequence;;;10
-Batch_AU247387_SNP_586_IMAGINE;A;SNP;586;GCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACAC;GTGCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;14;Sequence;;;10
-Batch_AU247387_SNP_586_SPAIN;A;SNP;586;--------------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACAC;GTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_586_VIGOR;A;SNP;586;GCACTTGCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACAC;GTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;10
-Batch_AU247387_SNP_592_CARILLON;A;SNP;592;--------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCC;GTTCTGTATGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;9
-Batch_AU247387_SNP_592_SPAIN;A;SNP;592;--------------------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCC;GTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;9
-Batch_AU247387_SNP_592_VIGOR;A;SNP;592;GCTATACTGTCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCC;GTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_601_CARILLON;A;SNP;601;-----------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCRAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTA;GANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;12;9;Sequence;;;10
-Batch_AU247387_SNP_601_SPAIN;A;SNP;601;-----------------------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTA;GAGAAGTACGACGACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_601_VIGOR;A;SNP;601;TCTATTTGTTCGCAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTA;GAGAAGTACGAGGACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_613_SPAIN;A;SNP;613;-----------------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGA;GACAAGGTTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;7
-Batch_AU247387_SNP_613_VIGOR;A;SNP;613;CAGGTGATTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGA;GACAAGATCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;6
-Batch_AU247387_SNP_620_SPAIN;A;SNP;620;----------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAG;TTGATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;6
-Batch_AU247387_SNP_620_VIGOR;A;SNP;620;TTGCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAG;TCGATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;9
-Batch_AU247387_SNP_622_SPAIN;A;SNP;622;--------------CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGT;GATGCTTTTGGTGAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_622_VIGOR;A;SNP;622;GCAGGTCTGTGGATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGAT;GATGCTTTTGGAGAGAAG;1;12;23;Sequence;;;7
-Batch_AU247387_SNP_634_SPAIN;A;SNP;634;--CCTCTGGGTTCTTTCTGTTCTTGGGAGCTCTTGCAACTTCTTGACATTGGCATATATAGGTAAT------------------TTTAACTTGTGCTGCAACACTTGAGTTCATAACCACCCTAG------TTGTCCATACGAGTTGTGAACTGATGACATCCGTTCTTTTTCCCGAGTGCAGTCTTCGTGGTGCTCTACACGGTGCCAGTTCTGTATGAGAAGTACGACGACAAGGTTGATGCTTTTGG;GAGAAG;1;12;21;Sequence;;;10
-Batch_AU247387_SNP_634_VIGOR;A;SNP;634;ATCCTCT---------CTGCCCTTGGGAGCTGCTGCAATTTCCTCACCTTGTTCTACATAGGTAATGTGCTTCGCTGCTACAGCCTGAACTTG--------CAGATGTGCAGTAACTGTACCTAGCATTGTTTACCCAT------------------------TCTCGCTTTCTTACTTGCAGTCTTCATGGTTCTCTACACTGTGCCGGTTCTGTACGAGAAGTACGAGGACAAGATCGATGCTTTTGG;GAGAAG;1;12;23;Sequence;;;9
\ No newline at end of file
--- a/commons/core/parsing/test/data/Wig/chr1.wig	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,9 +0,0 @@
-fixedStep  chrom=chr1  start=11  step=1
-1.1
-1.2
-fixedStep  chrom=chr1  start=14  step=1
-1.4
-1.5
-variableStep chrom=chr1
-17  1.7
-19  1.9
--- a/commons/core/parsing/test/data/realExpBatchLine.csv	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,41 +0,0 @@
-IndividualNumber;Pos5;Pos3;BatchNumber;Sequence
-1;;;1;
-2;;;1;
-3;;;1;
-4;;;1;
-5;;;1;
-6;;;1;
-7;;;1;
-8;;;1;
-9;;;1;
-10;;;1;
-11;;;1;
-12;;;1;
-13;;;1;
-14;;;1;
-15;;;1;
-16;;;1;
-17;;;1;
-18;;;1;
-19;;;1;
-20;;;1;
-21;;;1;
-22;;;1;
-23;;;1;
-24;;;1;
-25;;;1;
-26;;;1;
-27;;;1;
-28;;;1;
-29;;;1;
-30;;;1;
-31;;;1;
-32;;;1;
-33;;;1;
-34;;;1;
-35;;;1;
-36;;;1;
-37;;;1;
-38;;;1;
-39;;;1;
-40;;;1;
--- a/commons/core/parsing/test/data/realExpIndividual.csv	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,41 +0,0 @@
-IndividualNumber;IndividualName;Description;AberrAneuploide;FractionLength;DeletionLineSynthesis;UrlEarImage;TypeLine;ChromNumber;ArmChrom;DeletionBin;ScientificName;local_germplasm_name;submitter_code;local_institute;donor_institute;donor_acc_id
-1;Treesnips_40-4-3;;;;;;;;;;Pinus pinaster;;;;;
-2;Treesnips_40-8-3;;;;;;;;;;Pinus pinaster;;;;;
-3;Treesnips_40-1-2;;;;;;;;;;Pinus pinaster;;;;;
-4;Treesnips_40-14-1;;;;;;;;;;Pinus pinaster;;;;;
-5;Treesnips_40-15-2;;;;;;;;;;Pinus pinaster;;;;;
-6;Treesnips_40-20-2;;;;;;;;;;Pinus pinaster;;;;;
-7;Treesnips_40-25-1;;;;;;;;;;Pinus pinaster;;;;;
-8;Treesnips_41-3-3;;;;;;;;;;Pinus pinaster;;;;;
-9;Treesnips_41-8-1;;;;;;;;;;Pinus pinaster;;;;;
-10;Treesnips_41-1-3;;;;;;;;;;Pinus pinaster;;;;;
-11;Treesnips_41-2-1;;;;;;;;;;Pinus pinaster;;;;;
-12;Treesnips_41-3-2;;;;;;;;;;Pinus pinaster;;;;;
-13;Treesnips_41-6-2;;;;;;;;;;Pinus pinaster;;;;;
-14;Treesnips_41-9-1;;;;;;;;;;Pinus pinaster;;;;;
-15;Treesnips_42-1-3;;;;;;;;;;Pinus pinaster;;;;;
-16;Treesnips_42-8-2;;;;;;;;;;Pinus pinaster;;;;;
-17;Treesnips_42-1-2;;;;;;;;;;Pinus pinaster;;;;;
-18;Treesnips_42-2-1;;;;;;;;;;Pinus pinaster;;;;;
-19;Treesnips_42-2-2;;;;;;;;;;Pinus pinaster;;;;;
-20;Treesnips_42-8-1;;;;;;;;;;Pinus pinaster;;;;;
-21;Treesnips_42-9-2;;;;;;;;;;Pinus pinaster;;;;;
-22;Treesnips_43-4-3;;;;;;;;;;Pinus pinaster;;;;;
-23;Treesnips_43-5-3;;;;;;;;;;Pinus pinaster;;;;;
-24;Treesnips_43-1-1;;;;;;;;;;Pinus pinaster;;;;;
-25;Treesnips_43-2-1;;;;;;;;;;Pinus pinaster;;;;;
-26;Treesnips_43-7-2;;;;;;;;;;Pinus pinaster;;;;;
-27;Treesnips_43-9-3;;;;;;;;;;Pinus pinaster;;;;;
-28;Treesnips_43-10-2;;;;;;;;;;Pinus pinaster;;;;;
-29;Treesnips_44-3-3;;;;;;;;;;Pinus pinaster;;;;;
-30;Treesnips_44-6-2;;;;;;;;;;Pinus pinaster;;;;;
-31;Treesnips_44-3-1;;;;;;;;;;Pinus pinaster;;;;;
-32;Treesnips_44-5-2;;;;;;;;;;Pinus pinaster;;;;;
-33;Treesnips_44-7-1;;;;;;;;;;Pinus pinaster;;;;;
-34;Treesnips_44-10-2;;;;;;;;;;Pinus pinaster;;;;;
-35;Treesnips_45-5-3;;;;;;;;;;Pinus pinaster;;;;;
-36;Treesnips_45-8-3;;;;;;;;;;Pinus pinaster;;;;;
-37;Treesnips_45-1-1;;;;;;;;;;Pinus pinaster;;;;;
-38;Treesnips_45-4-1;;;;;;;;;;Pinus pinaster;;;;;
-39;Treesnips_45-7-1;;;;;;;;;;Pinus pinaster;;;;;
-40;Treesnips_45-9-1;;;;;;;;;;Pinus pinaster;;;;;
--- a/commons/core/parsing/test/data/realExpSequences.fsa	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,2 +0,0 @@
->PpHDZ31_ref
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATTTATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTTAGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCTTGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGCACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCTATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATACCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCTTGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA
--- a/commons/core/parsing/test/data/realExpSubSNP.csv	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,799 +0,0 @@
-SubSNPName;ConfidenceValue;Type;Position;5flank;3flank;Length;BatchNumber;IndividualNumber;PrimerType;PrimerNumber;Forward_or_Reverse;AlleleNumber
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-4-3;A;SNP;136;NNNNNNNNNNNNNNNNNNGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;1;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-8-3;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;2;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-1-2;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;3;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-14-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;4;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-15-2;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;5;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-20-2;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;6;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_40-25-1;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;7;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-3-3;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;8;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-8-1;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;9;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-1-3;A;SNP;136;NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;10;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-2-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;11;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-3-2;A;SNP;136;NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;12;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-6-2;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;13;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_41-9-1;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;14;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-1-3;A;SNP;136;NNNAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;15;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-8-2;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;16;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-1-2;A;SNP;136;NNNNNCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;17;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-2-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;18;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-2-2;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;19;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-8-1;A;SNP;136;NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;20;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_42-9-2;A;SNP;136;NNNNNCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;21;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-4-3;A;SNP;136;NNTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-5-3;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;23;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-1-1;A;SNP;136;NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;24;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-2-1;A;SNP;136;NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;25;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-7-2;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;26;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-9-3;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;27;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_43-10-2;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;28;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-3-3;A;SNP;136;NNNNNNNNNNNNNNNNNNNTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;29;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-6-2;A;SNP;136;NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;30;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-3-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;31;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-5-2;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;32;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-7-1;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;33;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_44-10-2;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;34;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-5-3;A;SNP;136;NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;35;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-8-3;A;SNP;136;GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;36;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-1-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;37;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-4-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;38;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-7-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;39;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_136_Treesnips_45-9-1;A;SNP;136;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGAC;GAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAA;1;1;40;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-4-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-8-3;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-1-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;3;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-14-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;4;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-15-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-20-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;6;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_40-25-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-3-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-8-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-1-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;10;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-2-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;11;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-3-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-6-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_41-9-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;14;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-1-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-8-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-1-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-2-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-2-2;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;19;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-8-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_42-9-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-4-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-5-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-1-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;24;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-2-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-7-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-9-3;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNTATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_43-10-2;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;28;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-3-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;29;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-6-2;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-3-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;31;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-5-2;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-7-1;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;33;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_44-10-2;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;34;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-5-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;35;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-8-3;A;SNP;287;TCCAAATTATGGGAAACATTATATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-1-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNTATTGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-4-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;38;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-7-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_287_Treesnips_45-9-1;A;SNP;287;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGCAGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTT;TGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTT;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-4-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;1;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-8-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;2;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-1-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-14-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-15-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;5;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-20-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_40-25-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;7;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-3-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;8;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-8-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;9;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-1-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-2-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-3-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;12;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-6-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;13;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_41-9-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-1-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;15;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-8-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;16;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-1-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;17;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-2-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;18;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-2-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-8-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;20;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_42-9-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;21;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-4-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-5-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;23;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-1-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-2-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;25;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-7-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;26;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-9-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;27;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_43-10-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-3-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-6-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;30;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-3-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-5-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;32;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-7-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_44-10-2;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-5-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-8-3;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;36;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-1-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;37;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-4-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-7-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;39;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_409_Treesnips_45-9-1;A;SNP;409;GAGCTGCTGTCGATTGGGTCCAGATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTTGCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCCGGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTGCGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGT;TTTTGCTATTCAGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTGCAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGACTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATTCTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGAT;1;1;40;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-4-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-8-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-1-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;3;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-14-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;4;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-15-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-20-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;6;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_40-25-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-3-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-8-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-1-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;10;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-2-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;11;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-3-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-6-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_41-9-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;14;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-1-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-8-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-1-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-2-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-2-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;19;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-8-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_42-9-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-4-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-5-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-1-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;24;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-2-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-7-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-9-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_43-10-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;28;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-3-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;29;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-6-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-3-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;31;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-5-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-7-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;33;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_44-10-2;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;34;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-5-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;35;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-8-3;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-1-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-4-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;38;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-7-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1324_Treesnips_45-9-1;A;SNP;1324;ACATGCTAGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTATTCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCCTGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGA;TGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGG;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-4-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-8-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-1-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;3;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-14-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;4;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-15-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-20-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;6;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_40-25-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-3-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-8-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-1-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;10;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-2-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;11;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-3-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-6-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_41-9-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;14;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-1-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-8-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-1-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-2-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-2-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;19;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-8-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_42-9-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-4-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGATTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-5-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-1-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;24;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-2-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-7-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-9-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_43-10-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;28;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-3-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;29;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-6-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-3-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;31;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-5-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-7-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;33;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_44-10-2;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;34;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-5-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTTCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;35;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-8-3;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-1-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-4-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;38;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-7-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1471_Treesnips_45-9-1;A;SNP;1471;ATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGCAGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCACTGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCACAGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGAT;ATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTC;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-4-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-8-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-1-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;3;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-14-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;4;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-15-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-20-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;6;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_40-25-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-3-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-8-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-1-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;10;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-2-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;11;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-3-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-6-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_41-9-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;14;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-1-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-8-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-1-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-2-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-2-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;19;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-8-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_42-9-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-4-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;22;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-5-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-1-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;24;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-2-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-7-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-9-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_43-10-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;28;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-3-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;29;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-6-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-3-1;A;SNP;1632;NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;31;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-5-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-7-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;33;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_44-10-2;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;34;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-5-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-8-3;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-1-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-4-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;38;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-7-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_1632_Treesnips_45-9-1;A;SNP;1632;GGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAGGTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATGATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCT;CAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCC;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-4-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;1;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-8-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;2;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-1-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;3;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-14-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;4;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-15-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;5;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-20-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;6;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_40-25-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;7;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-3-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;8;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-8-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;9;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-1-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;10;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-2-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;11;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-3-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;12;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-6-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;13;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_41-9-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;14;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-1-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;15;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-8-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;16;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-1-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;17;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-2-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;18;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-2-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;19;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-8-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;20;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_42-9-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;21;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-4-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;22;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-5-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;23;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-1-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;24;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-2-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;25;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-7-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;26;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-9-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;27;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_43-10-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;28;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-3-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;29;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-6-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;30;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-3-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;31;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-5-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;32;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-7-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;33;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_44-10-2;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;34;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-5-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTTCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;35;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-8-3;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;36;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-1-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;37;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-4-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;38;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-7-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;39;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_INS_1754_Treesnips_45-9-1;A;INSERTION;1754;TGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGATTTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTATCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAACTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAGTTATTTAAAAAAAA;TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGGGAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGG;1;1;40;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-4-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-8-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-1-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-14-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-15-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-20-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_40-25-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-3-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-8-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-1-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-2-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-3-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-6-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_41-9-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-1-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-8-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-1-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-2-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-2-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-8-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_42-9-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-4-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATCTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-5-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-1-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-2-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-7-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-9-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_43-10-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-3-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-6-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-3-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-5-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-7-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_44-10-2;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-5-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-8-3;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-1-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-4-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-7-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2086_Treesnips_45-9-1;A;SNP;2086;TTTGATAGAGGAACTGATGACGTGTAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGC;TGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTC;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-4-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-8-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-1-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-14-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-15-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-20-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_40-25-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-3-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-8-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-1-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-2-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-3-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-6-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_41-9-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-1-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-8-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-1-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-2-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-2-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-8-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_42-9-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-4-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;22;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-5-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-1-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-2-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-7-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-9-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_43-10-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-3-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-6-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-3-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-5-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-7-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_44-10-2;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-5-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-8-3;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-1-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-4-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-7-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2137_Treesnips_45-9-1;A;SNP;2137;CATTACTTGTACGTTTCTTGCGCGAGCACCGATCAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTTATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATAT;TTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGT;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-4-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-8-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-1-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;3;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-14-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;4;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-15-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-20-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;6;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_40-25-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-3-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-8-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-1-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;10;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-2-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;11;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-3-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-6-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_41-9-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;14;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-1-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-8-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-1-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-2-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-2-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;19;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-8-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_42-9-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-4-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATCTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;22;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-5-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-1-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;24;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-2-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-7-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-9-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_43-10-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;28;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-3-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;29;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-6-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-3-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;31;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-5-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-7-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;33;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_44-10-2;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;34;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-5-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;35;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-8-3;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-1-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-4-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;38;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-7-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2267_Treesnips_45-9-1;A;SNP;2267;GAGTCAAGTAATCCTTCCCTTGGCACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTTTGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTATATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATGTAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTAC;CAGGAGGAAGCTGTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTATACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAACAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGAACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCT;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-4-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-8-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-1-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;3;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-14-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;4;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-15-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-20-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;6;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_40-25-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-3-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-8-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-1-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;10;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-2-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;11;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-3-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-6-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_41-9-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;14;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-1-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-8-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-1-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-2-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-2-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;19;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-8-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_42-9-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-4-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-5-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-1-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;24;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-2-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-7-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-9-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_43-10-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;28;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-3-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;29;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-6-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-3-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;31;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-5-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-7-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;33;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_44-10-2;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;34;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-5-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;35;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-8-3;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-1-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-4-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;38;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-7-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2716_Treesnips_45-9-1;A;SNP;2716;TTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCG;ACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTC;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-4-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-8-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-1-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-14-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-15-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-20-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_40-25-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-3-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-8-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-1-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-2-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-3-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-6-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_41-9-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-1-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-8-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-1-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-2-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-2-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-8-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_42-9-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-4-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-5-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-1-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-2-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-7-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-9-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_43-10-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-3-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-6-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-3-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-5-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-7-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_44-10-2;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-5-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-8-3;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-1-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-4-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACA;TGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-7-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2720_Treesnips_45-9-1;A;SNP;2720;GCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACA;TGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGG;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-4-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;1;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-8-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;2;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-1-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-14-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-15-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;5;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-20-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_40-25-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;7;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-3-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;8;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-8-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;9;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-1-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-2-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-3-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;12;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-6-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;13;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_41-9-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-1-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;15;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-8-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;16;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-1-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;17;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-2-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;18;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-2-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-8-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;20;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_42-9-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;21;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-4-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-5-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;23;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-1-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-2-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;25;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-7-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;26;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-9-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;27;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_43-10-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-3-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-6-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;30;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-3-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-5-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;32;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-7-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_44-10-2;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-5-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-8-3;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;36;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-1-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;37;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-4-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-7-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;39;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2740_Treesnips_45-9-1;A;SNP;2740;TGCTGATGATGCTCCTTTGCTTCCTTCTGGGTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCT;GAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTC;1;1;40;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-4-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;1;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-8-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;2;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-1-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;3;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-14-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;4;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-15-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;5;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-20-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;6;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_40-25-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;7;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-3-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;8;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-8-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;9;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-1-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;10;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-2-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;11;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-3-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;12;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-6-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;13;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_41-9-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;14;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-1-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;15;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-8-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;16;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-1-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;17;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-2-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;18;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-2-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;19;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-8-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;20;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_42-9-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;21;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-4-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;22;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-5-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;23;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-1-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;24;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-2-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;25;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-7-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;26;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-9-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;27;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_43-10-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;28;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-3-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-6-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;30;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-3-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-5-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;32;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-7-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;33;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_44-10-2;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;34;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-5-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;35;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-8-3;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;36;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-1-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;37;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-4-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;38;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-7-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;39;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2775_Treesnips_45-9-1;A;SNP;2775;GGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTG;TTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATA;1;1;40;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-4-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-8-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-1-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;3;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-14-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;4;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-15-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-20-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_40-25-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-3-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-8-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-1-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-2-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-3-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-6-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_41-9-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;14;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-1-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-8-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-1-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-2-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-2-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-8-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_42-9-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-4-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-5-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-1-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;24;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-2-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-7-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-9-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_43-10-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;28;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-3-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-6-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-3-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-5-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-7-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;33;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_44-10-2;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-5-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-8-3;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-1-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-4-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-7-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_2812_Treesnips_45-9-1;A;SNP;2812;TCTGCAAACGTTTATGGCATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGCTGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGATCTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAACTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGAC;ATTGCATTCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTC;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-4-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-8-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-1-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;3;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-14-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;4;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-15-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-20-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;6;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_40-25-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCNNNNNNNNNNNNNNNN;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-3-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-8-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-1-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;10;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-2-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;11;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-3-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-6-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_41-9-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;14;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-1-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-8-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-1-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-2-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-2-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;19;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-8-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_42-9-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-4-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;22;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-5-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-1-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;24;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-2-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-7-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-9-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_43-10-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;28;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-3-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;29;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-6-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-3-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;31;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-5-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-7-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;33;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_44-10-2;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;34;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-5-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;35;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-8-3;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-1-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-4-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;38;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-7-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3124_Treesnips_45-9-1;A;SNP;3124;AATATGTGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACT;CACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTG;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-4-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;1;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-8-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;2;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-1-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;3;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-14-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;4;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-15-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;5;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-20-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;6;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_40-25-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;7;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-3-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;8;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-8-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;9;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-1-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;10;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-2-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;11;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-3-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;12;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-6-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;13;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_41-9-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;14;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-1-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;15;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-8-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;16;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-1-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;17;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-2-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;18;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-2-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;19;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-8-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;20;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_42-9-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;21;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-4-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-5-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;23;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-1-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;24;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-2-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;25;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-7-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;26;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-9-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;27;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_43-10-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;28;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-3-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;29;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-6-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;30;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-3-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;31;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-5-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;32;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-7-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCNN;1;1;33;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_44-10-2;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;34;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-5-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;35;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-8-3;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;36;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-1-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;37;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-4-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGG;GTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;38;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-7-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;39;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3133_Treesnips_45-9-1;A;SNP;3133;GTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGG;GTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTG;1;1;40;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-4-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;1;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-8-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;2;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-1-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;3;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-14-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;4;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-15-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;5;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-20-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;6;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_40-25-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;7;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-3-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;8;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-8-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;9;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-1-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;10;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-2-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;11;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-3-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;12;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-6-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;13;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_41-9-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;14;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-1-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;15;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-8-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;16;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-1-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;17;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-2-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;18;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-2-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;19;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-8-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;20;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_42-9-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;21;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-4-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;22;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-5-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;23;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-1-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;24;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-2-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;25;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-7-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;26;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-9-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;27;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_43-10-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;28;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-3-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;29;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-6-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;30;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-3-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;31;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-5-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;32;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-7-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCNNNNNNNN;1;1;33;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_44-10-2;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;34;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-5-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;35;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-8-3;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;36;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-1-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;37;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-4-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;38;Sequence;;;2
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-7-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;39;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_SNP_3139_Treesnips_45-9-1;A;SNP;3139;TTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGAATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGA;CTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACG;1;1;40;Sequence;;;4
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-4-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;1;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-8-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;2;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-1-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;3;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-14-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;4;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-15-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAANNNN;1;1;5;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-20-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;6;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_40-25-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;7;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-3-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;8;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-8-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;9;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-1-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;10;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-2-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;11;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-3-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;12;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-6-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;13;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_41-9-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;14;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-1-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;15;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-8-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;16;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-1-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;17;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-2-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;18;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-2-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;19;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-8-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;20;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_42-9-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;21;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-4-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;22;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-5-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;23;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-1-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;24;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-2-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;25;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-7-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;26;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-9-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;27;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_43-10-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;28;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-3-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;29;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-6-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;30;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-3-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTN;1;1;31;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-5-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;32;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-7-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;33;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_44-10-2;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTNNNNNNNNNN;1;1;34;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_45-5-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;35;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_45-8-3;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;36;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_45-4-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;38;Sequence;;;5
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_45-7-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;39;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_DEL_3245_Treesnips_45-9-1;A;DELETION;3245;CCGTTGGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA;TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;40;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-4-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;1;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-8-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;2;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-1-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;3;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-14-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;4;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-15-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAANNNN;1;1;5;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-20-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;6;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_40-25-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;7;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-3-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;8;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-8-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;9;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-1-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;10;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-2-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;11;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-3-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;12;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-6-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;13;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_41-9-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;14;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-1-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;15;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-8-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;16;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-1-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;17;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-2-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;18;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-2-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;19;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-8-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;20;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_42-9-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;21;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-4-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;22;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-5-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;23;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-1-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;24;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-2-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;25;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-7-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;26;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-9-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;27;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_43-10-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;28;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-3-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;29;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-6-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;30;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-3-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTN;1;1;31;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-5-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGNNNNNNNNNNN;1;1;32;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-7-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;33;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_44-10-2;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTNNNNNNNNNN;1;1;34;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_45-5-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAANNNNNNNNNNNNNN;1;1;35;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_45-8-3;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGNNNNNNNNNNNN;1;1;36;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_45-4-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;38;Sequence;;;3
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_45-7-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTGGACAAAATTCTGGATGAAAATGGTCGCAAAAGTA;1;1;39;Sequence;;;1
-INRA_Pinus_pinaster_HDZ31-1_SNP_3291_Treesnips_45-9-1;A;SNP;3291;AGGCTCTTATGTTTTGCCATTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACAGACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGAAACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACATACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCT;GTTGTGAAGTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCAAATCAAGCAGGGTTGGACATGCTGGAAACGACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN;1;1;40;Sequence;;;1
--- a/commons/core/parsing/test/data/real_multifasta_input.fasta	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,2419 +0,0 @@
->PpHDZ31_ref
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAAAGTA
->Treesnips_40-4-3
-NNNNNNNNNNNNNNNNNNGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_40-8-3
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAANNNNNNNNNNNNNN
->Treesnips_40-1-2
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_40-14-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAANNNNNNNNNNNNNN
->Treesnips_40-15-2
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAANNNN
->Treesnips_40-20-2
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_40-25-1
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
->Treesnips_41-3-3
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_41-8-1
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAANNNNNNNNNNNNNN
->Treesnips_41-1-3
-NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAANNNNNNNNNNNNNN
->Treesnips_41-2-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_41-3-2
-NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_41-6-2
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAAAGTA
->Treesnips_41-9-1
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_42-1-3
-NNNAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_42-8-2
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_42-1-2
-NNNNNCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_42-2-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_42-2-2
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAAAGTA
->Treesnips_42-8-1
-NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_42-9-2
-NNNNNCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_43-4-3
-NNTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGATTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATCTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_43-5-3
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_43-1-1
-NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_43-2-1
-NNNNGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_43-7-2
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_43-9-3
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_43-10-2
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_44-3-3
-NNNNNNNNNNNNNNNNNNNTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_44-6-2
-NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_44-3-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGTTTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAAAGTN
->Treesnips_44-5-2
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGNNNNNNNNNNN
->Treesnips_44-7-1
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACCATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
->Treesnips_44-10-2
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTNNNNNNNNNN
->Treesnips_45-5-3
-NNNNNNCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTTCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAANNNNNNNNNNNNNN
->Treesnips_45-8-3
-GCTAGCCCCGCTGGGTACGTGGCATTGTTTTAGCTTTCCAAATTATGGGAAACATTATAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGNNNNNNNNNNNN
->Treesnips_45-1-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAT
-TGTTTTTGTAGCTAGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
->Treesnips_45-4-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACGGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTGTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTTTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATGATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAAATGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCTTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACACAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGGACATTGGACTTGGCTTCTGCTCTTGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTACACATAGGGGTGGATCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAA-TTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTAGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
->Treesnips_45-7-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACATTGGTTGCATTGCAAGATATATCTTTG
-GACAAAATTCTGGATGAAAATGGTCGCAAAAGTA
->Treesnips_45-9-1
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNGGTATAAAAGGACTGTATTTTTCTATTCCAGACTCCTGTCTATAGC
-AGAGGAGACCTTGACAGAGTTCCTTTCAAAGGCTAAAGGAGCTGCTGTCGATTGGGTCCA
-GATGCCTGGGATGAAGGTTTGTGTTCCCAAGATCCTCTTCTAAAAATAGATCATGTGCTT
-GCTTGAATTATTAATCTATGGTGTATTAAGATGCCTGAGCGTGTTTTTGCAGCCTGGTCC
-GGATTCGATTGGTATTGTAGCTATTTCGAATACTTGTAATGGAGTAGCTGCACGTGCTTG
-CGGTCTTGTAGGATTAGATCCTACAAAGGTAATGAGTGCAATTATTGTGTTTTGCTATTC
-AGTAATGATTATTTTGTTTCCGAAGGAAGGGATGCTCATGCAAGTTTTCTATTCAGGTTG
-CAGAGATTCTTAAAGATCGCCCATCTTGGCTTCGTGATTGTCGTTGCCTTGATGTTTTGA
-CTGCGTTTCCTACTGGAAATGGTGGAACAATCGAGCTTTTATACATGCAGGTTTGCTATT
-CTCTCTGAAATTGATTCTGATAAGTTGCCATAAGAGGTCAAAAATTAGCAAAATCAGATT
-TATCTTTTTTTTTTTTTTTTTTGTATGATGTGGACTGCAGACATATGCCGCCACTACTTT
-AGCTTCTGCTAGAGACTTCTGGACTCTGAGATACACAACAGTGTTGGAAGATGGCAGTCT
-TGTGGTATGTGATAACTGAACAATGACACATGCTTTCATTAATCCCTTTATTTTGTGAGC
-ACAACTGGATTTTCTTCCTTGTTTTTGCAGTAGTGGGGTTTTGCTAATTATAGCTTATCT
-ATGATGTTCTGTAAGGTTTGTGAAAGGTCCTTGAGTGGTACTCAGGGTGGTCCAAGCATA
-CCGCCAGTGCAGCATTTTGTGAGAGCAGAAATGCTTCCCAGTGGATATTTGATACAACCT
-TGTGAAGGTGGTGGTTCCATAATCCGTATTGTTGATCACATGGATCTAGAGGTACATGCT
-AGTTGTTGATGGCTAGAAGCTGCAATGTAGTTTATACAATTAAATTCCCAGAGTAGCTAT
-TCTAAGATGGGCTGATCTTTTCATTGATTTGATTATTGCTATTCAGCCATGGAGTGTGCC
-TGAGGTTTTACGACCACTATATGAATCGTCCACTGTACTTGCCCAGAAAATGACAATTGC
-AGTAAGGACACCTTTAATGCCATTGTGCAGATTGTATTACAATTCTTCTAAGATTTCCAC
-TGACTGAAATCTTCATGATCAGGCATTGCGTCGATTACGCCAAATTGCACAGGAAGCCAC
-AGGTGAAGTAGTTTTTGGTTGGGGAAGACAGCCAGCTGTTCTGCGAACATTTAGCCAGAG
-GTTAAGCAGGTAATGTGACTACTGCAGGATTATATCTTCTCCCATATTTGAACCATGATG
-ATTGTGTCTAATAGACCTGTTTTTAAAAATGCAGGGGTTTCAACGAGGCCGTGAATGGAT
-TTACAGATGATGGGTGGTCATTGATGGGTAGTGATGGAGTGGAGGATGTCACTATTGCTA
-TCAATTCATCTCCAAACAAACATTTTGCCTACCAAGTTAATGCTTCTAATGGGCTAACAA
-CTCTTGGTGGTGGCATCCTTTGTGCAAAGGCATCCATGCTCTTACAGGTTCTCAAGCTAG
-TTATTTAAAAAAAA-TGTAAACAACATAATTTTATGCAATAATTTTAGAATGCATCTTGG
-GAGTCTGGAATACTTGTTTCTGAGTTCCGAGTCTTGTTTGATAGAGGAACTGATGACGTG
-TAATGTAAATACAGAATGTGCCTCCAGCATTACTTGTACGTTTCTTGCGCGAGCACCGAT
-CAGAGTGGGCAGATTCCAACATTGATGCCTATTCTGCAGCTGCTTTAAAATCAAGTCCTT
-ATAGTGTTCCAGGATCAAGAGCAGGGGGCTTTTCAGGGAGTCAAGTAATCCTTCCCTTGG
-CACATACTGTGGAACATGAGGAGGTGGGGAGTGGTTACTGAGATGCCTGGTTTTGTATTT
-TGTTGCCTTCAAACTGCATTGGGATGCTTTTCAATATTTTTCCTGGTGTTTTTGGTTCTA
-TATTTTGTTCAAATGTTTTCCTCTCTGTTGGTTTATACAATTTTGAAGCTGAAATAAATG
-TAACTGCAGTTCTTAGAGGTCATTAAGCTGGAAGGTCATGGCCTTACTCAGGAGGAAGCT
-GTCCTGTCCAGAGATATGTTTCTCTTACAGGTATCTTGTATTGCCAAAGTTACTTTCTAT
-ACCAATGATTGTGCTAGTGTATACTTTTTAAGGTTTATTGTTTAATGTTAACATTATCAA
-CAACTTTGATGGGCAGCTTTGCAGTGGAATTGATGAACATGCAGCTGGAGCATGTGCTGA
-ACTTGTTTTTGCACCAATTGATGAATCCTTTGCTGATGATGCTCCTTTGCTTCCTTCTGG
-GTTCAGGGTTATTCCTTTGGAATCAAGAACAGTTGAGTATATTCTGCAAACGTTTATGGC
-ATCTAGAATTGATTTTTCATCTATGCTAAAATATCATTCAAAACAACTGGCATCTGGTGC
-TGCATTACGTATTTATTTCTTGGAGCTTGAAGAAATGAATATATATGATGCAGGATGGAT
-CTGGGGGTCCCAACCGCACACTGGACTTGGCTTCTGCTCTGGAGGTTGGATCAACTGGAA
-CTAGAACGTCTGGTGATTCTGGCACCAACTCGAATCTGAGATCTGTGTTGACTATTGCAT
-TCCAGTTTACTTATGAGAGCCACTCGCGAGAAAATGTGGCAGCTATGGCTCGTCAATATG
-TGCGTAGTGTTGTAGCATCTGTCCAGAGGGTTGCCATGGCATTAGCTCCTTCTCGACTGA
-ATTCACATGTTGGCCCAAGGCCACCTCCTGGGACTCCAGAAGCACTTACTCTTGCCCGTT
-GGATTTGTCAGAGCTACAGGTAAATAGGAGGCTTGCATTCAAGGCTCTTATGTTTTGCCA
-TTCTTTATTTCTTAATTTTGAAATATTTTGTACTGAGAGCTGAATGCAAGTTTTTGGACA
-GACTCCACATAGGTGTGGACCTGTTTCGAGCTGATTGTGAAGCCAGTGAGTCTGTACTGA
-AACTACTTTGGCACCATTCAGATGCAATCATGTGCTGTTCTGTGAAGGTATCTATTACAT
-ACAAAATTCTGAAGAAGTATAGCACTTTGGATACCTGCCTTATATTTTTCTGGTTGTGAA
-GTTACTAAATCTGGCCTATTGCTTGTGAATATGCAGGCGTTGCCTGTTTTTACATTTGCA
-AATCAAGCAGGGTTGGACATGCTGGAAACGACANNNNNNNNNNNNNNNNNNNNNNNNNNN
-NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
--- a/commons/core/parsing/test/data/sampleForTestVarscanToVCF.varscan	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,108 +0,0 @@
-Chrom	Position	Ref	Cons	Reads1	Reads2	VarFreq	Strands1	Strands2	Qual1	Qual2	Pvalue	MapQual1	MapQual2	Reads1Plus	Reads1Minus	Reads2Plus	Reads2Minus	VarAllele
-chr1	10759	C	Y	2	1	33.33%	1	1	65	47	0.98	1	1	0	2	0	1	T
-chr1	12438	C	S	1	1	50%	1	1	62	42	0.98	1	1	0	1	0	1	G
-chr1	17432	A	M	2	1	33.33%	1	1	55	37	0.98	1	1	0	2	1	0	C
-chr1	20391	A	W	2	1	33.33%	1	1	56	37	0.98	1	1	2	0	1	0	T
-chr1	21207	T	Y	2	1	33.33%	1	1	55	41	0.98	1	1	2	0	1	0	C
-chr1	26057	T	K	11	2	15.38%	2	1	60	37	0.98	1	1	7	4	2	0	G
-chr1	36838	T	Y	2	1	33.33%	1	1	61	36	0.98	1	1	2	0	0	1	C
-chr1	37751	A	M	3	1	25%	1	1	65	42	0.98	1	1	0	3	0	1	C
-chr1	43500	C	S	3	1	25%	2	1	65	40	0.98	1	1	2	1	0	1	G
-chr1	50481	A	W	2	1	33.33%	1	1	60	40	0.98	1	1	0	2	1	0	T
-chr1	106849	C	S	3	1	25%	2	1	65	40	0.98	1	1	2	1	1	0	G
-chr1	108726	T	W	2	1	33.33%	1	1	50	41	0.98	1	1	0	2	0	1	A
-chr1	114204	G	S	4	2	33.33%	2	2	60	39	0.98	1	1	2	2	1	1	C
-chr1	115030	A	M	3	1	25%	2	1	57	41	0.98	1	1	2	1	1	0	C
-chr1	116173	A	R	7	2	22.22%	2	1	58	39	0.98	1	1	5	2	2	0	G
-chr1	118433	G	S	6	1	14.29%	2	1	64	50	0.98	1	1	4	2	1	0	C
-chr1	119042	A	R	5	1	16.67%	2	1	55	51	0.98	1	1	2	3	1	0	G
-chr1	139219	A	R	1	1	50%	1	1	65	46	0.98	1	1	1	0	0	1	G
-chr1	140710	A	R	9	2	18.18%	2	1	63	41	0.98	1	1	3	6	0	2	G
-chr1	144419	T	Y	3	1	25%	2	1	63	39	0.98	1	1	1	2	1	0	C
-chr1	146099	G	S	2	1	33.33%	2	1	64	38	0.98	1	1	1	1	0	1	C
-chr1	146435	T	Y	11	7	38.89%	2	1	60	24	0.98	1	1	4	7	7	0	C
-chr1	147232	A	W	2	1	33.33%	2	1	64	39	0.98	1	1	1	1	0	1	T
-chr1	158703	A	M	2	1	33.33%	2	1	60	55	0.98	1	1	1	1	1	0	C
-chr1	166732	A	W	4	2	33.33%	2	2	62	24	0.98	1	1	2	2	1	1	T
-chr1	179887	C	M	3	1	25%	2	1	64	39	0.98	1	1	1	2	1	0	A
-chr1	185971	A	R	3	1	25%	2	1	55	40	0.98	1	1	2	1	0	1	G
-chr1	211074	A	M	3	1	25%	1	1	65	40	0.98	1	1	3	0	0	1	C
-chr1	219573	G	S	1	1	50%	1	1	61	41	0.98	1	1	1	0	0	1	C
-chr1	229396	C	S	2	1	33.33%	2	1	57	39	0.98	1	1	1	1	0	1	G
-chr1	236388	T	K	8	2	20%	2	1	52	32	0.98	1	1	2	6	0	2	G
-chr1	245990	G	S	5	1	16.67%	2	1	61	46	0.98	1	1	3	2	1	0	C
-chr1	249155	C	S	2	1	33.33%	2	1	62	37	0.98	1	1	1	1	1	0	G
-chr1	261257	T	K	3	1	25%	1	1	60	39	0.98	1	1	0	3	0	1	G
-chr1	274692	A	R	2	1	33.33%	2	1	63	39	0.98	1	1	1	1	0	1	G
-chr1	283468	G	S	3	1	25%	2	1	63	45	0.98	1	1	2	1	1	0	C
-chr1	284288	T	W	3	1	25%	2	1	64	39	0.98	1	1	2	1	1	0	A
-chr1	286983	T	Y	2	1	33.33%	1	1	64	37	0.98	1	1	0	2	1	0	C
-chr1	287378	C	M	2	1	33.33%	2	1	65	37	0.98	1	1	1	1	0	1	A
-chr1	302928	A	R	1	1	50%	1	1	64	38	0.98	1	1	0	1	1	0	G
-chr1	305952	C	M	2	1	33.33%	1	1	65	38	0.98	1	1	0	2	0	1	A
-chr1	307932	T	Y	4	1	20%	2	1	65	42	0.98	1	1	1	3	0	1	C
-chr1	317422	G	S	3	1	25%	1	1	57	40	0.98	1	1	0	3	0	1	C
-chr1	321480	A	W	2	1	33.33%	1	1	64	38	0.98	1	1	2	0	0	1	T
-chr1	322307	A	M	1	1	50%	1	1	65	37	0.98	1	1	1	0	0	1	C
-chr1	328326	G	S	5	1	16.67%	2	1	62	52	0.98	1	1	4	1	1	0	C
-chr1	333138	T	K	3	2	40%	1	2	63	24	0.98	1	1	0	3	1	1	G
-chr1	333388	T	Y	4	1	20%	2	1	64	43	0.98	1	1	2	2	1	0	C
-chr1	335592	T	K	2	1	33.33%	1	1	58	39	0.98	1	1	2	0	1	0	G
-chr1	336572	C	S	1	1	50%	1	1	58	38	0.98	1	1	0	1	0	1	G
-chr1	347396	T	K	5	1	16.67%	2	1	62	52	0.98	1	1	2	3	1	0	G
-chr1	359080	T	K	4	1	20%	2	1	61	42	0.98	1	1	1	3	0	1	G
-chr1	360223	A	W	5	1	16.67%	2	1	54	52	0.98	1	1	2	3	0	1	T
-chr1	361047	T	K	5	1	16.67%	2	1	62	50	0.98	1	1	2	3	0	1	G
-chr1	366048	A	M	2	1	33.33%	2	1	65	39	0.98	1	1	1	1	0	1	C
-chr1	368105	A	R	3	1	25%	2	1	55	40	0.98	1	1	2	1	0	1	G
-chr1	373782	T	W	3	1	25%	2	1	64	41	0.98	1	1	2	1	1	0	A
-chr1	378159	G	K	2	1	33.33%	2	1	63	41	0.98	1	1	1	1	0	1	T
-chr1	383945	C	S	8	1	11.11%	2	1	58	57	0.98	1	1	2	6	1	0	G
-chr1	389461	A	R	1	1	50%	1	1	65	36	0.98	1	1	1	0	1	0	G
-chr1	396860	G	K	4	1	20%	1	1	65	43	0.98	1	1	0	4	0	1	T
-chr1	397170	A	R	1	1	50%	1	1	65	36	0.98	1	1	1	0	1	0	G
-chr1	399939	A	M	5	1	16.67%	2	1	63	46	0.98	1	1	1	4	0	1	C
-chr1	400733	G	S	3	1	25%	1	1	65	41	0.98	1	1	3	0	0	1	C
-chr1	401165	A	R	3	1	25%	2	1	64	41	0.98	1	1	1	2	0	1	G
-chr1	406774	T	K	3	1	25%	2	1	58	39	0.98	1	1	2	1	0	1	G
-chr1	417293	C	Y	2	1	33.33%	1	1	65	55	0.98	1	1	2	0	1	0	T
-chr1	417723	G	S	2	1	33.33%	1	1	65	49	0.98	1	1	2	0	0	1	C
-chr1	420308	C	M	1	1	50%	1	1	65	36	0.98	1	1	1	0	0	1	A
-chr1	435579	C	Y	3	1	25%	1	1	64	40	0.98	1	1	0	3	0	1	T
-chr1	437183	G	R	2	1	33.33%	1	1	65	39	0.98	1	1	0	2	0	1	A
-chr1	437194	A	W	3	1	25%	1	1	64	41	0.98	1	1	0	3	0	1	T
-chr1	438866	G	S	6	1	14.29%	2	1	62	52	0.98	1	1	5	1	0	1	C
-chr1	446237	T	Y	3	1	25%	2	1	65	39	0.98	1	1	2	1	1	0	C
-chr1	446308	A	R	2	1	33.33%	1	1	50	38	0.98	1	1	2	0	1	0	G
-chr1	452322	A	M	1	1	50%	1	1	65	36	0.98	1	1	0	1	1	0	C
-chr1	462721	T	K	1	1	50%	1	1	58	41	0.98	1	1	0	1	1	0	G
-chr1	477145	C	S	2	1	33.33%	2	1	64	39	0.98	1	1	1	1	1	0	G
-chr1	493772	G	S	3	1	25%	2	1	65	40	0.98	1	1	1	2	1	0	C
-chr1	498962	C	M	2	1	33.33%	2	1	65	41	0.98	1	1	1	1	1	0	A
-chr1	510532	T	Y	4	1	20%	2	1	64	53	0.98	1	1	2	2	1	0	C
-chr1	516369	T	Y	1	1	50%	1	1	34	40	0.98	1	1	1	0	1	0	C
-chr1	523631	G	K	3	1	25%	2	1	64	40	0.98	1	1	1	2	0	1	T
-chr1	524680	C	Y	2	1	33.33%	1	1	65	41	0.98	1	1	0	2	0	1	T
-chr1	525898	T	K	3	1	25%	2	1	62	49	0.98	1	1	2	1	1	0	G
-chr1	526118	A	M	5	1	16.67%	2	1	61	50	0.98	1	1	2	3	0	1	C
-chr1	535762	C	Y	3	1	25%	1	1	65	42	0.98	1	1	3	0	1	0	T
-chr1	543235	G	K	1	1	50%	1	1	45	41	0.98	1	1	1	0	1	0	T
-chr1	550086	T	Y	3	1	25%	1	1	50	41	0.98	1	1	3	0	1	0	C
-chr1	550508	A	R	3	1	25%	2	1	55	40	0.98	1	1	1	2	0	1	G
-chr1	551143	G	S	2	1	33.33%	1	1	65	39	0.98	1	1	0	2	1	0	C
-chr1	552924	A	R	6	2	25%	2	2	62	38	0.98	1	1	4	2	1	1	G
-chr1	553541	A	R	7	1	12.5%	2	1	65	52	0.98	1	1	4	3	0	1	G
-chr1	560806	T	Y	5	1	16.67%	2	1	65	49	0.98	1	1	2	3	0	1	C
-chr1	562736	C	S	5	1	16.67%	1	1	64	52	0.98	1	1	0	5	1	0	G
-chr1	563224	T	Y	2	1	33.33%	1	1	51	39	0.98	1	1	2	0	1	0	C
-chr1	564217	T	W	3	1	25%	2	1	62	40	0.98	1	1	1	2	0	1	A
-chr1	567288	C	Y	2	1	33.33%	2	1	65	40	0.98	1	1	1	1	1	0	T
-chr1	569652	T	Y	1	1	50%	1	1	48	42	0.98	1	1	1	0	0	1	C
-chr1	570280	G	K	7	1	12.5%	2	1	60	53	0.98	1	1	1	6	0	1	T
-chr1	582185	T	Y	1	1	50%	1	1	63	40	0.98	1	1	1	0	1	0	C
-chr1	582453	G	S	1	1	50%	1	1	65	38	0.98	1	1	0	1	0	1	C
-chr1	583477	T	K	2	1	33.33%	2	1	62	39	0.98	1	1	1	1	1	0	G
-chr1	584179	G	K	3	1	25%	2	1	65	41	0.98	1	1	2	1	0	1	T
-chr1	589074	G	S	2	1	33.33%	2	1	65	36	0.98	1	1	1	1	0	1	C
-chr1	596641	C	S	2	1	33.33%	1	1	65	40	0.98	1	1	2	0	0	1	G
-chr1	599263	G	K	2	1	33.33%	1	1	60	38	0.98	1	1	2	0	0	1	T
--- a/commons/core/parsing/test/data/test.wig	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,12 +0,0 @@
-fixedStep  chrom=chr1  start=11  step=1
-1.1
-1.2
-fixedStep  chrom=chr1  start=14  step=1
-1.4
-1.5
-variableStep chrom=chr1
-17  1.7
-19  1.9
-variableStep chrom=chrX
-5  9.5
-6  9.6
--- a/commons/core/parsing/test/data/test1.wig	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,11 +0,0 @@
-fixedStep  chrom=chr2  start=9  step=1
-0
-0
-1.1
-1.2
-fixedStep  chrom=chr2  start=14  step=1
-1.4
-1.5
-variableStep chrom=chr2
-17  1.7
-19  1.9
--- a/commons/core/parsing/test/data/test2.wig	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,3 +0,0 @@
-fixedStep  chrom=chr3  start=14  step=1
-1.4
-1.5
--- a/commons/core/parsing/test/data/testBedParser1.bed	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,2 +0,0 @@
-track name=reads description="Reads" useScore=0 visibility=full offset=0
-arm_X	1000	3000	test1.1	1000	+	1000	3000	0	2	100,1000,	0,1000,
--- a/commons/core/parsing/test/data/testCoordsParser.coords	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,19 +0,0 @@
-/home/urgi/genome_alignment/data/banks/arabidopsis/lyrata/ara_lyra_sca1.fa /home/urgi/genome_alignment/data/banks/arabidopsis/thaliana/ara_thal_chr1.fa
-NUCMER
-
-    [S1]     [E1]  |     [S2]     [E2]  |  [LEN 1]  [LEN 2]  |  [% IDY]  | [TAGS]
-=====================================================================================
-       1     6251  |   421251   415029  |     6251     6223  |    89.03  | scaffold_1	gi|240254421:1-30427671
-    9127    11947  |   414945   412123  |     2821     2823  |    90.45  | scaffold_1	gi|240254421:1-30427671
-   12201    12953  |   411933   411173  |      753      761  |    82.56  | scaffold_1	gi|240254421:1-30427671
-   13086    20401  |   411034   403760  |     7316     7275  |    88.56  | scaffold_1	gi|240254421:1-30427671
-   20482    20686  |   403573   403369  |      205      205  |    94.66  | scaffold_1	gi|240254421:1-30427671
-   32288    32623  |   402639   402280  |      336      360  |    76.52  | scaffold_1	gi|240254421:1-30427671
-   32936    33572  |   401974   401308  |      637      667  |    79.80  | scaffold_1	gi|240254421:1-30427671
-   33748    35013  |   401256   400080  |     1266     1177  |    82.77  | scaffold_1	gi|240254421:1-30427671
-   35456    44084  |   399895   391566  |     8629     8330  |    86.23  | scaffold_1	gi|240254421:1-30427671
-   44401    45265  |   391569   390737  |      865      833  |    90.40  | scaffold_1	gi|240254421:1-30427671
-   45374    46243  |   390633   389755  |      870      879  |    71.70  | scaffold_1	gi|240254421:1-30427671
-   46366    48958  |   389607   387128  |     2593     2480  |    82.32  | scaffold_1	gi|240254421:1-30427671
-   55079    55160  |   369603   369683  |       82       81  |    93.90  | scaffold_1	gi|240254421:1-30427671
-   55407    56537  |   369910   371016  |     1131     1107  |    81.69  | scaffold_1	gi|240254421:1-30427671
\ No newline at end of file
--- a/commons/core/parsing/test/data/testCoordsParser_showcoord.coords	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,5 +0,0 @@
-/home/fungisex/Work2011_2012/Gnc/Compare_Genome/SLA1_SLA2/Mivi_sl_A1_scaffolds.fa /home/fungisex/Work2011_2012/Gnc/Compare_Genome/SLA1_SLA2/Mivi_sl_A2_scaffolds.fa
-NUCMER
-
-[S1]	[E1]	[S2]	[E2]	[LEN 1]	[LEN 2]	[% IDY]	[LEN R]	[LEN Q]	[COV R]	[COV Q]	[FRM]	[TAGS]
-296	2292	1	2001	1997	2001	98.30	175930	60273	1.14	3.32	1	1	mivi_sl_A1_scaffold00001	mivi_sl_A2_scaffold00003
--- a/commons/core/parsing/test/data/testCoordsParser_showcoord_promer.coords	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,5 +0,0 @@
-/home/fungisex/Work2011_2012/Gnc/Compare_Genome/SLA1_SLA2/Mivi_sl_A1_scaffolds.fa /home/fungisex/Work2011_2012/Gnc/Compare_Genome/SLA1_SLA2/Mivi_sl_A2_scaffolds.fa
-PROMER
-
-[S1]	[E1]	[S2]	[E2]	[LEN 1]	[LEN 2]	[% IDY]	[% SIM]	[% STP]	[LEN R]	[LEN Q]	[COV R]	[COV Q]	[FRM]	[TAGS]
-1229    291    939    1    939    939    94.25    97.12    3.04    175930    60273    0.53    1.56    -3    -1    mivi_sl_A1_scaffold00001    mivi_sl_A2_scaffold00003
--- a/commons/core/parsing/test/data/testGffParser1.gff3	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,7 +0,0 @@
-arm_X	test	test_transcript	1000	2000	1	+	.	ID=id1-1;Name=test1;field=value1
-arm_X	test	test_exon	1000	2000	1	+	.	ID=id1-1-exon1;Name=test1-exon1;Parent=id1-1
-arm_X	test	test_transcript	10000	20000	1	-	.	ID=id2-1;Name=test2;field=value2
-arm_X	test	test_exon	10000	10100	1	-	.	ID=id2-1-exon1;Name=test2-exon1;Parent=id2-1
-arm_X	test	test_exon	10500	20000	1	-	.	ID=id2-1-exon2;Name=test2-exon2;Parent=id2-1
-arm_X	test	test_transcript	1000	2000	1	+	.	ID=test1.1-1;Name=test1.1
-arm_X	test	test_exon	1000	2000	1	+	.	ID=test1.1-1-exon1;Name=test1.1-exon1;Parent=test1.1-1
--- a/commons/core/seq/test/TestClusterConsensusCollection.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,67 +0,0 @@
-import unittest
-import os
-from commons.core.seq.ClusterConsensusCollection import ClusterConsensusCollection
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.seq.BioseqDB import BioseqDB
-
-class TestClusterConsensusCollection(unittest.TestCase):
-
-    def setUp(self):
-        self._clusterSequencesFileName = "clusterSequences.fa"
-        self._ClusterConsensusCollection = ClusterConsensusCollection(self._clusterSequencesFileName)
-        self._createClusterConsensusFile()
-
-    def tearDown(self):
-        os.remove(self._clusterSequencesFileName)
-        
-    def test_fillCollection(self):
-        expClusterConsensusCollection = ClusterConsensusCollection(self._clusterSequencesFileName)
-        expClusterConsensusCollection._clusterFileName = self._clusterSequencesFileName
-        bioseq1 = Bioseq("seq1", "ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT")
-        bioseq2 = Bioseq("seq2", "ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT")
-        bioseq3 = Bioseq("seq3", "ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT")
-        iBioseqDB1 = BioseqDB()
-        iBioseqDB2 = BioseqDB()
-        iBioseqDB1.setData([bioseq1, bioseq2])
-        iBioseqDB2.setData([bioseq3])
-        expClusterConsensusCollection._lClusterConsensus = [iBioseqDB1, iBioseqDB2]
-        self._ClusterConsensusCollection.fillCollection()
-        self.assertEqual(expClusterConsensusCollection, self._ClusterConsensusCollection)
-        
-    def test_getNumClusterForAConsensus_for_seq2(self):
-        self._ClusterConsensusCollection.fillCollection()
-        expClusterNumber = 1
-        obsClusterNumber = self._ClusterConsensusCollection.getNumClusterForAConsensus ("seq2")
-        self.assertEqual(expClusterNumber, obsClusterNumber)
-        
-    def test_getNumClusterForAConsensus_for_seq3(self):
-        self._ClusterConsensusCollection.fillCollection()
-        expClusterNumber = 2
-        obsClusterNumber = self._ClusterConsensusCollection.getNumClusterForAConsensus ("seq3")
-        self.assertEqual(expClusterNumber, obsClusterNumber)
-        
-    def test_getNumConsensusInCluster_1(self):
-        self._ClusterConsensusCollection.fillCollection()
-        expConsensusNumber = 2
-        obsConsensusNumber = self._ClusterConsensusCollection.getNumConsensusInCluster (1)
-        self.assertEqual(expConsensusNumber, obsConsensusNumber)
-        
-    def test_getNumConsensusInCluster_2(self):
-        self._ClusterConsensusCollection.fillCollection()
-        expConsensusNumber = 1
-        obsConsensusNumber = self._ClusterConsensusCollection.getNumConsensusInCluster (2)
-        self.assertEqual(expConsensusNumber, obsConsensusNumber)
-    
-    def _createClusterConsensusFile(self):
-        fCluster = open(self._clusterSequencesFileName, "w")
-        fCluster.write(">BlastclustCluster1Mb1 seq1\n")
-        fCluster.write("ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT\n")
-        fCluster.write(">BlastclustCluster1Mb2 seq2\n")
-        fCluster.write("ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT\n")
-        fCluster.write(">BlasterGrouperCluster3Mb1 seq3\n")
-        fCluster.write("ACCAAAGACACTAGAATAACAAGATGCGTAACGCCATACGATTTTTTGGCACACTATTTT\n")
-        fCluster.close()
-
-
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/seq/test/TestSuite_seq.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,58 +0,0 @@
-#!/usr/bin/env python
-
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import sys
-import Test_AlignedBioseqDB
-import Test_Bioseq
-import Test_BioseqDB
-import Test_BioseqUtils
-import Test_FastaUtils
-
-
-def main():
-    
-        TestSuite_seq = unittest.TestSuite()
-        
-        TestSuite_seq.addTest( unittest.makeSuite( Test_AlignedBioseqDB.Test_AlignedBioseqDB, "test" ) )
-        TestSuite_seq.addTest( unittest.makeSuite( Test_Bioseq.Test_Bioseq, "test" ) )
-        TestSuite_seq.addTest( unittest.makeSuite( Test_BioseqDB.Test_BioseqDB, "test" ) )
-        TestSuite_seq.addTest( unittest.makeSuite( Test_BioseqUtils.Test_BioseqUtils, "test" ) )
-        TestSuite_seq.addTest( unittest.makeSuite( Test_FastaUtils.Test_FastaUtils, "test" ) )
-        
-        runner = unittest.TextTestRunner( sys.stderr, 2, 2 )
-        runner.run( TestSuite_seq )
-
-      
-if __name__ == "__main__":
-    main()
--- a/commons/core/seq/test/Test_AlignedBioseqDB.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,773 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import sys
-import os
-import time
-from commons.core.seq.AlignedBioseqDB import AlignedBioseqDB
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Align import Align
-from commons.core.coord.Range import Range
-from commons.core.stat.Stat import Stat
-
-
-class Test_AlignedBioseqDB( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._i = AlignedBioseqDB()
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S") , os.getpid() )
-        
-        
-    def tearDown( self ):
-        self._i = None
-        self._uniqId = ""
-        
-        
-    def test_getLength(self):
-        iAlignedBioseqDB = AlignedBioseqDB()
-
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iAlignedBioseqDB.setData([iBioseq1])
-        
-        expLenght = 29
-        obsLength = iAlignedBioseqDB.getLength() 
-
-        self.assertEquals(expLenght, obsLength)
-        
-        
-    def test_getSeqLengthWithoutGaps( self ):
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.add( Bioseq( "seq3",
-                                      "AGCG-GACGATGCAGCAT--GCGAATGA--CGAT" ) )
-        expLenght = 29
-        obsLength = iAlignedBioseqDB.getSeqLengthWithoutGaps( "seq3" )
-        
-        self.assertEquals(expLenght, obsLength)
-        
-        
-    def test_getListOccPerSite(self):
-        iBioseq1 = Bioseq( "seq1", "AGAAA")
-        iBioseq2 = Bioseq( "seq2", "TCAAG")
-        iBioseq3 = Bioseq( "seq3", "GGTAC")
-        iBioseq4 = Bioseq( "seq4", "CCTTA")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-
-        expList = [
-                
-                {"A":1, "T":1, "G":1, "C":1},
-
-                {"G":2, "C":2},
-                   
-                {"A":2, "T":2 },
-                
-                {"A":3, "T":1 },   
-                
-                {"A":2, "G":1, "C":1}
-            ]
-                
-        obsList = iAlignedBioseqDB.getListOccPerSite()
-       
-        self.assertEquals(expList, obsList)
-        
-        
-    def test_getListOccPerSite_with_none_sequence(self):
-        iBioseq1 = Bioseq( "seq1", "AGAAA")
-        iBioseq2 = Bioseq( "seq2", "TCAAG")
-        iBioseq3 = Bioseq( "seq3", "GGTAC")
-        iBioseq4 = Bioseq( "seq4", None)
-        iBioseq5 = Bioseq( "seq5", "CCTTA")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4, iBioseq5])
-
-        expList = [
-                {"A":1, "T":1, "G":1},
-                {"G":2, "C":1},
-                {"A":2, "T":1 },
-                {"A":3},   
-                {"A":1, "G":1, "C":1},
-            ]
-        
-        obsList = iAlignedBioseqDB.getListOccPerSite()
-        
-        self.assertEquals(expList, obsList)
-        
-        
-    def test_getListOccPerSite_on_three_sequence(self):
-        iBioseq1 = Bioseq( "seq1", "AGAAA")
-        iBioseq2 = Bioseq( "seq2", "TCAAG")
-        iBioseq3 = Bioseq( "seq3", "GGTAC")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-
-        expList = [
-                {"A":1, "T":1, "G":1},
-                {"G":2, "C":1},
-                {"A":2, "T":1 },
-                {"A":3},   
-                {"A":1, "G":1, "C":1},
-            ]
-        
-        obsList = iAlignedBioseqDB.getListOccPerSite()
-        
-        self.assertEquals(expList, obsList)
-        
-        
-    def test_getConsensus_with_minNbNt_greater_than_nbInSeq(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "TGCA")
-        iBioseq3 = Bioseq("seq3", "TACT")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        expConsensus = Bioseq("consensus= length=4 nbAlign=3","TGCT")
-        obsConsensus = iAlignedBioseqDB.getConsensus(5) 
-
-        self.assertEquals(expConsensus, obsConsensus)
-        
-        
-    def test_getConsensus_with_minPropNt_greater_than_1(self):
-        isSysExitRaised = False
-        
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "TGCA")
-        iBioseq3 = Bioseq("seq3", "TACT")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage = "ERROR: minPropNt=2.00 should be a proportion (below 1.0)\n"
-        expFileHandler.write(expMessage)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-        
-        try:
-            iAlignedBioseqDB.getConsensus(2,2)
-        except SystemExit:
-            isSysExitRaised = True
-        
-        obsFileHandler.close()
-        expFileHandler.close()
-
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        self.assertTrue( isSysExitRaised )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_AlignBioseqInstance_size_1(self):
-        isSysExitRaised = False
-        
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1])
-        
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage = "ERROR: can't make a consensus with less than 2 sequences\n"
-        expFileHandler.write(expMessage)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-        
-        try:
-            iAlignedBioseqDB.getConsensus(4)
-        except SystemExit:
-            isSysExitRaised = True
-        
-        obsFileHandler.close()
-        expFileHandler.close()
-
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        self.assertTrue( isSysExitRaised )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_gap_assertion_on_warning_msg(self):
-        iBioseq1 = Bioseq("seq1", "A-GA-T")
-        iBioseq2 = Bioseq("seq2", "T-GC-A")
-        iBioseq3 = Bioseq("seq3", "T-AC-T")
-                          
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-                          
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage = "WARNING: 2 sites were removed (33.33%)\n"
-        expFileHandler.write(expMessage)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-       
-        iAlignedBioseqDB.getConsensus(2)
-        
-        obsFileHandler.close()
-        expFileHandler.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_gap_assertion_on_result(self):
-        iBioseq1 = Bioseq("seq1", "A-GA-T")
-        iBioseq2 = Bioseq("seq2", "T-GC-A")
-        iBioseq3 = Bioseq("seq3", "T-AC-T")
-                          
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        expConsensus = Bioseq("consensus= length=4 nbAlign=3","TGCT")
-        obsConsensus = iAlignedBioseqDB.getConsensus(2) 
-
-        self.assertEquals(expConsensus, obsConsensus)
-        
-        
-    def test_getConsensus_with_gaps_and_no_consensus_built_assertion_on_result(self):
-        iBioseq1 = Bioseq("seq1", "A--A-T")
-        iBioseq2 = Bioseq("seq2", "----A-")
-        iBioseq3 = Bioseq("seq3", "--A---")
-                          
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        expConsensus = None
-        obsConsensus = iAlignedBioseqDB.getConsensus(2)
-        self.assertEquals(expConsensus, obsConsensus)
-        
-        
-    def test_getConsensus_with_gaps_and_no_consensus_built_assertion_on_warning_messages(self):
-        iBioseq1 = Bioseq("seq1", "A--A-T")
-        iBioseq2 = Bioseq("seq2", "----A-")
-        iBioseq3 = Bioseq("seq3", "--A---")
-                          
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage1 = "WARNING: 1 site was removed (16.67%)\n"
-        expMessage2 = "WARNING: no consensus can be built (no sequence left)\n"
-        expFileHandler.write(expMessage1)
-        expFileHandler.write(expMessage2)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-       
-        iAlignedBioseqDB.getConsensus(2)
-        
-        obsFileHandler.close()
-        expFileHandler.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_unacceptable_N_proportion_assertion_on_result(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "CCCA")
-        iBioseq3 = Bioseq("seq3", "TTCT")
-        iBioseq4 = Bioseq("seq4", "TTAT")
-            
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expConsensus = None
-        obsConsensus = iAlignedBioseqDB.getConsensus(2,0.75)
-         
-        self.assertEquals(expConsensus, obsConsensus) 
-        
-        
-    def test_getConsensus_with_unacceptable_N_proportion_assertion_on_warning_msg(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "CCCA")
-        iBioseq3 = Bioseq("seq3", "TTCT")
-        iBioseq4 = Bioseq("seq4", "TTAT")
-            
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage = "WARNING: no consensus can be built (75% of N's >= 40%)\n"
-        expFileHandler.write(expMessage)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-       
-        iAlignedBioseqDB.getConsensus(2,0.75)
-   
-        obsFileHandler.close()
-        expFileHandler.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_acceptable_N_proportion_assertion_on_warning_msg(self):
-        iBioseq1 = Bioseq("seq1", "AGATAA")
-        iBioseq2 = Bioseq("seq2", "CTCAAA")
-        iBioseq3 = Bioseq("seq3", "TTCTAA")
-        iBioseq4 = Bioseq("seq4", "GTATCC")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expFileName = "expFileName"
-        expFileHandler = open(expFileName,"w")
-        expMessage = "WARNING: 33% of N's\n"
-        expFileHandler.write(expMessage)
-        expFileHandler.close()
-        
-        obsFileName = "obsFileName"
-        obsFileHandler = open(obsFileName,"w")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFileHandler
-        
-        iAlignedBioseqDB.getConsensus(2,0.6)
-        
-        obsFileHandler.close()
-        expFileHandler.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        stdoutRef = sys.stdout
-        
-        
-    def test_getConsensus_with_acceptable_N_proportion_assertion_on_result(self):
-        iBioseq1 = Bioseq("seq1", "AGATAA")
-        iBioseq2 = Bioseq("seq2", "CTCAAA")
-        iBioseq3 = Bioseq("seq3", "TTCTAA")
-        iBioseq4 = Bioseq("seq4", "GTATCC")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expConsensus = Bioseq("consensus= length=6 nbAlign=4","NTNTAA")
-        obsConsensus = iAlignedBioseqDB.getConsensus(2,0.6)
-         
-        self.assertEquals(expConsensus, obsConsensus)
-        
-        
-    def test_getConsensus_with_chimeric_seq_in_alignment(self):
-        iBioseq1 = Bioseq("seq1", "AGAGTTGTAA")
-        iBioseq2 = Bioseq("seq2", "ATC----AAA")
-        iBioseq3 = Bioseq("seq3", "ATC----TAA")
-        iBioseq4 = Bioseq("seq4", "GTC----TAA")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expConsensus = Bioseq("consensus= length=6 nbAlign=4","ATCTAA")
-        obsConsensus = iAlignedBioseqDB.getConsensus(2)
-         
-        self.assertEquals(expConsensus, obsConsensus) 
-        
-
-    def test_getConsensus_with_SATannot_data(self):
-        iBioseq1 = Bioseq("MbS69Gr8Cl511 chunk21 {Fragment} 165740..165916", "--TTTAGCCGAAGTCCATATGAGTCTTTGTGTTTGTATCTTCTAACAAGGAAACACTACTTAGGCTTTTAGGATAAGATTGCGGTTTAAGTTCTTATACTCAATCATACACATGACATCAAGTCATATTCGAATCCAAAACTCTAAGCAAGCTTCTTCTTGCTTCTCAAA-GCTTTGATG")
-        iBioseq2 = Bioseq("MbS68Gr8Cl511 chunk21 {Fragment} 165916..166092", "GGTCTAGCCGAAGTCCATATGAGTCTTTGTCTTTGTATCTTCTAACAAGAAAACACTACTTAGGCTTTTAGGATAAGGTTGCAGTTTAAGTTTTTATACTAAATCATACACATCACATCAAGTCATATTCGACTCCCAAACACTAACCAAGCTTCTT--TGCTTCTCAAC-GCTTTGATG")
-        iBioseq3 = Bioseq("MbS67Gr8Cl511 chunk21 {Fragment} 166093..166269", "-GTTTAGCCGAAGTCCATATGAGTCGTTGTGTTTGTATCTTCTAACAAGGAAACACTACTTACGCTTTTAGGATAAGATTGTTGTTTAAGTTCTTATACTTAATCATACACATGACATAAAGTCATATTCGACTCCAAAACACTAATCAAGCTTCTTCTTGCTTCTCAAA-GCTTTGTT-")
-        iBioseq4 = Bioseq("MbS66Gr8Cl511 chunk21 {Fragment} 173353..173529", "--TTTAGCAAAATTCTATATGAGTCTTTATCTTTGTATCTTCTAACAAGGAAACACTACTTAGGCTTTTAGGATAAGGTTGCGGGTTAAGTTCTTATACTCAATCATACACATGATATCAAGTCATATTCGACTCCAAAACACTAACCAAGCTTCTTCTTGCTTCTTAAAAGCTTTGAA-")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expConsensus = Bioseq("consensus= length=178 nbAlign=4 pile=511 pyramid=8", "GTTTAGCCGAAGTCCATATGAGTCTTTGTNTTTGTATCTTCTAACAAGGAAACACTACTTAGGCTTTTAGGATAAGNTTGCNGTTTAAGTTCTTATACTNAATCATACACATGACATCAAGTCATATTCGACTCCAAAACACTAANCAAGCTTCTTCTTGCTTCTCAAAGCTTTGATG")
-        obsConsensus = iAlignedBioseqDB.getConsensus(2, 0.6, isHeaderSAtannot=True)
-         
-        self.assertEquals(expConsensus, obsConsensus) 
-        
-        
-    def test_getEntropy_equal_zero(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "AGAT")
-        iBioseq3 = Bioseq("seq3", "AGAT")
-        iBioseq4 = Bioseq("seq4", "AGAT")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expStats = Stat()
-        expStats._min = 0
-        expStats._max = 0
-        expStats._sum = 0
-        expStats._sumOfSquares = 0
-        expStats._n = 4
-        expStats._lValues = [0, 0, 0, 0]
-        
-        obsStats = iAlignedBioseqDB.getEntropy()
-        
-        self.assertEquals(expStats, obsStats) 
-        
-        
-    def test_getEntropy_different_nucl(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "CTCA")
-        iBioseq3 = Bioseq("seq3", "TTCT")
-        iBioseq4 = Bioseq("seq4", "GTAT")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expStats = Stat()
-        expStats._min = 0.81127812445913283
-        expStats._max = 2.0
-        expStats._sum = 4.62255624892
-        expStats._sumOfSquares = 6.31634439045
-        expStats._n = 4
-        expStats._lValues = [2.0, 0.81127812445913283, 1.0, 0.81127812445913283]
-        
-        obsStats = iAlignedBioseqDB.getEntropy()
-        
-        self.assertEquals(expStats, obsStats)
-        
-        
-    def test_getEntropy_different_nucl_with_N(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "CNCA")
-        iBioseq3 = Bioseq("seq3", "TTNT")
-        iBioseq4 = Bioseq("seq4", "GTNT")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expStats = Stat()
-        expStats._min = 0.811278124459
-        expStats._max = 2
-        expStats._sum = 6.11387090595
-        expStats._sumOfSquares = 10.1629200457
-        expStats._n = 4
-        expStats._lValues = [2, 1.4913146570363986, 1.8112781244591329, 0.81127812445913283]
-        
-        obsStats = iAlignedBioseqDB.getEntropy()
-        
-        self.assertEquals(expStats, obsStats)
-        
-        
-    def test_getEntropy_different_nucl_with_gap(self):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "C-CA")
-        iBioseq3 = Bioseq("seq3", "T--T")
-        iBioseq4 = Bioseq("seq4", "-TNT")
-                                   
-        iAlignedBioseqDB = AlignedBioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3, iBioseq4])
-        
-        expStats = Stat()
-        expStats._min = 0.811278124459
-        expStats._max = 1.65002242165
-        expStats._sum = 5.04626304683
-        expStats._sumOfSquares = 6.89285231586
-        expStats._n = 4
-        expStats._lValues = [1.5849625007211561, 1.0, 1.6500224216483541, 0.81127812445913283]
-        
-        obsStats = iAlignedBioseqDB.getEntropy()
-        
-        self.assertEquals(expStats, obsStats)
-        
-        
-    def test_saveAsBinaryMatrix( self ):
-        iBioseq1 = Bioseq("seq1", "AGAT")
-        iBioseq2 = Bioseq("seq2", "C-CA")
-        iBioseq3 = Bioseq("seq3", "T--T")
-        iBioseq4 = Bioseq("seq4", "-TNT")
-        
-        self._i.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4 ] )
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "seq1\t1\t1\t1\t1\n" )
-        expFileHandler.write( "seq2\t1\t0\t1\t1\n" )
-        expFileHandler.write( "seq3\t1\t0\t0\t1\n" )
-        expFileHandler.write( "seq4\t0\t1\t1\t1\n" )
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile_%s" % ( self._uniqId )
-        self._i.saveAsBinaryMatrix( obsFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        for f in [ expFile, obsFile ]:
-            os.remove( f )
-            
-            
-    def test_getAlignList( self ):
-        iBioseq1 = Bioseq( "seq1", "AGAAT" )
-        iBioseq2 = Bioseq( "seq2", "-G-AC" )
-        self._i.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iAlign1 = Align( Range( "seq1", 2, 2 ),
-                         Range( "seq2", 1, 1 ),
-                         0, 1, 100 )
-        iAlign2 = Align( Range( "seq1", 4, 5 ),
-                         Range( "seq2", 2, 3 ),
-                         0, 1, 50 )
-        lExp = [ iAlign1, iAlign2 ]
-        
-        lObs = self._i.getAlignList( "seq1", "seq2" )
-        self.assertEquals( lExp, lObs )
-    
-    
-    def test_removeGaps(self):
-        iBioseq1 = Bioseq( "seq1", "AGAAT-" )
-        iBioseq2 = Bioseq( "seq2", "AG-ACG" )
-        self._i.setData( [ iBioseq1, iBioseq2 ] )
-        
-        exp = AlignedBioseqDB()
-        exp.setData( [ Bioseq( "seq1", "AGAAT" ), 
-                      Bioseq( "seq2", "AGACG" ) ] )
-        
-        self._i.removeGaps()
-        
-        self.assertEquals(exp, self._i)
-    
-    def test_computeMeanPcentIdentity_between_two_sequences_50pcent(self): 
-        iBioseq1 = Bioseq( "seq1", "AGAAT-" )
-        iBioseq2 = Bioseq( "seq2", "AG-ACG" )
-        self._i.setData( [ iBioseq1, iBioseq2 ] )
-        expIdentity = 50.0
-        obsIdentity = self._i.computeMeanPcentIdentity()
-        self.assertEquals(expIdentity, obsIdentity)
-  
-    def test_computeMeanPcentIdentity_between_two_sequences_57pcent(self): 
-        iBioseq1 = Bioseq( "seq1", "AGAAT-T" )
-        iBioseq2 = Bioseq( "seq2", "AG-ACGT" )
-        self._i.setData( [ iBioseq1, iBioseq2 ] )
-        expIdentity = 57.0
-        obsIdentity = self._i.computeMeanPcentIdentity()
-        self.assertEquals(expIdentity, obsIdentity)
-        
-    def test_compueNeamPcentIdentity_between_two_sequences_gaps_on_same_position(self):
-        iBioseq1 = Bioseq( "seq1", "AGAAT-T" )
-        iBioseq2 = Bioseq( "seq2", "AG-AC-T" )
-        self._i.setData( [ iBioseq1, iBioseq2 ] )
-        expIdentity = 57.0
-        obsIdentity = self._i.computeMeanPcentIdentity()
-        self.assertEquals(expIdentity, obsIdentity)
-        
-    def test_computeMeanPcentIdentity_between_three_sequences_50_pcent(self):
-        iBioseqRef = Bioseq( "seqRef", "AGAAT-" )
-        iBioseq1 = Bioseq( "seq1", "AG-ACG" )
-        iBioseq2 = Bioseq( "seq2", "AG-ACG" )
-        
-        self._i.setData( [ iBioseqRef, iBioseq1, iBioseq2 ] )
-        
-        expIdentity = 50.0
-        obsIdentity = self._i.computeMeanPcentIdentity()
-        self.assertEquals(expIdentity, obsIdentity)
-        
-    def test_computeMeanPcentIdentity_between_three_sequences_42_pcent(self):
-        iBioseqRef = Bioseq( "seqRef", "AGAAT-" )
-        iBioseq1 = Bioseq( "seq1", "AG-ACG" )
-        iBioseq2 = Bioseq( "seq2", "AG-CC-" )
-
-        self._i.setData( [ iBioseqRef, iBioseq1, iBioseq2 ] )
-        
-        expIdentity = 42.0
-        obsIdentity = self._i.computeMeanPcentIdentity()
-        self.assertEquals(expIdentity, obsIdentity)
-        
-#TODO: test with tthis data:
-#>BlastclustCluster2Mb1_chunk7 (dbseq-nr 1) [101523,104351]
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#-------------------------------TAAATCCAACACTGAGAAGAATTATTTAA
-#AGAAGGTTTTTATTTAACTTCTTTATTCGGATATCAGTTTAAGACTAAAA-TTCA-AATG
-#TAAATTGGATTGAGGAGAAGCCTCAGTATTTTAACAATATTTGTATTTCGGGAGGGCCTC
-#GCTTTTGGATTCTTAAGATTAGGAAAAGATTCAAAGAGAGCAGTCAAATCTGCTTATGTC
-#AGGCTTTAGGATTTTTACAAGAACGGCTAAGTGCCGCTGCCAAAGAATTCTTTATTAGAA
-#ACGGACGCTGCGCAGCTGGGATACATTATGGAAATAACTTAAGTGCATTACTGTTTTCTT
-#TGAAATAATTGAAGTGGCCGATTTGGACCACCCAAATACGTACCTCCCCTTCCCTTAAAG
-#TGAAACCTATACTTGGGCTGGGATTGATAGATATTGTATGGAAAATGGAGTTTGTTCTAT
-#TTCTATTTGTTGTGGTATGTTTTGATTTTTTCTTATTTTAAGTTTTGCATACAGCAACAT
-#AA--ATGGCATAA--ATTATACATA-TCTTAAATATAAGTACAATAAAATTAGTCA--AT
-#TATTACAATGGTCATTAGTATG-TAAAGTGTAAT-ATTGTTCTC-TGA-AATCATCTTAA
-#CATTGGCGTTGTGTTTTACAATTTTTATTTTTGTTATATTAAGTGGTGTGTCAAGTGGTG
-#TCAAATCTATTTCTGGTTTTAACATATTTTCACTTAAAATTATACTATTGATTTCTATTT
-#TGCATTGCATTACTCCTTTCATTTTGTTTTCTTCTATTTTTATATTATTAATTGAATTTG
-#GGTAATTTTGGTTATGAATGGTTTGGGTTAAGTTCCAGTAATTTGTAATAATTTAAGTTT
-#AGTAATTTTGGGTTAAACAAGTCAAGTCTGGAAAGCTGGCATAGCCATTCTAAATCTTCT
-#ACGTATTCCGTAAACTGCATTAGCTAGAACAAAAGTGGTTATTTTCATAGTTCTGTTTTT
-#TTGGTTTCTTAAGTAAT--TAAT--TTGTATGTTTGATCAAAAAGGGTAACTATTATTTT
-#TGTAAT--TAATAACTGATTGGACATTTTTCAACAATTTTCTGTCAATTAGCAT----AT
-#CGTAATTATTAGAA-AATACTATT--TCTGGGTAA-CATAATCAAGTCGTTCAAGGTAAT
-#AGGGCCATT-TAATGTTAA-AACTTCACTTCTACTATTTTGTATGGGAAGA--CAAAATA
-#TATTTTCAT--TGATCATATTAATTGTGGAAGCCATTTGTATGTGTACCCTTTGTATACT
-#ATTTTTAAGCATTCGTGTTGTCCGGGGCTGTTGACCGAAAATTTTCGTTTAGTTCAGAAT
-#TATTTTGATTTTGTTCATTATTAATGTGTACGGGTTGGACCTGTTGTTGCCCTTCATTAA
-#TGAACCCATGATTTTGATATGGATTGTATTGATTTTGGTCATAATACTGTTGTTCGTAGG
-#TTGGGTCTGAAATAATTAGGTACGTGCCACATTGGTGGGTTGTAAGTCGTCTGCTCTGAT
-#AGCTAGGTCTAAATGGTTGAATGTATTGATTAAAATTAGGCTGGAAGGGTTGGGAATATT
-#GTGGGTAACTTGGGCGAGTTTGAACGTTTGTATTGAATTTATGTGCTTTCGAATTCTGAT
-#TAAAATTTGAATTTTTATTACGGTATTCTGGGTTTATAAAATTCAAAATTAATGAGTTTT
-#TCATAAATTCCCTCATTTTGTGCAATGGTTATTAAGGATCTTAAGTCTGTAATA-TCGTG
-#ATGAG-ATAA-AATAGTAAATATAGTAG-AGTCTTTA--ATAGCCTGAATAAAAATAAGA
-#AAATCCGATTGGTTACCTTCCAGGTGTAGTTTCGAAATTAATAATTGACGTCGTCTTTCC
-#CCTTCTTCGGAGAATGTTTTTAGGTTTCCTCTGTATGGTGTCTCCCTGAAGCTCTCCAGA
-#AGTTTGTAGTTTGGTGTTTGAGTTTTAAATTCCGCGATGAGTCTTGCTTTGAGGGTAGGC
-#CAATGCTCGGAAGTCCCAAAGATCGTATTATCCGTCCAAGTTACTTTTGATGGCTCCCAG
-#TAGAATCCTCTGTTTACGAAAATTACGTAAATCCACTCTGCTGACGACGGTGTGAAGTGT
-#TTCTGGATCACCCTTAAATGTCATAATGTCTTTAAGCTGCCGACGGGCTTCGGCAAGGTT
-#GTTGTCTCTTAGCGCAACGATTTAAGGTGCGGCAATAATTATAATAATTGGTTGAGACAT
-#TTTTATTGTAAAATTTTAAATTTTGTGTTTTATTGTTTTATTGTTTCGAATTCAATGCTA
-#TTATTTATTTTTTTTTTTGTTTTCTAGTTTCACTTTTTTTTTTATTGTATTGCTTTATTG
-#TTCTTATTTTATTTTTATATGTTGGTTTTAAAACTTAGTTGCCTTTGGACTTAATGTTTT
-#TGTTTCGTATTTCACTTCCACTTTAAATTGGATAACAGAATTGGAATTAAAATCCAAGTT
-#GAAGAGTTTCCACGAATTTATTTGGGAAATGTTTCGAGCACTGGAATCCAGTGACTGGAT
-#TATAAAATTTAACTTATTTCC-ACTCGAAGGTTCTTTTTT--CGG--------ATACTTT
-#TTGTATCAGT--TGACTAAGAGCAACACTGAGAAGAATTATTTAAAGAAGGTTTTTATTT
-#AACTTCTTTATTCGGATATCAGTTTAAGACTAAAA-TTCA-AATGTAAATTGGATTGAGG
-#AGAAGCCTCAGTATT--TCAACAATATTTGTATT--TCGGGAGGGCCTCGCTCTTGGAT-
-#-TCTTAAGATTAGGAAAAAATTCA-AAGAGAGCAGTCA-AATC-TGCTTATGTCAGGCTT
-#TAGGATTTTTACAAGAAGGGC-TAAGTGCCGCTGAAACGGATGC----------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------
-#>BlastclustCluster2Mb2_chunk7 (dbseq-nr 1) [99136,100579]
-#GTAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATA
-#ATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATA
-#ATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATC
-#ATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATA
-#ATCATAATAATCATAATAATCATAATAATCATAATAATAATAATAATCATAATCATAATC
-#ATAATAAGCGATAAAAAAATTAAAAAATAAAAATTAAAACCCACTGCAATCACGTTGGAC
-#GGCGAGTCACAGACGTCAGAATAGTGGTGCGTAAATCCAACGCCGAGAAGAATTACTTCA
-#AGAAGGTTTTTATTGAACTTCTTTATTCGGATATCAGTTTAAGACTAAAAATTAATAATC
-#ATAAT---AATCATAATAATCATAATAATCATAATAATCATAATAAT-------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#-----------------------------------------------CATA-ATAATCAT
-#AATAAT--CATAATAATCATA-ATAATCATAATAATCATAATAATCATAATAATCATAAT
-#AATCATAATAATCATAATAATCATAA----TAATCATAATAATCATAATAATCATAATAA
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------TCATAA-TAATCATAATAATCGTAA---TAATCATAA----TAATCATAATAAT
-#CATAATAATCATAA-TAAT----CAT-----AATAATCAT-----AATAATCATAATAAT
-#CATAATAATCATAATAATCATAATAATCATAATAATCATAAT-AA-TCAT--AA--TAAT
-#-----CATAATAATCATAATAA--TCA----TAATAATC---AT---AATAATCATAATA
-#-AT---CATAATAATCATAATAATC-----------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#-----------------------------------ATAATAATCATAAT-AATCA-----
-#TAATAA------TCATAAT----AATCATAAT-AATCATAATAA-TCA-TAATAATCATA
-#ATAATCATAATAATCATAATAATAATAATAATCATAATCATAATCATAATAAGCATAAAA
-#AAAT--------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#------------------------------------------------------------
-#TAAAAAATAAAAATTAAAACCCACTGCAA---TCACGTTGGACGGCGAGTCACAGACGTC
-#A-GAAT-AGTGGTGCGTAAATCCAACGCCGAGAAGAATTACTTCAAGAAGGTTTTTATTG
-#AACTTCTTTATTCGGATATCAGTTTAAGACTAAAAATTAATAATCATAAT---AATCATA
-#ATAA---TCA-TAATAATCAT-AATAATCATAATAATCATAA-----TAA-TCATA-ATA
-#ATCATAATAATCATAATAA--TCATAATA-ATCA-TAATAATCATAATAATCATAATCAT
-#CATAATAATCATAATAAT--CATAA-T-------AATC--ATAATAATCATAATAATCAT
-#AATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAAT
-#CATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAATAATCATAAT
-#AATCATAATAAT
-
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_AlignedBioseqDB ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/seq/test/Test_Bioseq.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,1051 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import sys
-from commons.core.seq.Bioseq import Bioseq 
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Map import Map
-from commons.core.checker.RepetException import RepetException
-
-
-class Test_Bioseq( unittest.TestCase ):
-    
-    def setUp(self):
-        self._bs = Bioseq()
-
-
-    def test_isEmpty_True(self):
-        self._bs.setHeader( "" )
-        self._bs.setSequence( "" )
-        exp = True
-        obs = self._bs.isEmpty()
-        self.assertEquals( exp, obs )
-
-        
-    def test_isEmpty_False(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        exp = False
-        obs = self._bs.isEmpty()
-        self.assertEquals( exp, obs )
-        
-        
-    def test___eq__(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        obs = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        self.assertEquals( self._bs, obs )
-        
-        
-    def test___ne__Header(self):
-        self._bs.setHeader( "seq2" )
-        self._bs.setSequence( "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        obs = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        self.assertNotEquals( self._bs, obs )
-        
-        
-    def test___ne__Sequence(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "GGACGATGCAGCATGCGAATGACGAT" )
-        obs = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        self.assertNotEquals( self._bs, obs )
-        
-        
-    def test_reverse(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "TGCGGA" )
-        exp = "AGGCGT"
-        self._bs.reverse()
-        obs = self._bs.sequence
-        self.assertEqual( obs, exp )
-        
-        
-    def test_complement(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "TGCGGA" )
-        exp = "ACGCCT"
-        self._bs.complement()
-        obs = self._bs.sequence
-        self.assertEqual( obs, exp )
-        
-        
-    def test_complement_with_unknown_symbol(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "TGCGGAFMRWTYSKVHDBN" )
-        exp = "ACGCCTNKYWARSMBDHVN"
-        self._bs.complement()
-        obs = self._bs.sequence
-        self.assertEqual( obs, exp )
-        
-        
-    def test_reverseComplement(self):
-        self._bs.setHeader( "seq1" )
-        self._bs.setSequence( "TGCGGA" )
-        exp = "TCCGCA"
-        self._bs.reverseComplement()
-        obs = self._bs.sequence
-        self.assertEqual( obs, exp )
-        
-        
-    def test_cleanGap(self):
-        self._bs.setSequence("-ATTTTGC-AGTC--TTATTCGAG-----GCCATTGCT-")
-        exp = "ATTTTGCAGTCTTATTCGAGGCCATTGCT"
-        self._bs.cleanGap()
-        obs = self._bs.sequence 
-        self.assertEquals( obs, exp )
-        
-        
-    def test_copyBioseqInstance(self):
-        self._bs.setHeader( "seq" )
-        self._bs.setSequence( "TGCGGA" )
-        obsBioseq = self._bs.copyBioseqInstance()
-        self.assertEquals(self._bs, obsBioseq)
-        
-        
-    def test_setFrameInfoOnHeader_without_description(self):
-        self._bs.setHeader( "seq" )
-        self._bs.setSequence( "TGCGGA" )
-        phase = -1
-        expHeader = "seq_-1"
-        self._bs.setFrameInfoOnHeader(phase)
-        self.assertEquals(expHeader, self._bs.header)
-        
-        
-    def test_setFrameInfoOnHeader_with_description(self):
-        self._bs.setHeader( "seq description" )
-        self._bs.setSequence( "TGCGGA" )
-        phase = -1
-        expHeader = "seq_-1 description"
-        self._bs.setFrameInfoOnHeader(phase)
-        self.assertEquals(expHeader, self._bs.header)
-        
-        
-    def test_read(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.write(">seq1 description1\n")
-        faFile.write("ATGCGTCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.close()
-        expBioseq = Bioseq()
-        expBioseq.header = "seq1 description1"
-        expBioseq.sequence = "ATGCGTCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        obsBioseq = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obsBioseq.read( faFile )
-        faFile.close()
-        os.remove("dummyFaFile.fa")
-        self.assertEquals(expBioseq, obsBioseq)
-        
-        
-    def test_read_WithEmptyFile(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.close()
-        expBioseq = Bioseq()
-        expBioseq.header = None
-        expBioseq.sequence = None
-        obsBioseq = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obsBioseq.read( faFile )
-        faFile.close()
-        os.remove("dummyFaFile.fa")
-        self.assertEquals(expBioseq, obsBioseq)
-        
-        
-    def test_read_without_header(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.write("seq1 description1\n")
-        faFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.close()
-        expBioseq = Bioseq()
-        expBioseq.header = ""
-        expBioseq.sequence = ""
-        obsBioseq = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obsBioseq.read( faFile )
-        faFile.close()
-        os.remove("dummyFaFile.fa")
-        self.assertEquals(expBioseq, obsBioseq)
-        
-        
-    def test_read_with_two_consecutive_headers(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.write(">seq1 description1\n")
-        faFile.write(">ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.close()
-        expBioseq = Bioseq()
-        expBioseq.header = "seq1 description1"
-        expBioseq.sequence = ""
-        obsBioseq = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obsBioseq.read( faFile )
-        faFile.close()
-        os.remove("dummyFaFile.fa")
-        self.assertEquals(expBioseq, obsBioseq)
-        
-        
-    def test_read_withEmptyLines(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.write("\n")
-        faFile.write(">seq1 description1\n")
-        faFile.write("ATGCGTCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        faFile.write("\n")
-        faFile.close()
-        
-        exp = Bioseq( "seq1 description1", "ATGCGTCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG" )
-        
-        obs = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obs.read( faFile )
-        faFile.close()
-        
-        os.remove("dummyFaFile.fa")
-        
-        self.assertEquals( exp, obs )
-        
-    def test_read_with_70nt_by_line(self):
-        faFile = open("dummyFaFile.fa", "w")
-        faFile.write("\n")
-        faFile.write(">seq1 description1\n")
-        faFile.write("TGTCACATCCTGATTTTCGTTTCAGGATTTATAAATTATTTAATAAATTAATAATAGAATTTATATTAAA\n")
-        faFile.write("TGTTTTTTAATTTACAAGTGAAGTTAAATGTGGGAAATAAAATTTCTTAAATCTAAAGCATGGATGGATT\n")
-        faFile.write("\n")
-        faFile.close()
-        
-        exp = Bioseq( "seq1 description1", "TGTCACATCCTGATTTTCGTTTCAGGATTTATAAATTATTTAATAAATTAATAATAGAATTTATATTAAATGTTTTTTAATTTACAAGTGAAGTTAAATGTGGGAAATAAAATTTCTTAAATCTAAAGCATGGATGGATT" )
-        
-        obs = Bioseq()
-        faFile = open("dummyFaFile.fa", "r")
-        obs.read( faFile )
-        faFile.close()
-        
-        os.remove("dummyFaFile.fa")
-        
-        self.assertEquals( exp, obs )        
-        
-    def test_appendBioseqInFile(self):
-        obsFaFileName = "dummyFaFile.fa"
-        obsFaFile = open(obsFaFileName, "w")
-        obsFaFile.write(">seq1 description1\n")
-        obsFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        obsFaFile.close()
-        
-        bioseq = Bioseq()
-        bioseq.header = "seq2 description2"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        
-        expFaFileName = "dummyFaFile2.fa"
-        expFaFile = open(expFaFileName, "w")
-        expFaFile.write(">seq1 description1\n")
-        expFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.write(">seq2 description2\n")
-        expFaFile.write("GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.close()
-        
-        bioseq.appendBioseqInFile(obsFaFileName)
-        self.assertTrue(FileUtils.are2FilesIdentical(expFaFileName, obsFaFileName))
-        os.remove(obsFaFileName)
-        os.remove(expFaFileName)
-        
-        
-    def test_writeABioseqInAFastaFile(self):
-        obsFaFileName = "dummyFaFile.fa"
-        obsFaFile = open(obsFaFileName, "w")
-        obsFaFile.write(">seq1 description1\n")
-        obsFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        
-        bioseq = Bioseq()
-        bioseq.header = "seq2 description2"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        
-        expFaFileName = "dummyFaFile2.fa"
-        expFaFile = open(expFaFileName, "w")
-        expFaFile.write(">seq1 description1\n")
-        expFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.write(">seq2 description2\n")
-        expFaFile.write("GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.close()
-        
-        bioseq.writeABioseqInAFastaFile(obsFaFile)
-        obsFaFile.close()
-        self.assertTrue(FileUtils.are2FilesIdentical(expFaFileName, obsFaFileName))
-        os.remove(obsFaFileName)
-        
-        
-    def test_writeABioseqInAFastaFileWithOtherHeader(self):
-        obsFaFileName = "dummyFaFile.fa"
-        obsFaFile = open(obsFaFileName, "w")
-        obsFaFile.write(">seq1 description1\n")
-        obsFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        
-        bioseq = Bioseq()
-        bioseq.header = "seq2 description2"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        
-        expFaFileName = "dummyFaFile2.fa"
-        newHeader = "seq2 New header2"
-        expFaFile = open(expFaFileName, "w")
-        expFaFile.write(">seq1 description1\n")
-        expFaFile.write("ATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.write(">" + newHeader + "\n")
-        expFaFile.write("GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFile.write("ATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFile.close()
-        
-        bioseq.writeABioseqInAFastaFileWithOtherHeader(obsFaFile, newHeader)
-        obsFaFile.close()
-        self.assertTrue(FileUtils.are2FilesIdentical(expFaFileName, obsFaFileName))
-        os.remove(obsFaFileName)
-        os.remove(expFaFileName)
-    
-    
-    def test_writeSeqInFasta(self):
-        iBs = Bioseq()
-        iBs.header = "dummySeq"
-        iBs.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        
-        expFaFile = "dummyExpFile.fa"
-        expFaFileHandler = open(expFaFile, "w")
-        expFaFileHandler.write("GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFileHandler.write("ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFaFileHandler.write("ATAGCAGACGCATATTATATTGCGCG\n")
-        expFaFileHandler.close()
-        
-        obsFaFile = "dummyObsFile.fa"
-        obsFaFileHandler = open( obsFaFile, "w" )
-        
-        iBs.writeSeqInFasta( obsFaFileHandler )
-        
-        obsFaFileHandler.close()
-
-        self.assertTrue( FileUtils.are2FilesIdentical( expFaFile, obsFaFile ) )
-        os.remove(obsFaFile)
-        os.remove(expFaFile)
-    
-        
-    def test_subseq(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        start = 10
-        end = 30
-        expSubBioseq = Bioseq()
-        expSubBioseq.header = "seq1 description1 fragment " + str(start) + ".." + str(end)
-        expSubBioseq.sequence = bioseq.sequence[(start - 1) : end]
-        obsBioseq = bioseq.subseq(start, end)
-        self.assertEquals(expSubBioseq, obsBioseq)
-        
-        
-    def test_subseq_no_end(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        start = 10
-        expSubBioseq = Bioseq()
-        expEnd = len(bioseq.sequence)
-        expSubBioseq.header = "seq1 description1 fragment " + str(start) + ".." + str(expEnd)
-        expSubBioseq.sequence = bioseq.sequence[(start - 1) : expEnd]
-        obsBioseq = bioseq.subseq(start)
-        self.assertEquals(expSubBioseq, obsBioseq)
-        
-        
-    def test_subseq_start_gt_end(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        start = 30
-        end = 10
-        expSubBioseq = None
-        obsBioseq = bioseq.subseq(start, end)
-        self.assertEquals(expSubBioseq, obsBioseq)
-        
-        
-    def test_subseq_start_eq_end(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        start = 10
-        end = 10
-        expSubBioseq = Bioseq()
-        expSubBioseq.header = "seq1 description1 fragment " + str(start) + ".." + str(end)
-        expSubBioseq.sequence = bioseq.sequence[(start - 1) : end]
-        obsBioseq = bioseq.subseq(start, end)
-        self.assertEquals(expSubBioseq, obsBioseq)
-        
-        
-    def test_subseq_negative_start(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        start = -10
-        end = 10
-        expSubBioseq = None
-        obsBioseq = bioseq.subseq(start, end)
-        self.assertEquals(expSubBioseq, obsBioseq)
-        
-        
-    def test_getNtFromPosition_1(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = "G"
-        obsNt = bioseq.getNtFromPosition(1)
-        self.assertEquals(expNt, obsNt)
-        
-        
-    def test_getNtFromPosition_10(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = "C"
-        obsNt = bioseq.getNtFromPosition(10)
-        self.assertEquals(expNt, obsNt)
-        
-        
-    def test_getNtFromPosition_last(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = "G"
-        obsNt = bioseq.getNtFromPosition(146)
-        self.assertEquals(expNt, obsNt)
-
-        
-    def test_getNtFromPosition_position_outside_range_0(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = None
-        obsNt = bioseq.getNtFromPosition(0)
-        self.assertEquals(expNt, obsNt)
-
-        
-    def test_getNtFromPosition_position_outside_range_negative(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = None
-        obsNt = bioseq.getNtFromPosition(-10)
-        self.assertEquals(expNt, obsNt)
-
-        
-    def test_getNtFromPosition_position_outside_range_positive(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expNt = None
-        obsNt = bioseq.getNtFromPosition(147)
-        self.assertEquals(expNt, obsNt)
-        
-        
-    def test_view(self):
-        obsFileName = "obsdummy_Bioseq_view"
-        expFileName = "expDummy_Bioseq_View"
-        
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        
-        obsFile = open(obsFileName,"w")
-        expFile = open(expFileName, "w")
-        
-        expFile.write ( ">seq1 description1\n")
-        expFile.write ( "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFile.write ( "ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFile.write ( "ATAGCAGACGCATATTATATTGCGCG\n")
-        
-        stdoutRef = sys.stdout
-        sys.stdout = obsFile
-        bioseq.view()
-        obsFile.close()
-        expFile.close()
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        
-        
-    def test_view_with_l(self):
-        obsFileName = "obsdummy_Bioseq_view"
-        expFileName = "expDummy_Bioseq_View"
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        obsFile = open(obsFileName,"w")
-        expFile = open(expFileName, "w")
-        expFile.write ( ">seq1 description1\n")
-        expFile.write ( "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        expFile.write ( "ATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTAT\n")
-        stdoutRef = sys.stdout
-        sys.stdout = obsFile
-        bioseq.view(120)
-        obsFile.close()
-        expFile.close()
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        sys.stdout = stdoutRef
-        os.remove ( obsFileName )
-        os.remove ( expFileName )
-        
-        
-    def test_getLength(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expLength = 146
-        obsLength = bioseq.getLength()
-        self.assertEquals(expLength, obsLength)
-        
-        
-    def test_getLength_empty_seq(self):
-        bioseq = Bioseq()
-        expLength = 0
-        obsLength = bioseq.getLength()
-        self.assertEquals(expLength, obsLength) 
-             
-             
-    def test_getLength_WithoutN(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGANCGCTGCTTTATTAAGCGCTAGATGNNNNNNNNNNNNNNNCGACGCTGCATTTATTAAGCGCTAGCGATTATANNNNNNNNNTAGCAGACGCATATTATATTGCGCGATGCGACGCTGCTTTATTANAGCGCTAGCGNNATTATATAGCANGACGCATATTATATTGCGCG"
-        expLength = 146
-        obsLength = bioseq.getLength(False)
-        self.assertEquals(expLength, obsLength)
-             
-             
-    def test_getLength_WithoutN_empty_seq(self):
-        bioseq = Bioseq()
-        expLength = 0
-        obsLength = bioseq.getLength(False)
-        self.assertEquals(expLength, obsLength) 
-        
-        
-    def test_countNt(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expCount = 3
-        obsCount = bioseq.countNt('N')
-        self.assertEquals(expCount, obsCount)
-        
-        
-    def test_countNt_withCharacterNotExisting(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        expCount = 0
-        obsCount = bioseq.countNt('W')
-        self.assertEquals(expCount, obsCount)
-        
-        
-    def test_countAllNt(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpCount = {'A': 34, 'C': 31, 'T': 43, 'G': 35, 'N': 3}
-        dObsCount = bioseq.countAllNt()
-        self.assertEquals(dExpCount, dObsCount)
-        
-        
-    def test_occ_word_size_1(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpOccWord = {'A': 34, 'C': 31, 'T': 43, 'G': 35}
-        ExpNbWord = 143
-        dObsOccWord, ObsNbWord = bioseq.occ_word(1)
-        self.assertEquals(dExpOccWord, dObsOccWord)
-        self.assertEquals(ExpNbWord, ObsNbWord)
-        
-        
-    def test_occ_word_size_0(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpOccWord = {}
-        ExpNbWord = 0
-        dObsOccWord, ObsNbWord = bioseq.occ_word(0)
-        self.assertEquals(dExpOccWord, dObsOccWord)
-        self.assertEquals(ExpNbWord, ObsNbWord)
-        
-        
-    def test_occ_word_size_n(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpOccWord = {'ACC': 0, 'ATG': 2, 'AAG': 3, 'AAA': 0, 'ATC': 0, 'AAC': 0, 'ATA': 8, 'AGG': 0, 'CCT': 0, 'CTC': 0, 'AGC': 8, 'ACA': 0, 'AGA': 2, 'CAT': 3, 'AAT': 0, 'ATT': 9, 'CTG': 3, 'CTA': 3, 'ACT': 0, 'CAC': 0, 'ACG': 2, 'CAA': 0, 'AGT': 0, 'CAG': 2, 'CCG': 0, 'CCC': 0, 'CTT': 3, 'TAT': 13, 'GGT': 0, 'TGT': 0, 'CGA': 3, 'CCA': 0, 'TCT': 0, 'GAT': 3, 'CGG': 0, 'TTT': 3, 'TGC': 7, 'GGG': 0, 'TAG': 5, 'GGA': 0, 'TAA': 3, 'GGC': 0, 'TAC': 0, 'TTC': 0, 'TCG': 0, 'TTA': 10, 'TTG': 2, 'TCC': 0, 'GAA': 0, 'TGG': 0, 'GCA': 5, 'GTA': 0, 'GCC': 0, 'GTC': 0, 'GCG': 12, 'GTG': 0, 'GAG': 0, 'GTT': 0, 'GCT': 9, 'TGA': 0, 'GAC': 2, 'CGT': 0, 'TCA': 0, 'CGC': 10}
-        ExpNbWord = 135
-        dObsOccWord, ObsNbWord = bioseq.occ_word(3)
-        self.assertEquals(dExpOccWord, dObsOccWord)
-        self.assertEquals(ExpNbWord, ObsNbWord)
-        
-        
-    def test_freq_word_size_1(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpFreqWord = {'A': 0.23776223776223776, 'C': 0.21678321678321677, 'T': 0.30069930069930068, 'G': 0.24475524475524477}
-        dObsFreqWord = bioseq.freq_word(1)
-        self.assertEquals(dExpFreqWord, dObsFreqWord)
-        
-        
-    def test_freq_word_size_0(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpFreqWord = {}
-        dObsFreqWord = bioseq.freq_word(0)
-        self.assertEquals(dExpFreqWord, dObsFreqWord)
-        
-        
-    def test_freq_word_size_n(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        dExpFreqWord = {'ACC': 0.0, 'ATG': 0.014814814814814815, 'AAG': 0.022222222222222223, 'AAA': 0.0, 'ATC': 0.0, 'AAC': 0.0, 'ATA': 0.059259259259259262, 'AGG': 0.0, 'CCT': 0.0, 'CTC': 0.0, 'AGC': 0.059259259259259262, 'ACA': 0.0, 'AGA': 0.014814814814814815, 'CAT': 0.022222222222222223, 'AAT': 0.0, 'ATT': 0.066666666666666666, 'CTG': 0.022222222222222223, 'CTA': 0.022222222222222223, 'ACT': 0.0, 'CAC': 0.0, 'ACG': 0.014814814814814815, 'CAA': 0.0, 'AGT': 0.0, 'CAG': 0.014814814814814815, 'CCG': 0.0, 'CCC': 0.0, 'TAT': 0.096296296296296297, 'GGT': 0.0, 'TGT': 0.0, 'CGA': 0.022222222222222223, 'CCA': 0.0, 'TCT': 0.0, 'GAT': 0.022222222222222223, 'CGG': 0.0, 'CTT': 0.022222222222222223, 'TGC': 0.05185185185185185, 'GGG': 0.0, 'TAG': 0.037037037037037035, 'GGA': 0.0, 'TAA': 0.022222222222222223, 'GGC': 0.0, 'TAC': 0.0, 'TTC': 0.0, 'TCG': 0.0, 'TTT': 0.022222222222222223, 'TTG': 0.014814814814814815, 'TCC': 0.0, 'GAA': 0.0, 'TGG': 0.0, 'GCA': 0.037037037037037035, 'GTA': 0.0, 'GCC': 0.0, 'GTC': 0.0, 'TGA': 0.0, 'GCG': 0.088888888888888892, 'GTG': 0.0, 'GAG': 0.0, 'GTT': 0.0, 'GCT': 0.066666666666666666, 'TTA': 0.07407407407407407, 'GAC': 0.014814814814814815, 'CGT': 0.0, 'TCA': 0.0, 'CGC': 0.07407407407407407}
-        dObsFreqWord = bioseq.freq_word(3)
-        self.assertEquals(dExpFreqWord, dObsFreqWord)
-        
-        
-    def test_findORF_no_ORF_in_sequence (self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "GCGNCGCTGCTTTATT"
-        expORF = {0:[],1:[],2:[]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-        
-    def test_findORF_one_ORF_in_first_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "TAAGCGNCGCTGCTTTATT"
-        expORF = {0:[0],1:[],2:[]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-            
-    def test_findORF_three_ORF_in_first_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "TAAGCGTAGNCGTGACTGCTTTATT"
-        expORF = {0:[0,6,12],1:[],2:[]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-             
-    def test_findORF_two_ORF_in_first_phase_one_ORF_in_second_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "TAAGTAGAGNCGTGACTGCTTTATT"
-        expORF = {0:[0,12],1:[4],2:[]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-        
-    def test_findORF_two_ORF_in_first_phase_three_ORF_in_second_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "TAAGTAGAGNCGTGACTGATAGTATT"
-        expORF = {0:[0,12],1:[4,16,19],2:[]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-        
-    def test_findORF_one_ORF_in_second_phase_three_ORF_in_third_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "AATATTAGTGGAGTAGTTGATGATTTT"
-        expORF = {0:[], 1:[13], 2:[5,17,20]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-        
-    def test_findORF_three_ORF_in_second_phase_one_ORF_in_third_phase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq1 description1"
-        bioseq.sequence = "TTTGAAGTGGAGGAGTTGATGATTTTAAT"
-        expORF = {0:[], 1:[16, 19, 25], 2:[2]}
-        obsORF = bioseq.findORF()
-        self.assertEquals (expORF,obsORF)
-        
-        
-    def test_upCase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq description"
-        bioseq.sequence = "taattcggcct"
-        expSeq = "TAATTCGGCCT"
-        bioseq.upCase()
-        obsSeq = bioseq.sequence
-        self.assertEquals( expSeq, obsSeq )
-        
-        
-    def test_lowCase(self):
-        bioseq = Bioseq()
-        bioseq.header = "seq description"
-        bioseq.sequence = "TAATTCGGCCT"
-        expSeq = "taattcggcct"
-        bioseq.lowCase()
-        obsSeq = bioseq.sequence
-        self.assertEquals( expSeq, obsSeq )
-        
-        
-    def test_getClusterID(self):
-        bioseq = Bioseq()
-        bioseq.header = "MbQ58Gr2Cl0 chunk1 {Fragment} 74091..74624"
-        bioseq.sequence = "TAATTCGGCCT"
-        expID = "0"
-        obsID = bioseq.getClusterID()
-        self.assertEquals( expID, obsID )
-        
-        
-    def test_getGroupID(self):
-        bioseq = Bioseq()
-        bioseq.header = "MbQ58Gr2Cl0 chunk1 {Fragment} 74091..74624"
-        bioseq.sequence = "TAATTCGGCCT"
-        expID = "2"
-        obsID = bioseq.getGroupID()
-        self.assertEquals( expID, obsID )
-        
-        
-    def test_getHeaderFullSeq(self):
-        bioseq = Bioseq()
-        bioseq.header = "MbQ58Gr2Cl0 chunk1 {Fragment} 74091..74624"
-        bioseq.sequence = "TAATTCGGCCT"
-        expHeader = "chunk1"
-        obsHeader = bioseq.getHeaderFullSeq()
-        self.assertEquals( expHeader, obsHeader )
-        
-        
-    def test_getFragStrand_plus_strand(self):
-        bioseq = Bioseq()
-        bioseq.header = "MbQ58Gr2Cl0 chunk1 {Fragment} 74091..74624"
-        bioseq.sequence = "TAATTCGGCCT"
-        expStrand = '+'
-        obsStrand = bioseq.getFragStrand()
-        self.assertEquals(expStrand, obsStrand)
-        
-        
-    def test_getFragStrand_minus_strand(self):
-        bioseq = Bioseq()
-        bioseq.header = "MbQ58Gr2Cl0 chunk1 {Fragment} 74624..74091"
-        bioseq.sequence = "TAATTCGGCCT"
-        expStrand = '-'
-        obsStrand = bioseq.getFragStrand()
-        self.assertEquals(expStrand, obsStrand)
-        
-        
-    def test_getATGCNFromIUPAC_A(self):
-        bioseq = Bioseq()
-        expNucl = 'A'
-        obsNucl = bioseq.getATGCNFromIUPAC('A')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_T(self):
-        bioseq = Bioseq()
-        expNucl = 'T'
-        obsNucl = bioseq.getATGCNFromIUPAC('T')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_C(self):
-        bioseq = Bioseq()
-        expNucl = 'C'
-        obsNucl = bioseq.getATGCNFromIUPAC('C')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_G(self):
-        bioseq = Bioseq()
-        expNucl = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('G')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_N(self):
-        bioseq = Bioseq()
-        expNucl = 'N'
-        obsNucl = bioseq.getATGCNFromIUPAC('N')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_U(self):
-        bioseq = Bioseq()
-        expNucl = 'T'
-        obsNucl = bioseq.getATGCNFromIUPAC('U')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_R(self):
-        bioseq = Bioseq()
-        expNucl1 = 'A'
-        expNucl2 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('R')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_Y(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'T'
-        obsNucl = bioseq.getATGCNFromIUPAC('Y')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_M(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'A'
-        obsNucl = bioseq.getATGCNFromIUPAC('M')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_K(self):
-        bioseq = Bioseq()
-        expNucl1 = 'T'
-        expNucl2 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('K')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_W(self):
-        bioseq = Bioseq()
-        expNucl1 = 'T'
-        expNucl2 = 'A'
-        obsNucl = bioseq.getATGCNFromIUPAC('W')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_S(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('S')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_B(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'T'
-        expNucl3 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('B')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl or expNucl3 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_D(self):
-        bioseq = Bioseq()
-        expNucl1 = 'A'
-        expNucl2 = 'T'
-        expNucl3 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('D')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl or expNucl3 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_H(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'T'
-        expNucl3 = 'A'
-        obsNucl = bioseq.getATGCNFromIUPAC('H')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl or expNucl3 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_V(self):
-        bioseq = Bioseq()
-        expNucl1 = 'C'
-        expNucl2 = 'A'
-        expNucl3 = 'G'
-        obsNucl = bioseq.getATGCNFromIUPAC('V')
-        self.assertTrue(expNucl1 == obsNucl or expNucl2 == obsNucl or expNucl3 == obsNucl)
-        
-        
-    def test_getATGCNFromIUPAC_Z(self):
-        bioseq = Bioseq()
-        expNucl = 'N'
-        obsNucl = bioseq.getATGCNFromIUPAC('Z')
-        self.assertEquals(expNucl, obsNucl)
-        
-        
-    def test_getATGCNFromIUPACandATGCN(self):
-        self.assertEquals("G", Bioseq().getATGCNFromIUPACandATGCN('R', 'A'))
-        self.assertEquals("A", Bioseq().getATGCNFromIUPACandATGCN('R', 'G'))
-        self.assertEquals("C", Bioseq().getATGCNFromIUPACandATGCN('Y', 'T'))
-        self.assertEquals("T", Bioseq().getATGCNFromIUPACandATGCN('Y', 'C'))
-        self.assertEquals("C", Bioseq().getATGCNFromIUPACandATGCN('M', 'A'))
-        self.assertEquals("A", Bioseq().getATGCNFromIUPACandATGCN('M', 'C'))
-        self.assertEquals("T", Bioseq().getATGCNFromIUPACandATGCN('K', 'G'))
-        self.assertEquals("G", Bioseq().getATGCNFromIUPACandATGCN('K', 'T'))
-        self.assertEquals("A", Bioseq().getATGCNFromIUPACandATGCN('W', 'T'))
-        self.assertEquals("T", Bioseq().getATGCNFromIUPACandATGCN('W', 'A'))
-        self.assertEquals("G", Bioseq().getATGCNFromIUPACandATGCN('S', 'C'))
-        self.assertEquals("C", Bioseq().getATGCNFromIUPACandATGCN('S', 'G'))
-        
-    def test_getATGCNFromIUPACandATGCN_invalid_combination(self):
-        obsMsg = ""
-        try:
-            Bioseq().getATGCNFromIUPACandATGCN('R', 'T')
-        except RepetException as e:
-            obsMsg = e.getMessage()
-            
-        self.assertEqual("IUPAC code 'R' and nucleotide 'T' are not compatible", obsMsg)
-        
-    def test_getATGCNFromIUPACandATGCN_invalid_IUPAC(self):
-        bioseq = Bioseq()
-        obsMsg = ""
-        try:
-            bioseq.getATGCNFromIUPACandATGCN('B', 'T')
-        except RepetException as e:
-            obsMsg = e.getMessage()
-            
-        self.assertEqual("Can't retrieve the third nucleotide from IUPAC code 'B' and nucleotide 'T'", obsMsg)
-        
-    def test_partialIUPAC(self):
-        bioseq = Bioseq()
-        bioseq.sequence = "ATGCNRATGCN"
-        expSequence1 = "ATGCNAATGCN"
-        expSequence2 = "ATGCNGATGCN"
-        bioseq.partialIUPAC()
-        obsSequence = bioseq.sequence
-        self.assertTrue(expSequence1 == obsSequence or expSequence2 == obsSequence)
-        
-        
-    def test_checkEOF(self):
-        bioseq = Bioseq()
-        bioseq.sequence = "ATGCNRATGCN\rATGCAAT\rTATA\r"
-        bioseq.checkEOF()
-        obsSequence = bioseq.sequence
-        expSequence = "ATGCNRATGCNATGCAATTATA"
-        
-        self.assertEquals(expSequence, obsSequence)
-        
-        
-    def test_getLMapWhithoutGap(self):
-        iBioseq = Bioseq()
-        iBioseq.header = "header"
-        iBioseq.sequence = "ATGC-RA-GCT"
-        obsLMap = iBioseq.getLMapWhithoutGap()
-        expLMap = [Map( "header_subSeq1", "header", 1, 4 ), Map( "header_subSeq2", "header", 6, 7 ), Map( "header_subSeq3", "header", 9, 11 )]
-        
-        self.assertEquals(expLMap, obsLMap)
-        
-        
-    def test_getLMapWhithoutGap_seqStartsWithGap(self):
-        iBioseq = Bioseq()
-        iBioseq.header = "header"
-        iBioseq.sequence = "-TGC-RA-GCT"
-        obsLMap = iBioseq.getLMapWhithoutGap()
-        expLMap = [Map( "header_subSeq1", "header", 2, 4 ), Map( "header_subSeq2", "header", 6, 7 ), Map( "header_subSeq3", "header", 9, 11 )]
-        
-        self.assertEquals(expLMap, obsLMap)
-        
-        
-    def test_getLMapWhithoutGap_seqEndsWithGap(self):
-        iBioseq = Bioseq()
-        iBioseq.header = "header"
-        iBioseq.sequence = "ATGC-RA-GC-"
-        obsLMap = iBioseq.getLMapWhithoutGap()
-        expLMap = [Map( "header_subSeq1", "header", 1, 4 ), Map( "header_subSeq2", "header", 6, 7 ), Map( "header_subSeq3", "header", 9, 10 )]
-        
-        self.assertEquals(expLMap, obsLMap)
-        
-    def test_getGCpercentage_onlyATGC( self ):
-        iBs = Bioseq( "seq", "TGCAGCT" )
-        exp = 100 * 4 / 7.0
-        obs = iBs.getGCpercentage()
-        self.assertEqual( exp, obs )
-        
-    def test_getGCpercentageInSequenceWithoutCountNInLength( self ):
-        iBs = Bioseq( "seq", "TGCAGCTNNNNN" )
-        exp = 100 * 4 / 7.0
-        obs = iBs.getGCpercentageInSequenceWithoutCountNInLength()
-        self.assertEqual( exp, obs )    
-        
-    def test_get5PrimeFlank(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 7
-        obsFlank = bs.get5PrimeFlank(position, 3)
-        expFlank = "TTT"
-        self.assertEquals(expFlank, obsFlank)
-        
-    def test_get5PrimeFlank_flank_length_truncated(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 7
-        obsFlank = bs.get5PrimeFlank(position, 15)
-        expFlank = "AACTTT"
-        self.assertEquals(expFlank, obsFlank)
-        
-    def test_get5PrimeFlank_flank_of_first_base(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 1
-        obsFlank = bs.get5PrimeFlank(position, 15)
-        expFlank = ""
-        self.assertEquals(expFlank, obsFlank)                
-   
-    def test_get3PrimeFlank(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 7
-        obsFlank = bs.get3PrimeFlank(position, 3)
-        expFlank = "CAG"
-        self.assertEquals(expFlank, obsFlank)
-        
-    def test_get3PrimeFlank_flank_length_truncated(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 7
-        obsFlank = bs.get3PrimeFlank(position, 15)
-        expFlank = "CAGAA"
-        self.assertEquals(expFlank, obsFlank)
-        
-    def test_get3PrimeFlank_flank_of_last_base(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 12
-        obsFlank = bs.get3PrimeFlank(position, 15)
-        expFlank = ""
-        self.assertEquals(expFlank, obsFlank)
-        
-    def test_get3PrimeFlank_polymLength_different_of_1(self):
-        bs = Bioseq( "line1", "AACTTTCCAGAA" )
-        position = 7
-        obsFlank = bs.get3PrimeFlank(position, 3, 2)
-        expFlank = "AGA"
-        self.assertEquals(expFlank, obsFlank) 
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_Bioseq ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/seq/test/Test_BioseqDB.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,974 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-import time
-from commons.core.seq.BioseqDB import BioseqDB
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.utils.FileUtils import FileUtils
-from commons.core.coord.Map import Map
-
-
-class Test_BioseqDB( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S") , os.getpid() )
-        
-        
-    def tearDown( self ):
-        if os._exists("dummyBioseqDB.fa"):
-            os.remove("dummyBioseqDB.fa")
-            
-            
-    def test__eq__(self):
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq2 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq4 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test__eq__instances_with_different_header(self):
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq2 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq3", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq4 = Bioseq( "seq4", "GCGATGCGATCGATGCGATAGCA" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        self.assertNotEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test__eq__instances_with_different_sequences(self):
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq2 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq4 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCATATATATATATATATATATATAT" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        self.assertNotEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test__eq__instances_with_different_sequences_and_headers(self):
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq2 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq3", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq4 = Bioseq( "seq4", "GCGATGCGATCGATGCGATAGCATATATATATATATATATATATAT" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        self.assertNotEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test__eq__instances_with_different_sizeOfBioseq(self):
-        iBioseq1 = Bioseq( "seq1", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        iBioseq2 = Bioseq( "seq2", "GCGATGCGATCGATGCGATAGCA" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq3", "AGCGGACGATGCAGCATGCGAATGACGAT" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3 ] )
-        
-        self.assertNotEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_setName (self): 
-        expName = "myDataBank"
-        iBioseqDB = BioseqDB()
-        self.assertEquals (iBioseqDB.name, "")
-        
-        iBioseqDB.setName (expName)
-        obsName = iBioseqDB.name
-        self.assertEquals (expName, obsName)
-        
-        
-    def test_read(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGC")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        faFN = "dummyFaFile.fa"
-        faF = open( faFN, "w" )
-        faF.write(">consensus1\n")
-        faF.write("GAGATGGCTCATGGAGTACCTGCCT\n")
-        faF.write(">consensus2\n")
-        faF.write("GAGATGGCTCATGGAGTACCGC\n")
-        faF.close()
-        
-        faF = open( faFN, "r" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.read( faF )
-        faF.close()
-        os.remove( faFN )
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_write(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        expFaFileName = "dummyFaFile.fa"
-        expFaFile = open( expFaFileName, "w" )
-        expFaFile.write(">consensus1\n")
-        expFaFile.write("GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTC\n")
-        expFaFile.write("ATGGAGTACCTGCCT\n")
-        expFaFile.write(">consensus2\n")
-        expFaFile.write("GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAG\n")
-        expFaFile.write("TACCGCGAGATGGCTCATGGAGTACCGC\n")
-        expFaFile.close()
-        
-        obsFaFileName = "obsDummyFastaFile.fa"
-        obsFaFile = open( obsFaFileName, "w" )
-        iBioseqDB.write( obsFaFile )
-        obsFaFile.close()
-        
-        self.assertTrue( FileUtils.are2FilesIdentical(expFaFileName, obsFaFileName) )
-        os.remove( expFaFileName )
-        os.remove( obsFaFileName )
-        
-        
-    def test_save(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        expFaFileName = "dummyFaFile.fa"
-        expFaFile = open( expFaFileName, "w" )
-        expFaFile.write(">consensus1\n")
-        expFaFile.write("GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTC\n")
-        expFaFile.write("ATGGAGTACCTGCCT\n")
-        expFaFile.write(">consensus2\n")
-        expFaFile.write("GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAG\n")
-        expFaFile.write("TACCGCGAGATGGCTCATGGAGTACCGC\n")
-        expFaFile.close()
-        
-        obsFaFileName = "obsDummyFastaFile.fa"
-        iBioseqDB.save( obsFaFileName )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical(expFaFileName, obsFaFileName) )
-        os.remove( expFaFileName )
-        os.remove( obsFaFileName )
-        
-        
-    def test_load(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        FaFileName = "dummyFaFile.fa"
-        FaFile = open( FaFileName, "w" )
-        FaFile.write(">consensus1\n")
-        FaFile.write("GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTC\n")
-        FaFile.write("ATGGAGTACCTGCCT\n")
-        FaFile.write(">consensus2\n")
-        FaFile.write("GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAG\n")
-        FaFile.write("TACCGCGAGATGGCTCATGGAGTACCGC\n")
-        FaFile.close()
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.load( FaFileName )
-        
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        os.remove( FaFileName )
-        
-        
-    def test_reverse( self ):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq1", "GTTA" )
-        iBioseq4 = Bioseq( "seq2", "TAAGC" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        obsBioseqDB.reverse()
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_complement( self ):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq1", "TAAC" )
-        iBioseq4 = Bioseq( "seq2", "GCTTA" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        obsBioseqDB.complement()
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_reverseComplement( self ):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        iBioseq3 = Bioseq( "seq1", "CAAT" )
-        iBioseq4 = Bioseq( "seq2", "ATTCG" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        
-        obsBioseqDB.reverseComplement()
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_setData(self):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        iBioseq3 = Bioseq( "seq3", "CAAT" )
-        iBioseq4 = Bioseq( "seq4", "ATTCG" )
-        
-        lBioseq = [iBioseq1, iBioseq2, iBioseq3, iBioseq4]
-        expBioseqDB = BioseqDB()
-        expBioseqDB.db = lBioseq
-        
-        iBioseq5 = Bioseq( "seq1", "ATTG" )
-        iBioseq6 = Bioseq( "seq2", "CGAAT" )
-        iBioseq7 = Bioseq( "seq3", "CAAT" )
-        iBioseq8 = Bioseq( "seq4", "ATTCG" )
-        
-        lBioseq2 = [iBioseq5, iBioseq6, iBioseq7, iBioseq8]
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData(lBioseq2)
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_reset( self ):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        iBioseq3 = Bioseq( "seq3", "CAAT" )
-        iBioseq4 = Bioseq( "seq4", "ATTCG" )
-        
-        lBioseq = [iBioseq1, iBioseq2, iBioseq3, iBioseq4]
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData(lBioseq)
-        obsBioseqDB.reset()
-              
-        expBioseqDB = BioseqDB()
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def testCleanGap(self):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData([iBioseq1, iBioseq2])
-        
-        iBioseq3 = Bioseq( "seq1", "AT-----TG" )
-        iBioseq4 = Bioseq( "seq2", "CGAA----T" )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        obsBioseqDB.cleanGap()
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)          
-        
-        
-    def testCleanGap_on_empty_db(self):
-        expBioseqDB = BioseqDB()
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.cleanGap()
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)          
-        
-        
-    def testCleanGap_on_size_one_db(self):
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData([iBioseq1])
-        
-        iBioseq2 = Bioseq( "seq1", "AT-----TG" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData([iBioseq2])
-        
-        obsBioseqDB.cleanGap()
-         
-        self.assertEquals(expBioseqDB, obsBioseqDB)          
-        
-        
-    def test_add_to_a_empty_bioseqDB_instance (self):
-        sHeader = "embl::AF332402:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader += "(At4g29080) mRNA, complete cds."
-        
-        expDictIdx = { sHeader : 0}
-        
-        sHeaderRenamed = "embl-AF332402-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed += "(At4g29080)_mRNA-_complete_cds."
-        expDictIdxRenamed = {sHeaderRenamed : 0}
-        
-        iBioseq1 = Bioseq( sHeader, "ATTG" )
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.add(iBioseq1)
-        
-        obsDictIdx = obsBioseqDB.idx
-        obsDictIdxRenamed = obsBioseqDB.idx_renamed
-        
-        self.assertEquals(expDictIdx,obsDictIdx)
-        self.assertEquals(expDictIdxRenamed,obsDictIdxRenamed)
-        
-        
-    def test_add_to_a_size_one_bioseqDB_instance (self):
-        sHeader1 = "embl::AF332402:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader1 += "(At4g29080) mRNA, complete cds."
-        
-        sHeader2 = "embl::AF332503:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader2 += "(At4g29080) mRNA, complete cds."
-        
-        expDictIdx = { sHeader1 : 0, sHeader2 : 1}
-        
-        sHeaderRenamed1 = "embl-AF332402-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed1 += "(At4g29080)_mRNA-_complete_cds."
-
-        sHeaderRenamed2 = "embl-AF332503-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed2 += "(At4g29080)_mRNA-_complete_cds."
-        
-        expDictIdxRenamed = {sHeaderRenamed1 : 0, sHeaderRenamed2 : 1}
-        
-        iBioseq1 = Bioseq( sHeader1, "ATTG" )
-        iBioseq2 = Bioseq( sHeader2, "ATTG" )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData([ iBioseq1])
-        obsBioseqDB.add(iBioseq2)
-        
-        obsDictIdx = obsBioseqDB.idx
-        obsDictIdxRenamed = obsBioseqDB.idx_renamed
-        
-        self.assertEquals(expDictIdx,obsDictIdx)
-        self.assertEquals(expDictIdxRenamed,obsDictIdxRenamed)
-        
-        
-    def test_add_to_a_size_two_bioseqDB_instance (self):
-        sHeader1 = "embl::AF332402:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader1 += "(At4g29080) mRNA, complete cds."
-        
-        sHeader2 = "embl::AF332503:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader2 += "(At4g29080) mRNA, complete cds."
-        
-        sHeader3 = "embl::AF332604:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        sHeader3 += "(At4g29080) mRNA, complete cds."
-        expDictIdx = { sHeader1 : 0, sHeader2 : 1, sHeader3 : 2}
-        
-        sHeaderRenamed1 = "embl-AF332402-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed1 += "(At4g29080)_mRNA-_complete_cds."
-
-        sHeaderRenamed2 = "embl-AF332503-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed2 += "(At4g29080)_mRNA-_complete_cds."
-        
-        sHeaderRenamed3 = "embl-AF332604-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        sHeaderRenamed3 += "(At4g29080)_mRNA-_complete_cds."
-        expDictIdxRenamed = {sHeaderRenamed1 : 0, sHeaderRenamed2 : 1, sHeaderRenamed3 :2}
-        
-        iBioseq1 = Bioseq( sHeader1, "ATTG" )
-        iBioseq2 = Bioseq( sHeader2, "ATTG" )
-        iBioseq3 = Bioseq( sHeader3, "ATTG" )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData([ iBioseq1, iBioseq2 ])
-        obsBioseqDB.add(iBioseq3)
-        
-        obsDictIdx = obsBioseqDB.idx
-        obsDictIdxRenamed = obsBioseqDB.idx_renamed
-        
-        self.assertEquals(expDictIdx,obsDictIdx)
-        self.assertEquals(expDictIdxRenamed,obsDictIdxRenamed)
-        
-        
-    def test__getitem__(self):
-        iBioseq1 = Bioseq("seq1","ATTG")
-        iBioseq2 = Bioseq("seq2","CGAAT")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        expBioseq = Bioseq("seq2","CGAAT")
-        obsBioseq = iBioseqDB[1]
-        
-        self.assertEquals(expBioseq, obsBioseq)
-        
-        
-    def test_getSize(self):
-        expSize = 4
-        
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        iBioseq3 = Bioseq( "seq3", "AT-----TG" )
-        iBioseq4 = Bioseq( "seq4", "CGAA----T" )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [iBioseq1, iBioseq2 , iBioseq3, iBioseq4 ] )
-        obsSize = obsBioseqDB.getSize()
-        
-        self.assertEquals(expSize,obsSize)
-        
-        
-    def test_getSize_emptyDB(self):
-        expSize = 0
-        
-        obsBioseqDB = BioseqDB()
-        obsSize = obsBioseqDB.getSize()
-        
-        self.assertEquals(expSize,obsSize)
-        
-        
-    def test_getLength(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        expLength = 163
-        obsLength = iBioseqDB.getLength()
-        
-        self.assertEquals( expLength, obsLength)
-
-    def test_getListOfSequencesLength(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        lLength = iBioseqDB.getListOfSequencesLength()
-        
-        expLLengh = [75, 88]
-        self.assertEquals( expLLengh, lLength )
-        
-        
-    def test_getHeaderList( self ):
-        lExpHeader = ["seq1", "seq2"]
-        
-        iBioseq1 = Bioseq( "seq1", "ATTG" )
-        iBioseq2 = Bioseq( "seq2", "CGAAT" )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        lObsHeader = obsBioseqDB.getHeaderList()
-
-        self.assertEquals( lExpHeader, lObsHeader )
-        
-        
-    def test_getSequencesList( self ):
-        lExpSeqs = ["ATGC", "AATTCCGG"]
-        
-        iBioseq1 = Bioseq("seq1", "ATGC")
-        iBioseq2 = Bioseq("seq2", "AATTCCGG")
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData([iBioseq1, iBioseq2])
-        
-        lObsSeqs = obsBioseqDB.getSequencesList()
-
-        self.assertEquals(lExpSeqs, lObsSeqs)
-        
-        
-    def test_fetch( self ):
-        ibioseq1 = Bioseq( "seq1", "ATTG" )
-        ibioseq2 = Bioseq( "seq2", "CGAAT" )
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ ibioseq1, ibioseq2 ] )
-        expBioseq = ibioseq1
-        obsBioseq = iBioseqDB.fetch( "seq1" )
-        self.assertEquals( expBioseq, obsBioseq )
-        
-        
-    def test_getBioseqByRenamedHeader( self ):
-        Header1 = "embl::AF332402:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        Header1 += "(At4g29080) mRNA, complete cds."
-        
-        Header2 = "embl::AF332503:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        Header2 += "(At4g29080) mRNA, complete cds."
-        
-        Header3 = "embl::AF332604:AF332402 Arabidopsis thaliana clone C00024 (f)"
-        Header3 += "(At4g29080) mRNA, complete cds."
-        
-        HeaderRenamed2 = "embl-AF332503-AF332402_Arabidopsis_thaliana_clone_C00024_(f)"
-        HeaderRenamed2 += "(At4g29080)_mRNA-_complete_cds."
-        
-        ibioseq1 = Bioseq( Header1, "ATTG" )
-        ibioseq2 = Bioseq( Header2, "CGAAT" )
-        ibioseq3 = Bioseq( Header3, "TGCGAAT" )
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ ibioseq1, ibioseq2, ibioseq3 ] )
-        expBioseq = ibioseq2
-        
-        obsBioseq = iBioseqDB.getBioseqByRenamedHeader( HeaderRenamed2  )
-        
-        self.assertEquals( expBioseq, obsBioseq )
-        
-        
-    def test_init_with_the_parm_name( self ):
-        iBioseq1 = Bioseq("seq1","ATTG")
-        iBioseq2 = Bioseq("seq2","CGAAT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        fastaFilename = "dummyBioseqDB.fa"
-        f = open(fastaFilename, "w")
-        f.write(">seq1\n")
-        f.write("ATTG\n")
-        f.write(">seq2\n")
-        f.write("CGAAT\n")
-        f.close()
-        
-        obsBioseqDB = BioseqDB(fastaFilename)
-        os.remove(fastaFilename)
-        self.assertEquals( expBioseqDB, obsBioseqDB )
-        
-        
-    def test_countNt(self):
-        iBioseq1 = Bioseq()
-        iBioseq1.header = "seq1 description1"
-        iBioseq1.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseq2 = Bioseq()
-        iBioseq2.header = "seq2 description2"
-        iBioseq2.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        expCount = 6
-        obsCount = iBioseqDB.countNt('N')
-        self.assertEquals(expCount, obsCount)
-        
-    def test_countNt_lowercase(self):
-        iBioseq1 = Bioseq()
-        iBioseq1.header = "seq1 description1"
-        iBioseq1.sequence = "gcgncgctgctttattaagcgctagcatgcgncgctgctttattaagcgctagcgattatatagcagacgcatattatattgcgcgatgcgncgctgctttattaagcgctagcgattatatagcagacgcatattatattgcgcg"
-        iBioseq2 = Bioseq()
-        iBioseq2.header = "seq2 description2"
-        iBioseq2.sequence = "gcgncgctgctttattaagcgctagcatgcgncgctgctttattaagcgctagcgattatatagcagacgcatattatattgcgcgatgcgncgctgctttattaagcgctagcgattatatagcagacgcatattatattgcgcg"
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        expCount = 0
-        obsCount = iBioseqDB.countNt('N')
-        self.assertEquals(expCount, obsCount)
-        
-        
-    def test_countNt_withCharacterNotExisting(self):
-        iBioseq1 = Bioseq()
-        iBioseq1.header = "seq1 description1"
-        iBioseq1.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseq2 = Bioseq()
-        iBioseq2.header = "seq2 description2"
-        iBioseq2.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        expCount = 0
-        obsCount = iBioseqDB.countNt('W')
-        self.assertEquals(expCount, obsCount)
-        
-        
-    def test_countAllNt(self):
-        iBioseq1 = Bioseq()
-        iBioseq1.header = "seq1 description1"
-        iBioseq1.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseq2 = Bioseq()
-        iBioseq2.header = "seq2 description2"
-        iBioseq2.sequence = "GCGNCGCTGCTTTATTAAGCGCTAGCATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCGATGCGNCGCTGCTTTATTAAGCGCTAGCGATTATATAGCAGACGCATATTATATTGCGCG"
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        
-        dExpCount = {'A': 68, 'C': 62, 'T': 86, 'G': 70, 'N': 6}
-        
-        dObsCount = iBioseqDB.countAllNt()
-        self.assertEquals(dExpCount, dObsCount)
-        
-        
-    def test_extractPart(self):    
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq3 = Bioseq("consensus3","GAGATGGCTCATGGAGTACCTGCCTTGCATGACTGCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq4 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-                    
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4 ] )
-
-        iBioseq5 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus3","GAGATGGCTCATGGAGTACCTGCCTTGCATGACTGCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACCTGCCT")
-                 
-        expSubBioseqDB = BioseqDB()
-        expSubBioseqDB.setData( [ iBioseq5, iBioseq6 ] )
-        
-        obsSubBioseqDB = iBioseqDB.extractPart (1, 2)
-        
-        self.assertEquals(expSubBioseqDB, obsSubBioseqDB)
-        
-        
-    def test_bestLength(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq3 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-        iBioseq4 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq5 = Bioseq("consensus5","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq6 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq7 = Bioseq("consensus7","TGCCTGATGGCTCATGGAGTACCTGCCT")
-                    
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4, iBioseq5, iBioseq6 , iBioseq7] )
-        
-        iBioseq8 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC")
-        iBioseq9 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq10 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq11 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq8, iBioseq9, iBioseq10, iBioseq11] )
-        
-        obsBioseqDB = iBioseqDB.bestLength (4)
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_bestLength_with_a_none_sequence_include(self):
-        iBioseq1 = Bioseq("consensus1", None)
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq3 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-                    
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3] )
-        
-        iBioseq4 = Bioseq("consensus1", None)
-        iBioseq5 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq4, iBioseq5, iBioseq6] )
-        
-        obsBioseqDB = iBioseqDB.bestLength (3)
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_bestLength_with_a_none_sequence_not_include(self):
-        iBioseq1 = Bioseq("consensus1", None)
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq3 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-                    
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3] )
-        
-        iBioseq5 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6] )
-        
-        obsBioseqDB = iBioseqDB.bestLength (2)
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_bestLength_number_of_bioseq_requiered_gt_BioseqDB_size(self):
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC")
-        iBioseq2 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq3 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-                    
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3] )
-        
-        iBioseq4 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC")
-        iBioseq5 = Bioseq("consensus2","GAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus3","GAGATGGCTCATGGAGTACC")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq4, iBioseq5, iBioseq6] )
-        
-        obsBioseqDB = iBioseqDB.bestLength (15)
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_extractPatternOfFile(self):
-        fastaFilename = "dummyBioseqDB.fa"
-        f = open(fastaFilename, "w")
-        f.write(">consensus1\nGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC\n")
-        f.write(">consensus2\nGAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC\n")
-        f.write(">consensus3\nGAGATGGCTCATGGAGTACC\n")
-        f.write(">consensus4\nGAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC\n")
-        f.write(">consensus11\nTGCCTGAGATGGCTCATGGAGTACCTGCCTTGCCTTGCATGACTGCATGGAGTACCTGCCTGTGCCTGATGGCTCATGGAGTACCTGCCT\n")
-        f.close()
-        
-        iBioseq1 = Bioseq("consensus1","GAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC")
-        iBioseq2 = Bioseq("consensus11","TGCCTGAGATGGCTCATGGAGTACCTGCCTTGCCTTGCATGACTGCATGGAGTACCTGCCTGTGCCTGATGGCTCATGGAGTACCTGCCT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq1, iBioseq2] )
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.extractPatternOfFile("consensus1+" , fastaFilename)
-        os.remove(fastaFilename)
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_extractPatternOfFile_WithNoExistingPattern(self):
-        fastaFilename = "dummyBioseqDB.fa"
-        f = open(fastaFilename, "w")
-        f.write(">consensus1\nGAGATGGCTCATGGAGTACCTGCCTGAGATGGCTCATGGAGTACC\n")
-        f.write(">consensus2\nGAGATGGCTCATGGAGTACCGCGAGACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC\n")
-        f.write(">consensus3\nGAGATGGCTCATGGAGTACC\n")
-        f.write(">consensus4\nGAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC\n")
-        f.write(">consensus11\nTGCCTGAGATGGCTCATGGAGTACCTGCCTTGCCTTGCATGACTGCATGGAGTACCTGCCTGTGCCTGATGGCTCATGGAGTACCTGCCT\n")
-        f.close()
-        
-        expBioseqDB = BioseqDB()
-        
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.extractPatternOfFile("NoExistingPattern" , fastaFilename)
-        os.remove(fastaFilename)
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_getByPattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq6 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6] )
-       
-        obsBioseqDB = iBioseqDB.getByPattern("consensus1+")
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_getByPattern_with_no_existing_pattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        expBioseqDB = BioseqDB()
-       
-        obsBioseqDB = iBioseqDB.getByPattern("noExistingPattern+")
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_getDiffFromPattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq6 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6] )
-       
-        obsBioseqDB = iBioseqDB.getDiffFromPattern("consensus[4|6]")
-        
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_getDiffFromPattern_with_no_existing_pattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq7 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq8 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6, iBioseq7, iBioseq8] )
-       
-        obsBioseqDB = iBioseqDB.getDiffFromPattern("noExistingPattern+")
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_rmByPattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6 ] )
-       
-        obsBioseqDB.rmByPattern("consensus1+")
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_rmByPattern_with_no_existing_pattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq7 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq8 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq5, iBioseq6, iBioseq7, iBioseq8 ] )
-        obsBioseqDB.rmByPattern("noExistingPattern+")
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_addBioseqFromABioseqDBIfHeaderContainPattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus7","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("Sequence4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        inBioseqDB = BioseqDB()
-        inBioseqDB.setData( [ iBioseq5, iBioseq6 ])
-
-        iBioseq7 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq8 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq9 = Bioseq("consensus7","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq10 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        iBioseq11 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq7, iBioseq8, iBioseq9, iBioseq10, iBioseq11] )
-       
-        obsBioseqDB.addBioseqFromABioseqDBIfHeaderContainPattern("consensus.*", inBioseqDB)
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_addBioseqFromABioseqDBIfHeaderContainPattern_with_no_existing_pattern (self):
-        iBioseq1 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq2 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq3 = Bioseq("consensus7","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq4 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2, iBioseq3, iBioseq4] )
-        
-        iBioseq5 = Bioseq("Sequence4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq6 = Bioseq("consensus6","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        inBioseqDB = BioseqDB()
-        inBioseqDB.setData( [ iBioseq5, iBioseq6 ])
-
-        iBioseq7 = Bioseq("consensus4","GAGATGGCTCATGGAGTACCGCGAGTGCGGTACCTATGGCCCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGCGAGATGGCTCATGGAGTACCGC")
-        iBioseq8 = Bioseq("consensus1","TGCCTGAGATGGCTCATGGAGTACCTGCCT")
-        iBioseq9 = Bioseq("consensus7","TGCCTTGCATGACTGCATGGAGTACCTGCCTG")
-        iBioseq10 = Bioseq("consensus11","TGCCTGATGGCTCATGGAGTACCTGCCT")
-        
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq7, iBioseq8, iBioseq9, iBioseq10] )
-       
-        obsBioseqDB.addBioseqFromABioseqDBIfHeaderContainPattern("noExistingPattern", inBioseqDB)
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_upCase (self):
-        iBioseq1 = Bioseq("consensus4","atgacGatgca")
-        iBioseq2 = Bioseq("consensus1","atgcgaT")
-        obsBioseqDB = BioseqDB()
-        obsBioseqDB.setData( [ iBioseq1, iBioseq2 ] )
-        iBioseq3 = Bioseq("consensus4","ATGACGATGCA")
-        iBioseq4 = Bioseq("consensus1","ATGCGAT")
-        expBioseqDB = BioseqDB()
-        expBioseqDB.setData( [ iBioseq3, iBioseq4 ] )
-        obsBioseqDB.upCase()
-        self.assertEquals(expBioseqDB, obsBioseqDB)
-        
-        
-    def test_getMap(self):
-        iBioseq1 = Bioseq("header1","ATGC-RA-GCT")
-        iBioseq2 = Bioseq("header2","-TGC-RA-GCT")
-        iBioseq3 = Bioseq("header3","ATGC-RA-GC-")
-
-        iAlignedBioseqDB = BioseqDB()
-        iAlignedBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        obsDict = iAlignedBioseqDB.getDictOfLMapsWithoutGaps()
-        
-        expLMap1 = [Map( "header1_subSeq1", "header1", 1, 4 ), Map( "header1_subSeq2", "header1", 6, 7 ), Map( "header1_subSeq3", "header1", 9, 11 )]
-        expLMap2 = [Map( "header2_subSeq1", "header2", 2, 4 ), Map( "header2_subSeq2", "header2", 6, 7 ), Map( "header2_subSeq3", "header2", 9, 11 )]
-        expLMap3 = [Map( "header3_subSeq1", "header3", 1, 4 ), Map( "header3_subSeq2", "header3", 6, 7 ), Map( "header3_subSeq3", "header3", 9, 10 )]    
-        
-        expDict = {
-                   "header1": expLMap1,
-                   "header2": expLMap2,
-                   "header3": expLMap3
-                   } 
-        
-        self.assertEquals(expDict, obsDict)
-
-    def test_getSeqLengthByListOfName(self):
-        iBioseq1 = Bioseq("header1","ATGC-RA-GCT")
-        iBioseq2 = Bioseq("header2","-TGC-RAR")
-        iBioseq3 = Bioseq("header3","ATGC")
-
-        iBioseqDB = BioseqDB()
-        iBioseqDB.setData([iBioseq1, iBioseq2, iBioseq3])
-        
-        expList =  [11, 4]
-        obsList = iBioseqDB.getSeqLengthByListOfName(["header1", "header3"])
-        
-        self.assertEquals( expList, obsList )        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_BioseqDB ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/seq/test/Test_BioseqUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,498 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import os
-from commons.core.seq.Bioseq import Bioseq
-from commons.core.seq.BioseqUtils import BioseqUtils
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_BioseqUtils( unittest.TestCase ):
-    
-    def test_translateSequence_one_nt( self ):
-        bioseq = Bioseq()
-        bioseq.sequence = "G"
-        BioseqUtils.translateSequence(bioseq, 1)
-        expSequence = ""
-        obsSequence = bioseq.sequence
-        self.assertEqual(expSequence, obsSequence)
-        
-        
-    def test_translateSequence_frame1( self ):
-        bioseq = Bioseq()
-        bioseq.sequence = "NGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        BioseqUtils.translateSequence(bioseq, 1)
-        expSequence = "XGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        obsSequence = bioseq.sequence
-        self.assertEqual(expSequence, obsSequence)
-        
-        
-    def test_translateSequence_frame2( self ):
-        bioseq = Bioseq()
-        bioseq.sequence = "NGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        BioseqUtils.translateSequence(bioseq, 2)
-        expSequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        obsSequence = bioseq.sequence
-        self.assertEqual(expSequence, obsSequence)
-        
-        
-    def test_translateSequence_frame3( self ):
-        bioseq = Bioseq()
-        bioseq.sequence = "NGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        BioseqUtils.translateSequence(bioseq, 3)
-        expSequence = "WLLVDQFMITMISRRCLVAPTNQQYNASRA*"
-        obsSequence = bioseq.sequence
-        self.assertEqual(expSequence, obsSequence)
-        
-        
-    def test_setFrameInfoOnHeader(self):
-        bioseq = Bioseq()
-        bioseq.header = "header1 description1 description2"
-        BioseqUtils.setFrameInfoOnHeader(bioseq,1)
-        expHeader = "header1_1 description1 description2"
-        obsHeader = bioseq.header
-        self.assertEquals(expHeader,obsHeader)
-        
-        
-    def test_setFrameInfoOnHeader_header_without_space(self):
-        bioseq = Bioseq()
-        bioseq.header = "header"
-        BioseqUtils.setFrameInfoOnHeader(bioseq,1)
-        expHeader = "header_1"
-        obsHeader = bioseq.header
-        self.assertEquals(expHeader, obsHeader)
-        
-        
-    def test_TranslateInAllFrame( self ):
-        bioseq = Bioseq()
-        bioseq.header = "header1"
-        bioseq.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1_1"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        bioseq2 = Bioseq()
-        bioseq2.header = "header1_2"
-        bioseq2.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        bioseq3 = Bioseq()
-        bioseq3.header = "header1_3"
-        bioseq3.sequence = "WLLVDQFMITMISRRCLVAPTNQQYNASRA*"
-        bioseq4 = Bioseq()
-        bioseq4.header = "header1_4"
-        bioseq4.sequence = "SSSTRIILLISRSHETPT*NHCDHKLIN*KP"
-        bioseq5 = Bioseq()
-        bioseq5.header = "header1_5"
-        bioseq5.sequence = "QALLALYC*LVGATRHLREIIVIIN*STRSH"
-        bioseq6 = Bioseq()
-        bioseq6.header = "header1_6"
-        bioseq6.sequence = "KLYSHYIVD*SEPRDTYVKSL*S*TDQLEAT"
-        
-        expLBioseq = [bioseq1, bioseq2, bioseq3, bioseq4, bioseq5, bioseq6]
-        obsLBioseq = BioseqUtils.translateInAllFrame(bioseq)
-        
-        self.assertEquals(expLBioseq, obsLBioseq) 
-        
-        
-    def test_replaceStopCodonsByX( self ):
-        bioseq = Bioseq()
-        bioseq.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        BioseqUtils.replaceStopCodonsByX(bioseq)
-        expSequence = "VASSXSVYDHNDFTXVSRGSDXSTIXCEXSL"
-        obsSequence = bioseq.sequence
-        self.assertEquals(expSequence, obsSequence)
-        
-        
-    def test_translateBioseqListInAllFrames_with_empty_list( self ):
-        lBioseq = []
-        obsLBioseq = BioseqUtils.translateBioseqListInAllFrames( lBioseq )
-        expLBioseq = []
-        self.assertEquals( expLBioseq, obsLBioseq )
-        
-        
-    def test_translateBioseqListInAllFrames_with_one_item( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        lBioseq = [bioseq1]
-        obsLBioseq = BioseqUtils.translateBioseqListInAllFrames( lBioseq )
-       
-        expBioseq1 = Bioseq()
-        expBioseq1.header = "header1_1 description"
-        expBioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        expBioseq2 = Bioseq()
-        expBioseq2.header = "header1_2 description"
-        expBioseq2.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        
-        expBioseq3 = Bioseq()
-        expBioseq3.header = "header1_3 description"
-        expBioseq3.sequence = "WLLVDQFMITMISRRCLVAPTNQQYNASRA*"
-
-        expBioseq4 = Bioseq()
-        expBioseq4.header = "header1_4 description"
-        expBioseq4.sequence = "SSSTRIILLISRSHETPT*NHCDHKLIN*KP"        
-
-        expBioseq5 = Bioseq()
-        expBioseq5.header = "header1_5 description"
-        expBioseq5.sequence = "QALLALYC*LVGATRHLREIIVIIN*STRSH"     
-                
-        expBioseq6 = Bioseq()
-        expBioseq6.header =  "header1_6 description"
-        expBioseq6.sequence = "KLYSHYIVD*SEPRDTYVKSL*S*TDQLEAT"    
-        
-        expLBioseq = [expBioseq1, expBioseq2, expBioseq3, expBioseq4, expBioseq5, expBioseq6]
-                     
-        self.assertEquals( expLBioseq, obsLBioseq )
-        
-        
-    def test_translateBioseqListInAllFrames( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTACGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        lBioseq = [bioseq1, bioseq2]
-        obsLBioseq = BioseqUtils.translateBioseqListInAllFrames( lBioseq )
-       
-        expBioseq1 = Bioseq()
-        expBioseq1.header = "header1_1 description"
-        expBioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        expBioseq2 = Bioseq()
-        expBioseq2.header = "header1_2 description"
-        expBioseq2.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        
-        expBioseq3 = Bioseq()
-        expBioseq3.header = "header1_3 description"
-        expBioseq3.sequence = "WLLVDQFMITMISRRCLVAPTNQQYNASRA*"
-
-        expBioseq4 = Bioseq()
-        expBioseq4.header = "header1_4 description"
-        expBioseq4.sequence = "SSSTRIILLISRSHETPT*NHCDHKLIN*KP"        
-
-        expBioseq5 = Bioseq()
-        expBioseq5.header = "header1_5 description"
-        expBioseq5.sequence = "QALLALYC*LVGATRHLREIIVIIN*STRSH"     
-                
-        expBioseq6 = Bioseq()
-        expBioseq6.header =  "header1_6 description"
-        expBioseq6.sequence = "KLYSHYIVD*SEPRDTYVKSL*S*TDQLEAT"    
-
-        expBioseq7 = Bioseq()
-        expBioseq7.header = "header2_1"
-        expBioseq7.sequence =  "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"    
-        
-        expBioseq8 = Bioseq()
-        expBioseq8.header = "header2_2"
-        expBioseq8.sequence = "VASS*SVYDHNDFT*VSRGYD*STI*CE*SL"     
-
-        expBioseq9 = Bioseq()
-        expBioseq9.header = "header2_3"
-        expBioseq9.sequence = "WLLVDQFMITMISRRCLVATTNQQYNASRA*"     
-
-        expBioseq10 = Bioseq()
-        expBioseq10.header = "header2_4"
-        expBioseq10.sequence = "SSSTRIILLISRSHETPT*NHCDHKLIN*KP"
-             
-        expBioseq11 = Bioseq()
-        expBioseq11.header = "header2_5"
-        expBioseq11.sequence = "QALLALYC*LVVATRHLREIIVIIN*STRSH"     
-
-        expBioseq12 = Bioseq()
-        expBioseq12.header = "header2_6"
-        expBioseq12.sequence = "KLYSHYIVD*S*PRDTYVKSL*S*TDQLEAT"     
-
-        expLBioseq = [expBioseq1, expBioseq2, expBioseq3, expBioseq4, expBioseq5, expBioseq6, expBioseq7, expBioseq8, expBioseq9, expBioseq10, expBioseq11, expBioseq12]
-        self.assertEquals( expLBioseq, obsLBioseq )
-        
-        
-    def test_replaceStopCodonsByXInBioseqList_empty_list( self ):
-        lBioseq = []
-        obsLBioseq = BioseqUtils.replaceStopCodonsByXInBioseqList( lBioseq )
-        expLBioseq = []
-        self.assertEquals(obsLBioseq, expLBioseq)
-        
-        
-    def test_replaceStopCodonsByXInBioseqList_without_stop_codon( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGFLISLSQFHVGVSWLRLINNIMRVEL"
-        
-        lBioseq = [bioseq1]
-        
-        obsLBioseq = BioseqUtils.replaceStopCodonsByXInBioseqList( lBioseq )
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header1 description"
-        bioseq2.sequence = "CGFLISLSQFHVGVSWLRLINNIMRVEL"
-        
-        expLBioseq = [bioseq2]
-      
-        self.assertEquals(obsLBioseq, expLBioseq)
-        
-        
-    def test_replaceStopCodonsByXInBioseqList( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        
-        lBioseq = [bioseq1, bioseq2]
-        
-        obsLBioseq = BioseqUtils.replaceStopCodonsByXInBioseqList( lBioseq )
-        
-        bioseq3 = Bioseq()
-        bioseq3.header = "header1 description"
-        bioseq3.sequence = "CGFXLISLXSQXFHVGVSWLRLINNIMRVEL"
-        
-        bioseq4 = Bioseq()
-        bioseq4.header = "header2"
-        bioseq4.sequence = "VASSXSVYDHNDFTXVSRGSDXSTIXCEXSL"
-        
-        expLBioseq = [bioseq3, bioseq4]
-      
-        self.assertEquals(obsLBioseq, expLBioseq)
-        
-        
-    def test_writeBioseqListIntoFastaFile(self):
-        obsFileName = "dummyWrittenFastaFile.fa"
-        
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTCCGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTACGACTAATCAACAATATAATGCGAGTAGAGCTTGA"
-
-        lBioseq = [bioseq1, bioseq2]
-        
-        BioseqUtils.writeBioseqListIntoFastaFile( lBioseq, obsFileName )
-        
-        expFileName = "dummyFastaFile.fa"
-        f = open(expFileName, "w")
-        f.write(">header1 description\n")
-        f.write("TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTC\n")
-        f.write("CGACTAATCAACAATATAATGCGAGTAGAGCTTGA\n")
-        f.write(">header2\n")
-        f.write("TGTGGCTTCTAGTTGATCAGTTTATGATCACAATGATTTCACGTAGGTGTCTCGTGGCTA\n")
-        f.write("CGACTAATCAACAATATAATGCGAGTAGAGCTTGA\n")
-        f.close()
-         
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-        
-    def test_extractBioseqListFromFastaFile( self ): 
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName,"w")
-        f.write(">header1_1 description1\n")
-        f.write("CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL\n")
-        f.write(">header1_2 description2\n")
-        f.write("VASS*SVYDHNDFT*VSRGSD*STI*CE*SL\n")
-        f.write(">header1_3 description3\n")
-        f.write("CWLLVDQFMITMISRRCLVAPTNQQYNASRA*\n")
-        f.close()
-        
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1_1 description1"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        bioseq2 = Bioseq()
-        bioseq2.header = "header1_2 description2"
-        bioseq2.sequence = "VASS*SVYDHNDFT*VSRGSD*STI*CE*SL"
-        bioseq3 = Bioseq()
-        bioseq3.header = "header1_3 description3"
-        bioseq3.sequence = "CWLLVDQFMITMISRRCLVAPTNQQYNASRA*"
-        
-        expLBioseq = [bioseq1, bioseq2, bioseq3]
-        
-        obsLBioseq = BioseqUtils.extractBioseqListFromFastaFile( fileName )
-        self.assertEquals(expLBioseq , obsLBioseq)
-        
-        os.remove( fileName )
-        
-        
-    def test_extractBioseqListFromFastaFile_empty_seq( self ): 
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName,"w")
-        f.write(">header1_1 description1\n")
-        f.close()
-        
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1_1 description1"
-        bioseq1.sequence = ""
-        expLBioseq = [bioseq1]
-        
-        obsLBioseq = BioseqUtils.extractBioseqListFromFastaFile( fileName )
-        self.assertEquals(expLBioseq , obsLBioseq)
-        
-        os.remove( fileName )
-        
-        
-    def test_extractBioseqListFromFastaFile_empty_file( self ): 
-        fileName = "dummyFastaFile.fa"
-        
-        f = open(fileName,"w")
-        f.close()
-        
-        expLBioseq = []
-        
-        obsLBioseq = BioseqUtils.extractBioseqListFromFastaFile( fileName )
-        self.assertEquals(expLBioseq , obsLBioseq)
-        
-        os.remove( fileName )
-        
-        
-    def test_getSeqLengthWithSeqName ( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "ATGCGTGCGTAAATGCGTATGCGTATGCGTTCGCGAATGCGTGT"
-        
-        lBioseq = [bioseq1, bioseq2]
-        
-        obsLength = BioseqUtils.getSeqLengthWithSeqName(lBioseq, "header1 description")
-        expLength = 31
-        
-        self.assertEquals( expLength, obsLength)
-        
-        
-    def test_getSeqLengthWithSeqName_second_item ( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "ATGCGTGCGTAAATGCGTATGCGTATGCGTTCGCGAATGCGTGT"
-        
-        lBioseq = [bioseq1, bioseq2]
-        
-        obsLength = BioseqUtils.getSeqLengthWithSeqName(lBioseq, "header2")
-        expLength = 44
-        
-        self.assertEquals( expLength, obsLength)
-        
-        
-    def test_getSeqLengthWithSeqName_empty_list ( self ):
-        lBioseq = []
-        
-        obsLength = BioseqUtils.getSeqLengthWithSeqName(lBioseq, "header2")
-        expLength = 0
-        
-        self.assertEquals( expLength, obsLength)
-        
-        
-    def test_getSeqLengthWithSeqName_empty_sequence ( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = ""
-        
-        lBioseq = [bioseq1, bioseq2]
-        
-        obsLength = BioseqUtils.getSeqLengthWithSeqName(lBioseq, "header2")
-        expLength = 0
-        
-        self.assertEquals( expLength, obsLength)
-        
-        
-    def test_getSeqLengthWithSeqName_sequence_unknown ( self ):
-        bioseq1 = Bioseq()
-        bioseq1.header = "header1 description"
-        bioseq1.sequence = "CGF*LISL*SQ*FHVGVSWLRLINNIMRVEL"
-        
-        bioseq2 = Bioseq()
-        bioseq2.header = "header2"
-        bioseq2.sequence = "ATGCGTGCGTAAATGCGTATGCGTATGCGTTCGCGAATGCGTGT"
-        
-        lBioseq = [bioseq1, bioseq2]
-        
-        obsLength = BioseqUtils.getSeqLengthWithSeqName(lBioseq, "header3")
-        expLength = 0
-        
-        self.assertEquals( expLength, obsLength)
-        
-        
-    def test_getLengthPerSeqFromFile( self ):
-        inFile = "dummyInFile"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( ">seq1\nAGCGATGCAGCTA\n" )
-        inFileHandler.write( ">seq2\nGCGATGCGCATCGACGCGA\n" )
-        inFileHandler.close()
-        
-        dExp = { "seq1": 13, "seq2": 19 }
-        
-        dObs = BioseqUtils.getLengthPerSeqFromFile( inFile )
-        
-        self.assertEqual( dExp, dObs )
-        
-        os.remove( inFile )
-        
-        
-    def test_getBioseqListSortedByDecreasingLength( self ):
-        lBioseqs = [ Bioseq( "TE2", "ACC" ),
-                    Bioseq( "TE3", "TA" ),
-                    Bioseq( "TE1", "AGCG" ) ]
-        lExp = [ Bioseq( "TE1", "AGCG" ),
-                Bioseq( "TE2", "ACC" ),
-                Bioseq( "TE3", "TA" ) ]
-        lObs = BioseqUtils.getBioseqListSortedByDecreasingLength( lBioseqs )
-        self.assertEquals( lExp, lObs )
-        
-        
-    def test_getBioseqListSortedByDecreasingLengthWithoutGaps( self ):
-        lBioseqs = [ Bioseq( "TE2", "-ACC-" ),
-                    Bioseq( "TE3", "TA---" ),
-                    Bioseq( "TE1", "-AGCG" ) ]
-        lExp = [ Bioseq( "TE1", "-AGCG" ),
-                Bioseq( "TE2", "-ACC-" ),
-                Bioseq( "TE3", "TA---" ) ]
-        lObs = BioseqUtils.getBioseqListSortedByDecreasingLengthWithoutGaps( lBioseqs )
-        self.assertEquals( lExp, lObs )
-        
-        
-test_suite = unittest.TestSuite()
-test_suite.addTest( unittest.makeSuite( Test_BioseqUtils ) )
-if __name__ == "__main__":
-    unittest.TextTestRunner(verbosity=2).run( test_suite )
--- a/commons/core/seq/test/Test_FastaUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,1694 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-from commons.core.seq.FastaUtils import FastaUtils
-from commons.core.seq.test.Utils_for_T_FastaUtils import Utils_for_T_FastaUtils
-from commons.core.utils.FileUtils import FileUtils
-import glob
-import os
-import shutil
-import unittest
-
-
-class Test_FastaUtils( unittest.TestCase ):
-    
-        
-    def test_dbSize_for_empty_file(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(fileName)
-        
-        obsNb = FastaUtils.dbSize( fileName )
-        
-        expNb = 0
-        os.remove(fileName)
-        self.assertEquals(expNb, obsNb)
-        
-        
-    def test_dbSize_one_sequence(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence(fileName)
-        
-        obsNb = FastaUtils.dbSize( fileName )
-        
-        expNb = 1
-        os.remove(fileName)
-        self.assertEquals(expNb, obsNb)
-        
-        
-    def test_dbSize_four_sequences(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences(fileName)
-        
-        obsNb = FastaUtils.dbSize( fileName )
-        
-        expNb = 4
-        os.remove(fileName)
-        self.assertEquals(expNb, obsNb)
-        
-        
-    def test_dbChunks(self):
-        inFileName = "dummyBigSeqFastaFile.fa"
-        expChunksFileName = 'exp' + inFileName +'_chunks.fa'
-        expChunksMapFileName = 'exp' + inFileName +'_chunks.map'
-        expCutFileName = 'exp' + inFileName +'_cut'
-        expNStretchFileName = 'exp' + inFileName +'.Nstretch.map'
-        Utils_for_T_FastaUtils._createFastaFile_big_sequence(inFileName)
-        Utils_for_T_FastaUtils._createFastaFile_of_Chunks(expChunksFileName)
-        Utils_for_T_FastaUtils._createMapFile_of_Chunks(expChunksMapFileName)
-        Utils_for_T_FastaUtils._createFastaFile_of_cut(expCutFileName)
-        Utils_for_T_FastaUtils._createFastaFile_of_Nstretch(expNStretchFileName)
-        
-        FastaUtils.dbChunks(inFileName, '60', '10', '11', '', False, 0)
-        
-        obsChunksFileName = inFileName +'_chunks.fa'
-        obsChunksMapFileName = inFileName +'_chunks.map'
-        obsCutFileName = inFileName +'_cut'
-        obsNStretchFileName = inFileName +'.Nstretch.map'
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expChunksFileName, obsChunksFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expChunksMapFileName, obsChunksMapFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expCutFileName, obsCutFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expNStretchFileName, obsNStretchFileName))
-        
-        os.remove(inFileName)
-        os.remove(expChunksFileName)
-        os.remove(expChunksMapFileName)
-        os.remove(expCutFileName)
-        os.remove(expNStretchFileName)
-        os.remove(obsChunksFileName)
-        os.remove(obsChunksMapFileName)
-        os.remove(obsCutFileName)
-        os.remove(obsNStretchFileName)
-        
-        
-    def test_dbChunks_with_clean_and_prefix(self):
-        inFileName = "dummyBigSeqFastaFile.fa"
-        expChunksFileName = 'exp' + inFileName +'_chunks.fa'
-        expChunksMapFileName = 'exp' + inFileName +'_chunks.map'
-        Utils_for_T_FastaUtils._createFastaFile_big_sequence(inFileName)
-        Utils_for_T_FastaUtils._createFastaFile_of_Chunks(expChunksFileName)
-        Utils_for_T_FastaUtils._createMapFile_of_Chunks(expChunksMapFileName)
-
-        FastaUtils.dbChunks(inFileName, '60', '10', '11', 'outFile_chunks', True, 0)
-        
-        obsChunksFileName = "outFile_chunks.fa"
-        obsChunksMapFileName = "outFile_chunks.map"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expChunksFileName, obsChunksFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expChunksMapFileName, obsChunksMapFileName))
-        
-        os.remove(inFileName)
-        os.remove(expChunksFileName)
-        os.remove(expChunksMapFileName)
-        os.remove(obsChunksFileName)
-        os.remove(obsChunksMapFileName)
-        
-        
-    def test_dbCumLength_with_empty_file(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(inFileName)
-        
-        expCumulLength = 0
-        
-        inFileHandler = open(inFileName, "r")
-        obsCumulLength = FastaUtils.dbCumLength(inFileHandler)
-        inFileHandler.close()
-        os.remove(inFileName)
-        
-        self.assertEquals(expCumulLength, obsCumulLength)
-        
-    def test_dbCumLength_four_sequences(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences(inFileName)
-        
-        expCumulLength = 1168
-        
-        inFileHandler = open(inFileName, "r")
-        obsCumulLength = FastaUtils.dbCumLength(inFileHandler)
-        inFileHandler.close()
-        os.remove(inFileName)
-        
-        self.assertEquals(expCumulLength, obsCumulLength)
-        
-        
-    def test_dbLengths( self ):
-        inFileName = "dummyFastaFile.fa"
-        inF = open( inFileName, "w" )
-        inF.write(">seq1\nATGACGT\n")
-        inF.write(">seq2\nATGGCGAGACGT\n")
-        inF.close()
-        lExp = [ 7, 12 ]
-        lObs = FastaUtils.dbLengths( inFileName )
-        self.assertEquals( lExp, lObs )
-        os.remove( inFileName )
-        
-        
-    def test_dbHeaders_with_empty_file(self):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file( inFile )
-        lExp = []
-        lObs = FastaUtils.dbHeaders( inFile )
-        self.assertEquals( lExp, lObs )
-        os.remove( inFile )
-        
-        
-    def test_dbHeaders_with_one_sequence_without_header(self):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_sequence_without_header( inFile )
-        lExp = []
-        lObs = FastaUtils.dbHeaders( inFile )
-        self.assertEquals( lExp, lObs )
-        os.remove( inFile )
-        
-        
-    def test_dbHeaders_four_sequences(self):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences( inFile )
-        lExp = [ "seq 1", "seq 2", "seq 3", "seq 4" ]
-        lObs = FastaUtils.dbHeaders( inFile )
-        self.assertEquals( lExp, lObs )
-        os.remove( inFile )
-        
-        
-    def test_dbSplit_no_in_file( self ):
-        inFileName = "dummyFastaFile.fa"
-        isSysExitRaised = False
-        try:
-            FastaUtils.dbSplit( inFileName, 1, False )
-        except SystemExit:
-            isSysExitRaised = True
-        self.assertTrue( isSysExitRaised )
-        
-        
-    def test_dbSplit_emptyFile( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file( inFile )
-        FastaUtils.dbSplit( inFile, 10, False, 1 )
-        self.assertTrue( not os.path.exists( "batch_1.fa" ) )
-        os.remove( inFile )
-        
-        
-    def test_dbSplit_oneSequence_tenSequencesPerBatch( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence( inFile )
-        
-        expBatchFile = "dummyExpBatch_1.fa"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence( expBatchFile )
-        
-        FastaUtils.dbSplit( inFile, 10, False )
-        
-        obsBatchFile = "batch_1.fa"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expBatchFile, obsBatchFile ) )
-        
-        for f in [ inFile, expBatchFile, obsBatchFile ]:
-            os.remove( f )
-        
-        
-    def test_dbSplit_fourSequences_threeSequencesPerBatch( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences( inFile )
-        
-        expBatch1File = "dummyExpBatch_1.fa"
-        expBatch2File = "dummyExpBatch_2.fa"
-        Utils_for_T_FastaUtils._createBatch1_three_sequences( expBatch1File )
-        Utils_for_T_FastaUtils._createBatch2_one_sequence( expBatch2File )
-        
-        FastaUtils.dbSplit( inFile, 3, False )
-        
-        obsBatch1File = "batch_1.fa"
-        obsBatch2File = "batch_2.fa"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expBatch1File, obsBatch1File ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expBatch2File, obsBatch2File ) )
-        
-        for f in [ inFile, expBatch1File, expBatch2File, obsBatch1File, obsBatch2File ]:
-            os.remove( f )
-            
-            
-    def test_dbSplit_fourSequences_twoSequencesPerBatch_inBatchDirectory( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences( inFile )
-        
-        expBatch1File = "dummyExp_batch_1.fa"
-        expBatch2File = "dummyExp_batch_2.fa"
-        Utils_for_T_FastaUtils._createBatch1_two_sequences( expBatch1File )
-        Utils_for_T_FastaUtils._createBatch2_two_sequences( expBatch2File )
-        
-        FastaUtils.dbSplit( inFile, 2, True, 1 )
-        
-        obsBatch1File = "batches/batch_1.fa"
-        obsBatch2File = "batches/batch_2.fa"
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expBatch1File, obsBatch1File ) )
-        self.assertTrue( FileUtils.are2FilesIdentical( expBatch2File, obsBatch2File ) )
-        
-        for f in [ inFile, expBatch1File, expBatch2File, obsBatch1File, obsBatch2File ]:
-            os.remove( f )
-            
-            
-    def test_dbSplit_tenSequences_oneSequencePerBatch_inBatchDirectory( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_ten_sequences( inFile )
-        
-        FastaUtils.dbSplit( inFile, 1, True )
-        
-        nb = 1
-        for s in [ '01', '02', '03', '04', '05', '06', '07', '08', '09', '10' ]:
-            expBatchFile = "exp_batch_%s.fa" % ( s )
-            Utils_for_T_FastaUtils._createBatch_one_small_sequence( expBatchFile, "seq " + str(nb) )
-            nb += 1
-            obsBatchFile = "batches/batch_%s.fa" % ( s )
-            self.assertTrue( FileUtils.are2FilesIdentical( expBatchFile, obsBatchFile ) )
-            os.remove( expBatchFile )
-            os.remove( obsBatchFile )
-            
-        os.remove( inFile )
-        os.rmdir( "batches" )
-        
-        
-    def test_dbSplit_twoSequences_oneSequencePerBatch_useSeqHeader( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils.createFastaFile_twoSequences( inFile )
-        
-        lExpFileNames = [ "seq_1.fa", "seq_2.fa" ]
-        lExpFiles = [ "dummyExp_seq_1.fa", "dummyExp_seq_2.fa" ]
-        Utils_for_T_FastaUtils.createFastaFile_seq_1( lExpFiles[0] )
-        Utils_for_T_FastaUtils.createFastaFile_seq_2( lExpFiles[1] )
-        
-        FastaUtils.dbSplit( inFile, 1, False, True )
-        
-        lObsFiles = glob.glob( "seq*.fa" )
-        lObsFiles.sort()
-        for i in range( 0, len(lExpFileNames) ):
-            self.assertEqual( lExpFileNames[i], lObsFiles[i] )
-            self.assertTrue( FileUtils.are2FilesIdentical( lExpFiles[i], lObsFiles[i] ) )
-            
-        for f in [ inFile ] + lExpFiles + lObsFiles:
-            os.remove( f )
-            
-            
-    def test_dbSplit_twoSequences_otherPrefix( self ):
-        inFile = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils.createFastaFile_twoSequences( inFile )
-        
-        lExpFileNames = [ "query_1.fa", "query_2.fa" ]
-        lExpFiles = [ "dummyExp_seq_1.fa", "dummyExp_seq_2.fa" ]
-        Utils_for_T_FastaUtils.createFastaFile_seq_1( lExpFiles[0] )
-        Utils_for_T_FastaUtils.createFastaFile_seq_2( lExpFiles[1] )
-        
-        FastaUtils.dbSplit( inFile, 1, False, False, "query" )
-        
-        lObsFiles = glob.glob( "query_*.fa" )
-        lObsFiles.sort()
-        for i in range( 0, len(lExpFileNames) ):
-            self.assertEqual( lExpFileNames[i], lObsFiles[i] )
-            self.assertTrue( FileUtils.are2FilesIdentical( lExpFiles[i], lObsFiles[i] ) )
-            
-        for f in [ inFile ] + lExpFiles + lObsFiles:
-            os.remove( f )
-            
-            
-    def test_splitFastaFileInBatches(self):
-        inFileName = "dummyFastaFile.fa"
-        with open(inFileName, "w") as f:
-            f.write(">seq1\n")
-            f.write("ATCGCTAGCTAGCTCGATCTAGTCAGTCTGTTTGGATCGCTCTCTGCTCGGAAATCC\n")
-            f.write(">seq2\n")
-            f.write("ATCGCTAGCTAGCTCG\n")
-            f.write(">seq3\n")
-            f.write("GTTTGGATCGCT\n")
-            f.write(">seq6\n")
-            f.write("ATCGCTAGCTAGCTCGATCTAGTCAGTCTGTTTGGATCGCTCTCTGCTCGGAAATCCTCTGTTTGGATCGCTCTCTGCTCGGAAATCC\n")
-            f.write(">seq5\n")
-            f.write("TTGGATCGCTCTCTGCTCGGAAATCCCGTC\n")
-        expBatch1 = "expBatch_1.fa"
-        with open(expBatch1, "w") as f:
-            f.write(">seq6\n")
-            f.write("ATCGCTAGCTAGCTCGATCTAGTCAGTCTGTTTGGATCGCTCTCTGCTCGGAAATCCTCT\n")
-            f.write("GTTTGGATCGCTCTCTGCTCGGAAATCC\n")
-        expBatch2 = "expBatch_2.fa"
-        with open(expBatch2, "w") as f:
-            f.write(">seq1\n")
-            f.write("ATCGCTAGCTAGCTCGATCTAGTCAGTCTGTTTGGATCGCTCTCTGCTCGGAAATCC\n")
-        expBatch3 = "expBatch_3.fa"
-        with open(expBatch3, "w") as f:
-            f.write(">seq5\n")
-            f.write("TTGGATCGCTCTCTGCTCGGAAATCCCGTC\n")
-            f.write(">seq2\n")
-            f.write("ATCGCTAGCTAGCTCG\n")
-            f.write(">seq3\n")
-            f.write("GTTTGGATCGCT\n")
-        
-        FastaUtils.splitFastaFileInBatches(inFileName, 60)
-        
-        obsBatch1 = "batches/batch_1.fa"
-        obsBatch2 = "batches/batch_2.fa"
-        obsBatch3 = "batches/batch_3.fa"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expBatch1, obsBatch1))
-        self.assertTrue(FileUtils.are2FilesIdentical(expBatch2, obsBatch2))
-        self.assertTrue(FileUtils.are2FilesIdentical(expBatch3, obsBatch3))
-        
-        os.remove(inFileName)
-        os.remove(expBatch1)
-        os.remove(expBatch2)
-        os.remove(expBatch3)
-        shutil.rmtree("batches")
-            
-            
-    def test_splitFastaFileInBatches_one_seq(self):
-        inFileName = "dummyFastaFile.fa"
-        with open(inFileName, "w") as f:
-            f.write(">seq2\n")
-            f.write("ATCGCTAGCTAGCTCG\n")
-        expBatch1 = "expBatch_1.fa"
-        with open(expBatch1, "w") as f:
-            f.write(">seq2\n")
-            f.write("ATCGCTAGCTAGCTCG\n")
-        
-        FastaUtils.splitFastaFileInBatches(inFileName, 60)
-        
-        obsBatch1 = "batches/batch_1.fa"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expBatch1, obsBatch1))
-        
-        os.remove(inFileName)
-        os.remove(expBatch1)
-        shutil.rmtree("batches")
-        
-            
-    def test_splitSeqPerCluster_no_in_file(self):
-        inFileName = "dummyFastaFile.fa"
-        isSysExitRaised = False
-        try:
-            FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, False, "seqCluster")
-        except SystemExit:
-            isSysExitRaised = True
-        self.assertTrue(isSysExitRaised)        
-        
-        
-    def test_splitSeqPerCluster_in_file_empty(self):
-        inFileName = "dummyFastaFile.fa"
-        with open(inFileName, 'w'):
-            pass
-        
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, False, "seqCluster")
-        
-        self.assertEquals(glob.glob("seqCluster*.fa"), [])
-        
-        os.remove(inFileName)
-        
-        
-    def test_splitSeqPerCluster_four_sequences_without_dir(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header(inFileName)
-        
-        expFirstClusterFileName = "exp_seqCluster1.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_first_cluster_result(expFirstClusterFileName)
-        expSecondClusterFileName = "exp_seqCluster2.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_second_cluster_result(expSecondClusterFileName)
-        expThirdClusterFileName = "exp_seqCluster3.574.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_third_cluster_result(expThirdClusterFileName)
-        
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, False, "seqCluster")
-        obsFirstClusterFileName = "seqCluster1.fa"
-        obsSecondClusterFileName = "seqCluster2.fa"
-        obsThirdClusterFileName = "seqCluster3.574.fa"
-        
-        os.remove(inFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFirstClusterFileName, obsFirstClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expSecondClusterFileName, obsSecondClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expThirdClusterFileName, obsThirdClusterFileName))
-        
-        os.remove(expFirstClusterFileName)
-        os.remove(expSecondClusterFileName)
-        os.remove(expThirdClusterFileName)
-        os.remove(obsFirstClusterFileName)
-        os.remove(obsSecondClusterFileName)
-        os.remove(obsThirdClusterFileName)
-        
-        
-    def test_splitSeqPerCluster_four_sequences_without_dir_no_split(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header_in_same_cluster(inFileName)
-        
-        expClusterFileName = "exp_seqCluster.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header_in_same_cluster(expClusterFileName)
-        
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, False, "seqCluster")
-        obsClusterFileName = "seqCluster1.fa"
-        
-        os.remove(inFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expClusterFileName, obsClusterFileName))
-        
-        os.remove(expClusterFileName)
-        os.remove(obsClusterFileName)
-        
-        
-    def test_splitSeqPerCluster_four_sequences_without_dir_shuffle(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header_shuffle(inFileName)
-        
-        expFirstClusterFileName = "exp_seqCluster1.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_first_cluster_result(expFirstClusterFileName)
-        expSecondClusterFileName = "exp_seqCluster2.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_second_cluster_result(expSecondClusterFileName)
-        expThirdClusterFileName = "exp_seqCluster3.574.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_third_cluster_result(expThirdClusterFileName)
-        
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, False, "seqCluster")
-        obsFirstClusterFileName = "seqCluster1.fa"
-        obsSecondClusterFileName = "seqCluster2.fa"
-        obsThirdClusterFileName = "seqCluster3.574.fa"
-        
-        os.remove(inFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFirstClusterFileName, obsFirstClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expSecondClusterFileName, obsSecondClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expThirdClusterFileName, obsThirdClusterFileName))
-        
-        os.remove(expFirstClusterFileName)
-        os.remove(expSecondClusterFileName)
-        os.remove(expThirdClusterFileName)
-        os.remove(obsFirstClusterFileName)
-        os.remove(obsSecondClusterFileName)
-        os.remove(obsThirdClusterFileName)
-        
-        
-    def test_splitSeqPerCluster_four_sequences_simplify_header(self):
-        inFileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header(inFileName)
-        
-        expFirstClusterFileName = "exp_seqCluster1.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_first_cluster_result_with_simplify_header(expFirstClusterFileName)
-        expSecondClusterFileName = "exp_seqCluster2.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_second_cluster_result_with_simplify_header(expSecondClusterFileName)
-        expThirdClusterFileName = "exp_seqCluster3.574.fa"
-        Utils_for_T_FastaUtils._createFastaFile_of_third_cluster_result_with_simplify_header(expThirdClusterFileName)
-        
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", True, False, "seqCluster")
-        obsFirstClusterFileName = "seqCluster1.fa"
-        obsSecondClusterFileName = "seqCluster2.fa"
-        obsThirdClusterFileName = "seqCluster3.574.fa"
-        
-        os.remove(inFileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFirstClusterFileName, obsFirstClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expSecondClusterFileName, obsSecondClusterFileName))
-        self.assertTrue(FileUtils.are2FilesIdentical(expThirdClusterFileName, obsThirdClusterFileName))
-        
-        os.remove(expFirstClusterFileName)
-        os.remove(expSecondClusterFileName)
-        os.remove(expThirdClusterFileName)
-        os.remove(obsFirstClusterFileName)
-        os.remove(obsSecondClusterFileName)
-        os.remove(obsThirdClusterFileName)
-        
-        
-    def test_splitSeqPerCluster_four_sequences_with_dir(self):
-        inFileName = "dummyFastaFile.fa" 
-        Utils_for_T_FastaUtils._createFastaFile_of_four_sequences_with_specific_header(inFileName)
-        FastaUtils.splitSeqPerCluster( inFileName, "Piler", False, True, "seqCluster")
-        os.remove(inFileName)
-        
-        for i in ['1', '2', '3.574']:
-            expClusterFileName = "exp_cluster" + i + ".fa"
-            if i == '1':
-                Utils_for_T_FastaUtils._createFastaFile_of_first_cluster_result(expClusterFileName)
-            if i == '2':
-                Utils_for_T_FastaUtils._createFastaFile_of_second_cluster_result(expClusterFileName)
-            if i == '3.574':
-                Utils_for_T_FastaUtils._createFastaFile_of_third_cluster_result(expClusterFileName)
-               
-            obsClusterFileName= inFileName + "_cluster_" + i + "/seqCluster" + i + ".fa"
-            self.assertTrue(FileUtils.are2FilesIdentical(expClusterFileName, obsClusterFileName))
-            os.remove(expClusterFileName)
-            os.remove(obsClusterFileName)
-            os.rmdir( inFileName + "_cluster_" + i )
-            
-            
-    def test_dbLengthFilter_with_one_sequence(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence(fileName)
-        
-        expFileNameInf = "exp_dummyFastaFile.fa.Inf12"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(expFileNameInf)
-        expFileNameSup = "exp_dummyFastaFile.fa.Sup12"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence(expFileNameSup)
-        
-        FastaUtils.dbLengthFilter(12, fileName, verbose=0)
-        
-        obsFileNameInf = "dummyFastaFile.fa.Inf12"
-        obsFileNameSup = "dummyFastaFile.fa.Sup12"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileNameInf, obsFileNameInf))
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileNameSup, obsFileNameSup))
-        
-        os.remove(fileName)
-        os.remove(expFileNameInf)
-        os.remove(expFileNameSup)
-        os.remove(obsFileNameInf)
-        os.remove(obsFileNameSup)
-        
-    def test_dbLengthFilter_with_four_sequence(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences(fileName)
-        
-        expFileNameInf = "exp_dummyFastaFile.fa.Inf130"
-        Utils_for_T_FastaUtils._createFastaFile_one_sequence(expFileNameInf)
-        expFileNameSup = "exp_dummyFastaFile.fa.Sup130"
-        Utils_for_T_FastaUtils._createResult_of_dbLengthFilter_sup(expFileNameSup) 
-        
-        FastaUtils.dbLengthFilter(130, fileName, verbose=0)
-        
-        obsFileNameInf = "dummyFastaFile.fa.Inf130"
-        obsFileNameSup = "dummyFastaFile.fa.Sup130"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileNameInf, obsFileNameInf))
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileNameSup, obsFileNameSup)) 
-        
-        os.remove(fileName)
-        os.remove(expFileNameInf)
-        os.remove(expFileNameSup)
-        os.remove(obsFileNameInf)
-        os.remove(obsFileNameSup)
-        
-    def test_dbLongestSequences_with_empty_file(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(fileName)
-      
-        expResult = 0
-        
-        obsResult = FastaUtils.dbLongestSequences( 1, fileName )
-        
-        self.assertEquals(expResult, obsResult)
-        
-        os.remove(fileName)
-        
-    def test_dbLongestSequences_with_one_longest_sequence(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_four_sequences(fileName)
-      
-        expFileName = "exp_dummyFastaFile.fa.best1"
-        f = open(expFileName, 'w')
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-        FastaUtils.dbLongestSequences( 1, fileName, outFileName="", verbose=0, minThresh=0 )
-        
-        obsFileName = "dummyFastaFile.fa.best1"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbLongestSequences_with_two_longest_sequence(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        expFileName = "exp_dummyFastaFile.fa.best1"
-        f = open(expFileName, 'w')
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()   
-
-        FastaUtils.dbLongestSequences( 2, fileName, outFileName="", verbose=0, minThresh=0 )
-        obsFileName = "dummyFastaFile.fa.best2"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractSeqHeaders(self):  
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write("seq 1\n")
-        f.write("seq 2\n")
-        f.write("seq 4\n")
-        f.close()   
-        
-        FastaUtils.dbExtractSeqHeaders(fileName)  
-        obsFileName = "dummyFastaFile.fa.headers"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractSeqHeaders_with_empty_file(self):  
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write("")
-        f.close()   
-        
-        FastaUtils.dbExtractSeqHeaders(fileName)  
-        obsFileName = "dummyFastaFile.fa.headers"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractSeqHeaders_without_header(self):  
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_sequence_without_header(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write("")
-        f.close()   
-        
-        FastaUtils.dbExtractSeqHeaders(fileName)  
-        obsFileName = "dummyFastaFile.fa.headers"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractByPattern_without_pattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        
-        obsResult = FastaUtils.dbExtractByPattern( "", fileName)
-        
-        expResult = None
-        
-        self.assertEquals(expResult, obsResult)
-        
-        os.remove(fileName)
-
-    def test_dbExtractByPattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(expFileName)
-        
-        FastaUtils.dbExtractByPattern( 'seq', fileName)
-        
-        obsFileName = "dummyFastaFile.fa.extracted"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractByPattern_with_2_as_pattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()   
-        
-        FastaUtils.dbExtractByPattern( ' 2', fileName)
-        
-        obsFileName = "dummyFastaFile.fa.extracted"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbExtractByPattern_with_sandie_as_pattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        expFileName = "exp_dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_for_empty_file(expFileName)
-        
-        FastaUtils.dbExtractByPattern( 'sandie', fileName)
-        
-        obsFileName = "dummyFastaFile.fa.extracted"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-    
-    def test_dbExtractByFilePattern_empty_pattern_filename(self):
-        patternFileName = ""
-        isSysExitRaised = False
-        try:
-            FastaUtils.dbExtractByFilePattern(patternFileName , None, "")
-        except SystemExit:
-            isSysExitRaised = True
-        self.assertTrue(isSysExitRaised)        
-        
-    def test_dbExtractByFilePattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils. _createFastaFile_ten_sequences(fileName)
-        patternFileName = "dummyPatternFile.txt"
-        Utils_for_T_FastaUtils._createPatternFile(patternFileName)
-        
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 8\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 10\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-        obsFileName = "dummyFastaFile.fa.extracted"
-        
-        FastaUtils.dbExtractByFilePattern( patternFileName, fileName, "")
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(patternFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbCleanByPattern_without_pattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils._createFastaFile_three_sequences(fileName)
-        
-        obsResult = FastaUtils.dbCleanByPattern( "", fileName)
-        
-        expResult = None
-        
-        self.assertEquals(expResult, obsResult)
-        
-        os.remove(fileName)
-        
-    def test_dbCleanByPattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils. _createFastaFile_ten_sequences(fileName)
-        
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 5\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 6\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 7\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 8\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 9\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 10\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-        obsFileName = "dummyFastaFile.fa.cleaned"
-        FastaUtils.dbCleanByPattern( '2', fileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbCleanByPattern_with_expectedFile_empty(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils. _createFastaFile_ten_sequences(fileName)
-        
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write("")
-        f.close()
-        
-        obsFileName = "dummyFastaFile.fa.cleaned"
-        FastaUtils.dbCleanByPattern( 'seq', fileName)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-    
-    def test_dbCleanByFilePattern_empty_pattern_filename(self):
-        patternFileName = ""
-        isSysExitRaised = False
-        try:
-            FastaUtils.dbCleanByFilePattern(patternFileName , None, "")
-        except SystemExit:
-            isSysExitRaised = True
-        self.assertTrue(isSysExitRaised)       
-        
-    def test_dbCleanByFilePattern(self):
-        fileName = "dummyFastaFile.fa"
-        Utils_for_T_FastaUtils. _createFastaFile_ten_sequences(fileName)
-        patternFileName = "dummyPatternFile.txt"
-        Utils_for_T_FastaUtils._createPatternFile(patternFileName)
-        
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 5\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 6\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 7\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 9\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-        obsFileName = "dummyFastaFile.fa.cleaned"
-        
-        FastaUtils.dbCleanByFilePattern( patternFileName, fileName, "")
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        
-        os.remove(fileName)
-        os.remove(patternFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_dbORF_without_ORF(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">dummy\n")
-            f.write("GGGTTGGGTTGGGTTGGGTTGGGTTGGGTTGGGTTGGGTTGGGTTGGGTT\n")
-    
-        expFileName = "exp.ORF.map"
-        with open(expFileName, "w") as f:
-            f.write("")
-        obsFileName = "%s.ORF.map" % fileName
-        
-        FastaUtils.dbORF(fileName, 0, 0)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(fileName)
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_dbORF_with_one_ORF(self):
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName, 'w')
-        f.write(">seq1\n")
-        f.write("GAAAATATGGGGTAGATAAGGGATCTGGGTTAATTTTTT\n")
-        f.close()
-    
-        expFileName = "exp_dummyORFFile.ORF.map"
-        f = open(expFileName, 'w')
-        f.write("ORF|1|17\tseq1\t16\t33\n")
-        f.close()
-        
-        FastaUtils.dbORF(fileName, 0, 0)
-        obsFileName = fileName + ".ORF.map"
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(fileName)
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_dbORF_with_real_ORF(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">DmelChr4_Blaster_Recon_13_Map_4\n")
-            f.write("AAGTTGGACATTGAGGGCTTTCTTCGCCGTGTTTCGTTCTTTTCGACAAACAGCAGTGCT\n")
-            f.write("TTGCGGATCATTTTGTTTGAACAACCGACAATGCGACCAATTTCAGCGTAGGTTTTACCT\n")
-            f.write("TCAGAGATCACGTTTTTAATCAAATTTCTTTTTTCGACGGTACAATGCTTTCCGCGACCC\n")
-            f.write("ATGACTAGAGAATTTTTGGTCTTCGTTTGGAAAAAATTCAATTAAAACCTTTAATACAAC\n")
-            f.write("TCCTTTTTTCAAAATTTTTCGAAAAAAACCCAAAGCAATCACTCCTATTAATTTTATTCA\n")
-            f.write("GCAAATACGTGTTCAGTGCTATTTTTGTTACCGCCTCATTTCGCGCACTTTTGCAGCAAG\n")
-            f.write("TGCCCAAAAACAAAAAGAACCGTTACATTGAGAGACTAAAAATTTCTTGCTCAGAGAGCC\n")
-            f.write("AACATATGGTACTTATTATTCATGCAATCTGACTTAAAAAAATATAAACATTTAATAATT\n")
-            f.write("TTTTTTAGGAAATCAACTTTCCACCTGCAGTAGTGCTATTATTTTAACCGCAGCTGTATA\n")
-            f.write(">DmelChr4_Blaster_Piler_3.5_Map_7\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGGTTAGGGTTAGGGTTAGGGTTAGGGT\n")
-            f.write("TAGGGCTAGGGTTAGGGGTTAGGGTTAGGGTTAGGCTTAGGGTTAGGGTTAGGGTTAGGG\n")
-            f.write("TTAGGGTTAGGGTTAGGGTTAGGAGTTAGGGTGTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGCTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write(">DmelChr4_Blaster_Grouper_10_Map_13\n")
-            f.write("GCAAAGACACTAGAATAACAAGATGCGTAACGGCCATACATTGGTTTGGCACTATGCAGC\n")
-            f.write("CACTTTTTTGGTGACGGCCAAAATTACTCTCTTTCCGCTCACTCCCGCTGAGAGCGTAAG\n")
-            f.write("AAATCTAAAAATATAATTTGCTTGCTTGTGTGAGTAAAAACAAGAGACGAGAACGCGTAT\n")
-            f.write("AAGTGTGCGTGTTGTGCTAGAAGACGATTTTCGGGACCGAAATCAATTCTGATCGAAGAA\n")
-            f.write("ACGAATTTACATGGTACATATTAGGGTAGTTTTTGCCAATTTCCTAGCAATATGATAAAA\n")
-            f.write("TAAAAAAATTTTTAAAAATTCGCGCCCTGACTATTATAATTTTAAAGCTTTTTAAAATTT\n")
-            f.write("GTTTGTTAAAATCGCCGCTCGAATTAGCTACCGTTTACACATTTATATTTATGTTTAATT\n")
-            f.write("CTAATTTGTCTCTCATCTGACAATTTTTTAAGAAAGCGAAATATTTTTTTTTTGAAACAC\n")
-            f.write("TTTTAATGTTAATGTTACATCATATTAAGTCAAATGATTTAATAAATATACTAAATAATT\n")
-            f.write("AAATATGATAACTGTTTATTGCAAAAGTAATATCAAAGACACTAGAATTATTCTAGTGTC\n")
-            f.write("TTTGCTTTGTTCATATCTTGAGGCACGAAGTGCGGACACAAGCACTCAACAATCATTGCC\n")
-            f.write("TTATTAATTTTTCACACGCCGCAAGATGAATACTCTAATGACAAATATTCTTATATAAAG\n")
-            f.write("TCATTTTTGAAATTTATTTTTGTGATAATATGTACATAGATTTGGCTATTTCTAATCTAT\n")
-            f.write("TTTCAAATAATAATAACGTTAAGGCAATGCAAAACAAGAATTTTTTTAGTCGCATGGTGC\n")
-            f.write("CAATTGATCAAAAATAATATAGATTTAAAGTCTAAGAACTTCTAAGGTGAAGGGCATATT\n")
-            f.write("TTGTCAAATTTACAATGCATGAGCGAGCATACGTGTGCACACATACAGTTGTCTGCTATC\n")
-            f.write("ACTTTGTGCGTTGAAAA\n")
-    
-        expFileName = "exp.ORF.map"
-        with open(expFileName, "w") as f:
-            f.write("ORF|3|263\tDmelChr4_Blaster_Recon_13_Map_4\t189\t452\n")
-            f.write("ORF|2|206\tDmelChr4_Blaster_Recon_13_Map_4\t185\t391\n")
-            f.write("ORF|-3|164\tDmelChr4_Blaster_Recon_13_Map_4\t382\t218\n")
-            f.write("ORF|-1|161\tDmelChr4_Blaster_Recon_13_Map_4\t297\t136\n")
-            f.write("ORF|1|113\tDmelChr4_Blaster_Recon_13_Map_4\t400\t513\n")
-            f.write("ORF|1|113\tDmelChr4_Blaster_Recon_13_Map_4\t112\t225\n")
-            f.write("ORF|3|107\tDmelChr4_Blaster_Recon_13_Map_4\t81\t188\n")
-            f.write("ORF|1|107\tDmelChr4_Blaster_Recon_13_Map_4\t292\t399\n")
-            f.write("ORF|-1|104\tDmelChr4_Blaster_Recon_13_Map_4\t432\t328\n")
-            f.write("ORF|-2|104\tDmelChr4_Blaster_Recon_13_Map_4\t515\t411\n")
-            f.write("ORF|3|116\tDmelChr4_Blaster_Piler_3.5_Map_7\t393\t509\n")
-            f.write("ORF|-3|116\tDmelChr4_Blaster_Piler_3.5_Map_7\t505\t389\n")
-            f.write("ORF|-2|86\tDmelChr4_Blaster_Piler_3.5_Map_7\t518\t432\n")
-            f.write("ORF|1|80\tDmelChr4_Blaster_Piler_3.5_Map_7\t436\t516\n")
-            f.write("ORF|-3|170\tDmelChr4_Blaster_Grouper_10_Map_13\t222\t52\n")
-            f.write("ORF|-1|161\tDmelChr4_Blaster_Grouper_10_Map_13\t260\t99\n")
-            f.write("ORF|3|155\tDmelChr4_Blaster_Grouper_10_Map_13\t702\t857\n")
-            f.write("ORF|3|152\tDmelChr4_Blaster_Grouper_10_Map_13\t288\t440\n")
-            f.write("ORF|1|137\tDmelChr4_Blaster_Grouper_10_Map_13\t622\t759\n")
-            f.write("ORF|2|128\tDmelChr4_Blaster_Grouper_10_Map_13\t539\t667\n")
-            f.write("ORF|1|125\tDmelChr4_Blaster_Grouper_10_Map_13\t760\t885\n")
-            f.write("ORF|2|122\tDmelChr4_Blaster_Grouper_10_Map_13\t14\t136\n")
-            f.write("ORF|-2|113\tDmelChr4_Blaster_Grouper_10_Map_13\t847\t734\n")
-            f.write("ORF|1|110\tDmelChr4_Blaster_Grouper_10_Map_13\t154\t264\n")
-        obsFileName = "%s.ORF.map" % fileName
-        
-        FastaUtils.dbORF(fileName, 10, 30)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(fileName)
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        
-    def test_sortSequencesByIncreasingLength(self):
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName, 'w')
-        f.write(">seq1_length_60\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq2_length_120\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq3_length_32\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.close()
-        
-        expFileName = "exp_dummyFastaFile.fa"
-        f = open(expFileName, 'w')
-        f.write(">seq3_length_32\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.write(">seq1_length_60\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq2_length_120\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        
-        f.close()
-        
-        obsFileName = "obs_dummyFastaFile.fa"
-        
-        FastaUtils.sortSequencesByIncreasingLength(fileName, obsFileName, 0)
-
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_sortSequencesByIncreasingLength_in_file_do_not_exists(self):
-        fileName = "dummyFile.fa"
-        isSysExitRaised = False
-        try:
-            FastaUtils.sortSequencesByIncreasingLength(fileName, "", 0)
-        except SystemExit:
-            isSysExitRaised = True
-        
-        self.assertTrue(isSysExitRaised)
-
-    def test_sortSequencesByHeader(self):
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName, "w")
-        f.write(">seq1::test-test\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.write(">seq2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        expFileName = "expFastaFile.fa"
-        f = open(expFileName, "w")
-        f.write(">seq1::test-test\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.close()
-        
-        obsFileName = "obsFastaFile.fa"
-        FastaUtils.sortSequencesByHeader(fileName, obsFileName)
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(expFileName)
-        os.remove(obsFileName)
-
-    def test_sortSequencesByHeader_no_outFileName(self):
-        fileName = "dummyFastaFile.fa"
-        f = open(fileName, "w")
-        f.write(">seq12\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.write(">seq2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        expFileName = "expFastaFile.fa"
-        f = open(expFileName, "w")
-        f.write(">seq1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATAT\n")
-        f.write(">seq12\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-        obsFileName = "dummyFastaFile_sortByHeaders.fa"
-        FastaUtils.sortSequencesByHeader(fileName)
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-    
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_getLengthPerHeader( self ):
-        inFile = "dummyFile.fa"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write(">seq1\nAGCGATGCGT\n")
-        inFileHandler.write(">seq2\nAGCGATG\n")
-        inFileHandler.write(">seq3\nAGCGATGGTGCGTGC\n")
-        inFileHandler.write("AGCGATGGTGCGTGC\n")
-        inFileHandler.close()
-        
-        dExp = { "seq1": 10, "seq2": 7, "seq3": 30 }
-        
-        dObs = FastaUtils.getLengthPerHeader( inFile, 0 )
-        
-        self.assertEquals( dExp, dObs )
-        
-        os.remove( inFile )
-
-    def test_convertFastaHeadersFromChkToChr_grouper(self):
-        inFile = "dummyFastaFile.fa"
-        with open(inFile, "w") as f:
-            f.write(">MbQ1Gr1Cl0 chunk6 {Fragment} 95523..96053\n")
-            f.write("AGCGTGCA\n")
-            f.write(">MbQ77Gr8Cl0 chunk7 {Fragment} 123657..122568,121935..121446\n")
-            f.write("AGCATGC\n")
-            f.write(">MbS78Gr8Cl0 chunk7 {Fragment} 140078..139519,139470..138985,138651..138183\n")
-            f.write("CGTGCG\n")
-            f.write(">MbQ79Gr8Cl0 chunk7 {Fragment} 48021..48587,48669..49153,57346..57834\n")
-            f.write("AGCGTGC\n")
-        mapFile = "dummyMapFile.map"
-        with open(mapFile, "w") as f:
-            f.write("chunk5\tdmel_chr4\t760001\t960000\n")
-            f.write("chunk6\tdmel_chr4\t950001\t1150000\n")
-            f.write("chunk7\tdmel_chr4\t1140001\t1281640\n")
-        expFile = "expFile.fa"
-        with open(expFile, "w") as f:
-            f.write(">MbQ1Gr1Cl0 dmel_chr4 {Fragment} 1045523..1046053\n")
-            f.write("AGCGTGCA\n")
-            f.write(">MbQ77Gr8Cl0 dmel_chr4 {Fragment} 1263657..1262568,1261935..1261446\n")
-            f.write("AGCATGC\n")
-            f.write(">MbS78Gr8Cl0 dmel_chr4 {Fragment} 1280078..1279519,1279470..1278985,1278651..1278183\n")
-            f.write("CGTGCG\n")
-            f.write(">MbQ79Gr8Cl0 dmel_chr4 {Fragment} 1188021..1188587,1188669..1189153,1197346..1197834\n")
-            f.write("AGCGTGC\n")
-        obsFile = "obsFile.fa"
-
-        FastaUtils.convertFastaHeadersFromChkToChr(inFile, mapFile, obsFile)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFile, obsFile))
-        
-        for file in [inFile, mapFile, expFile, obsFile]:
-            os.remove(file)
-        
-    def test_convertFastaHeadersFromChkToChr_blastclust(self):
-        inFile = "dummyFastaFile.fa"
-        with open(inFile, "w") as f:
-            f.write(">BlastclustCluster12Mb63_chunk1 (dbseq-nr 0) [1,10]\n")
-            f.write("AGCGTGCA\n")
-            f.write(">BlastclustCluster12Mb53_chunk2 (dbseq-nr 2) [1,10]\n")
-            f.write("AGCATGC\n")
-            f.write(">BlastclustCluster12Mb26_chunk2 (dbseq-nr 2) [12,18]\n")
-            f.write("CGTGCG\n")
-            f.write(">BlastclustCluster12Mb35_chunk3 (dbseq-nr 0) [10,1]\n")
-            f.write("AGCGTGC\n")
-        mapFile = "dummyMapFile.map"
-        with open(mapFile, "w") as f:
-            f.write("chunk1\tchromosome1\t1\t20\n")
-            f.write("chunk2\tchromosome1\t16\t35\n")
-            f.write("chunk3\tchromosome2\t1\t20\n")
-        expFile = "expFile.fa"
-        with open(expFile, "w") as f:
-            f.write(">BlastclustCluster12Mb63 chromosome1 (dbseq-nr 0) 1..10\n")
-            f.write("AGCGTGCA\n")
-            f.write(">BlastclustCluster12Mb53 chromosome1 (dbseq-nr 2) 16..25\n")
-            f.write("AGCATGC\n")
-            f.write(">BlastclustCluster12Mb26 chromosome1 (dbseq-nr 2) 27..33\n")
-            f.write("CGTGCG\n")
-            f.write(">BlastclustCluster12Mb35 chromosome2 (dbseq-nr 0) 10..1\n")
-            f.write("AGCGTGC\n")
-        obsFile = "obsFile.fa"
-
-        FastaUtils.convertFastaHeadersFromChkToChr(inFile, mapFile, obsFile)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFile, obsFile))
-        
-        for file in [inFile, mapFile, expFile, obsFile]:
-            os.remove(file)
-            
-    def test_convertFastaToLength( self ):
-        inFile = "dummyFastaFile.fa"
-        inFileHandler = open(inFile, "w")
-        inFileHandler.write(">ReconCluster12Mb63 chunk1 {Fragment} 1..10\n")
-        inFileHandler.write("AGCGTGCA\n")
-        inFileHandler.write(">ReconCluster12Mb53 chunk2 {Fragment} 1..10\n")
-        inFileHandler.write("AGCATGCAA\n")
-        inFileHandler.write(">ReconCluster12Mb26 chunk2 {Fragment} 12..18\n")
-        inFileHandler.write("CGTGCGAAAA\n")
-        inFileHandler.write(">ReconCluster12Mb35 chunk3 {Fragment} 10..1\n")
-        inFileHandler.write("AGCGTG\n")
-        inFileHandler.close()
-
-        expFile = "expFile.length"
-        expFileHandler = open(expFile, "w")
-        expFileHandler.write("ReconCluster12Mb63\t8\n")
-        expFileHandler.write("ReconCluster12Mb53\t9\n")
-        expFileHandler.write("ReconCluster12Mb26\t10\n")
-        expFileHandler.write("ReconCluster12Mb35\t6\n")
-        expFileHandler.close()
-        
-        obsFile = "obsFile.length"
-        
-        FastaUtils.convertFastaToLength(inFile, obsFile)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFile, obsFile))
-        
-        for f in [inFile, expFile, obsFile]:
-            os.remove(f)
-            
-    def test_convertFastaToSeq( self ):
-        inFile = "dummyFastaFile.fa"
-        inFileHandler = open(inFile, "w")
-        inFileHandler.write(">ReconCluster12Mb63 chunk1 {Fragment} 1..10\n")
-        inFileHandler.write("AGCGTGCA\n")
-        inFileHandler.write(">ReconCluster12Mb53 chunk2 {Fragment} 1..10\n")
-        inFileHandler.write("AGCATGCAA\n")
-        inFileHandler.write(">ReconCluster12Mb26 chunk2 {Fragment} 12..18\n")
-        inFileHandler.write("CGTGCGAAAA\n")
-        inFileHandler.write(">ReconCluster12Mb35 chunk3 {Fragment} 10..1\n")
-        inFileHandler.write("AGCGTG\n")
-        inFileHandler.close()
-
-        expFile = "expFile.seq"
-        expFileHandler = open(expFile, "w")
-        expFileHandler.write("ReconCluster12Mb63\tAGCGTGCA\tReconCluster12Mb63 chunk1 {Fragment} 1..10\t8\n")
-        expFileHandler.write("ReconCluster12Mb53\tAGCATGCAA\tReconCluster12Mb53 chunk2 {Fragment} 1..10\t9\n")
-        expFileHandler.write("ReconCluster12Mb26\tCGTGCGAAAA\tReconCluster12Mb26 chunk2 {Fragment} 12..18\t10\n")
-        expFileHandler.write("ReconCluster12Mb35\tAGCGTG\tReconCluster12Mb35 chunk3 {Fragment} 10..1\t6\n")
-        expFileHandler.close()
-        
-        obsFile = "obsFile.seq"
-        
-        FastaUtils.convertFastaToSeq(inFile, obsFile)
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFile, obsFile))
-        
-        for f in [inFile, expFile, obsFile]:
-            os.remove(f)
-            
-    def test_spliceFromCoords( self ):
-        coordFile = "dummyCoordFile"
-        coordFileHandler = open( coordFile, "w" )
-        coordFileHandler.write("TE1\tchr1\t2\t5\n")
-        coordFileHandler.write("TE2\tchr1\t15\t11\n")
-        coordFileHandler.write("TE3\tchr2\t1\t3\n")
-        coordFileHandler.write("TE1\tchr2\t8\t10\n")
-        coordFileHandler.write("TE4\tchr3\t3\t1\n")
-        coordFileHandler.write("TE4\tchr3\t6\t4\n")
-        coordFileHandler.close()
-        
-        genomeFile = "dummyGenomeFile"
-        genomeFileHandler = open( genomeFile, "w" )
-        genomeFileHandler.write(">chr1\n")
-        genomeFileHandler.write("AGGGGAAAAACCCCCAAAAA\n")
-        genomeFileHandler.write(">chr2\n")
-        genomeFileHandler.write("GGGAAAAGGG\n")
-        genomeFileHandler.write(">chr3\n")
-        genomeFileHandler.write("GGGGGGTTTT\n")
-        genomeFileHandler.close()
-        
-        expFile = "dummyExpFile"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write(">chr1\n")
-        expFileHandler.write("AAAAAAAAAAA\n")
-        expFileHandler.write(">chr2\n")
-        expFileHandler.write("AAAA\n")
-        expFileHandler.write(">chr3\n")
-        expFileHandler.write("TTTT\n")
-        expFileHandler.close()
-        
-        obsFile = "dummyObsFile"
-        
-        FastaUtils.spliceFromCoords( genomeFile,
-                                     coordFile,
-                                     obsFile )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, obsFile ) )
-        for f in [ coordFile, genomeFile, expFile, obsFile ]:
-            os.remove( f )
-            
-    def test_dbShuffle_inputFile( self ):
-        inFile = "dummyInFile.fa"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write(">seq1\n")
-        inFileHandler.write("AGCGATCGACAGCGCATCGCGCATCGCATCGCTACGCATAC\n")
-        inFileHandler.close()
-        
-        obsFile = "dummyObsFile.fa"
-        FastaUtils.dbShuffle( inFile, obsFile, 1 )
-        
-        self.assertTrue( FastaUtils.dbSize( obsFile ) == 1 )
-        
-        for f in [ inFile, obsFile ]:
-            os.remove( f )
-            
-    def test_dbShuffle_inputDir( self ):
-        inDir = "dummyInDir"
-        if os.path.exists( inDir ):
-            shutil.rmtree( inDir )
-        os.mkdir( inDir )
-        inFile = "%s/dummyInFile.fa" % inDir
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write(">seq1\n")
-        inFileHandler.write("AGCGATCGACAGCGCATCGCGCATCGCATCGCTACGCATAC\n")
-        inFileHandler.close()
-        
-        obsDir = "dummyObsDir"
-        FastaUtils.dbShuffle( inDir, obsDir, 1 )
-        
-        obsFile = "dummyInFile_shuffle.fa"
-        self.assertTrue( len( glob.glob("%s/%s" % (obsDir,obsFile)) ) == 1 )
-        
-        for d in [ inDir, obsDir ]:
-            shutil.rmtree( d )
-            
-    def test_convertClusterFileToFastaFile(self):
-        inClusterFileName = "in.tab"
-        with open(inClusterFileName, "w") as f:
-            f.write("DTX-incomp_DmelChr4-B-R10-Map3_reversed\tDTX-incomp_DmelChr4-B-R9-Map3_reversed\tDTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("PotentialHostGene-chim_DmelChr4-B-R5-Map5\tPotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-            f.write("RLX-incomp_DmelChr4-B-G220-Map3\n")
-        inFastaFileName = "in.fa"
-        with open(inFastaFileName, "w") as f:
-            f.write(">DTX-incomp_DmelChr4-B-R10-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">DTX-incomp_DmelChr4-B-R9-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">RLX-incomp_DmelChr4-B-G220-Map3\n")
-            f.write("ATCGCC\n")
-            f.write(">PotentialHostGene-chim_DmelChr4-B-R5-Map5\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">PotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">DTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("ATCGCATCGATCGATC\n")
-        expFileName = "exp.fa"
-        with open(expFileName, "w") as f:
-            f.write(">BlastclustCluster1Mb1_DTX-incomp_DmelChr4-B-R10-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster1Mb2_DTX-incomp_DmelChr4-B-R9-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster3Mb1_RLX-incomp_DmelChr4-B-G220-Map3\n")
-            f.write("ATCGCC\n")
-            f.write(">BlastclustCluster2Mb1_PotentialHostGene-chim_DmelChr4-B-R5-Map5\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster2Mb2_PotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster1Mb3_DTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("ATCGCATCGATCGATC\n")
-        obsFileName = "obs.fa"
-        
-        FastaUtils.convertClusterFileToFastaFile(inClusterFileName, inFastaFileName, obsFileName, "Blastclust")
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        os.remove(inClusterFileName)
-        os.remove(inFastaFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-
-    
-    def test_convertClusterFileToFastaFile_withoutUnclusterizedSequences(self):
-        inClusterFileName = "in.tab"
-        with open(inClusterFileName, "w") as f:
-            f.write("DTX-incomp_DmelChr4-B-R10-Map3_reversed\tDTX-incomp_DmelChr4-B-R9-Map3_reversed\tDTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("PotentialHostGene-chim_DmelChr4-B-R5-Map5\tPotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-        inFastaFileName = "in.fa"
-        with open(inFastaFileName, "w") as f:
-            f.write(">DTX-incomp_DmelChr4-B-R10-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">DTX-incomp_DmelChr4-B-R9-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">RLX-incomp_DmelChr4-B-G220-Map3\n")
-            f.write("ATCGCC\n")
-            f.write(">PotentialHostGene-chim_DmelChr4-B-R5-Map5\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">PotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">DTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("ATCGCATCGATCGATC\n")
-        expFileName = "exp.fa"
-        with open(expFileName, "w") as f:
-            f.write(">BlastclustCluster1Mb1_DTX-incomp_DmelChr4-B-R10-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster1Mb2_DTX-incomp_DmelChr4-B-R9-Map3_reversed\n")
-            f.write("ATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster3Mb1_RLX-incomp_DmelChr4-B-G220-Map3\n")
-            f.write("ATCGCC\n")
-            f.write(">BlastclustCluster2Mb1_PotentialHostGene-chim_DmelChr4-B-R5-Map5\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster2Mb2_PotentialHostGene-chim_DmelChr4-B-R4-Map5_reversed\n")
-            f.write("ATCGCATCGATCGATCATCGCATCGATCGATC\n")
-            f.write(">BlastclustCluster1Mb3_DTX-incomp_DmelChr4-B-G9-Map3\n")
-            f.write("ATCGCATCGATCGATC\n")
-        obsFileName = "obs.fa"
-        
-        FastaUtils.convertClusterFileToFastaFile(inClusterFileName, inFastaFileName, obsFileName, "Blastclust")
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(expFileName, obsFileName))
-        os.remove(inClusterFileName)
-        os.remove(inFastaFileName)
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_convertClusterFileToMapFile(self):
-        for clustAlgo in ["Blastclust", "MCL"]:
-            inFileName = "dummy%sOut.fa"  % clustAlgo
-            inF = open(inFileName, "w")
-            inF.write(">%sCluster1Mb1_chunk1 (dbseq-nr 1) [1,14]\n" % clustAlgo)
-            inF.write("gaattgtttactta\n")
-            inF.write(">%sCluster3Mb1_chunk5 (dbseq-nr 8) [1000,1014]\n" % clustAlgo)
-            inF.write("gaattgtttactta\n")
-            inF.write(">%sCluster1Mb2_chunk1 (dbseq-nr 1) [30,44]\n" % clustAlgo)
-            inF.write("gaattgtttactta\n")
-            inF.write(">%sCluster2Mb1_chunk2 (dbseq-nr 1) [100,114]\n" % clustAlgo)
-            inF.write("gaattgtttactta")
-            inF.close()
-            
-            fileExp = "%sToMapExpected.map" % clustAlgo
-            outF = open(fileExp, "w")
-            outF.write("%sCluster1Mb1\tchunk1\t1\t14\n" % clustAlgo)
-            outF.write("%sCluster3Mb1\tchunk5\t1000\t1014\n" % clustAlgo)
-            outF.write("%sCluster1Mb2\tchunk1\t30\t44\n" % clustAlgo)
-            outF.write("%sCluster2Mb1\tchunk2\t100\t114\n" % clustAlgo)
-            outF.close()
-            
-            fileObs = "%s.map" % os.path.splitext(inFileName)[0]
-            FastaUtils.convertClusteredFastaFileToMapFile(inFileName, fileObs)
-            
-            self.assertTrue(FileUtils.are2FilesIdentical(fileObs, fileExp))
-            
-            os.remove(inFileName)
-            os.remove(fileObs)
-            os.remove(fileExp)
-            
-    def test_getNstreches_2(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">seq2\n")
-            f.write("NNNNxxNNnNTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGGTTAGGGTTAGGGTTAGGGTTAGGGT\n")
-            f.write("TAGGGCTAGGGTTAGGGGTTAGGGTTAGGGTTAGGCTTAGGGTTAGGGTTAGGGTTAGGG\n")
-            f.write("\n")
-            f.write("TTAGGGTTAGGGTTAGGGTTAGGAGTTAGGGTGTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGCTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("\n")
-            f.write(">seq1\n")
-            f.write("AAGTTGGACATTGAGGGCTTTCTTCGCCGTGTTTCGTTCTTTTCGACAAACAGCAGTGCT\n")
-            f.write("TTGCGGATCATxxxxxxxxxxxxxxxTTTGTTTGAACAACCGACAATGCGACCAATTTCA\n")
-            f.write("GCGTAGGTTTTACCTTCAGAGATCACGTTTTTAATCAAATTTCTTTTTTCGACGGTACAA\n")
-            f.write("TGCTTTCCGCGACCCATGACTAGAGAATTTTTGGTCTTCGTTTGGAAAAAATTCAATTAA\n")
-            f.write("AACCTTTAATACAACTCCTTNNTTTTCAAAATTTTTCGAAAAAAACCCAAAGCAATCACT\n")
-            f.write("CCTATTAATTTTATTCAGCAAATACGTGTTCAGTGCTATTTTTGTNTACCGCCTCATTTC\n")
-            f.write("\n")
-            f.write("GCGCACTTTTGCAGCAAGTGCCCAAAAACAAAAAGAACCGTTACATTGAGAGACTAAAAA\n")
-            f.write("TTTCTTGCTCAGAGAGCCAACATATGGTACTTATTATTCATGCAATCTGACTTAAAAAAA\n")
-            f.write("TATAAACATTTAATAATTTTTTTTAGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-            f.write("NNATCAACTTTCCACCTGCAGTAGTGCTATTATTTTAACCGCAGCTGTATAxx\n")
-            f.write("\n")
-            f.write("")
-            
-        FastaUtils.writeNstreches(fileName, 2)
-        obsFileName = "%s_Nstretches.map" % os.path.splitext(os.path.split(fileName)[1])[0]
-        
-        expFileName = "expNstretches.map"
-        with open(expFileName, "w") as f:
-            f.write("N_stretch\tseq1\t72\t86\n")
-            f.write("N_stretch\tseq1\t261\t262\n")
-            f.write("N_stretch\tseq1\t510\t542\n")
-            f.write("N_stretch\tseq1\t592\t593\n")
-            f.write("N_stretch\tseq2\t1\t10\n")
-            
-        self.assertTrue(FileUtils.are2FilesIdentical(obsFileName, expFileName))
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        os.remove(fileName)
-        
-    def test_getNstreches_1(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">seq2\n")
-            f.write("NNNNNNNNNNTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGGTTAGGGTTAGGGTTAGGGTTAGGGT\n")
-            f.write("TAGGGCTAGGGTTAGGGGTTAGGGTTAGGGTTAGGCTTAGGGTTAGGGTTAGGGTTAGGG\n")
-            f.write("TTAGGGTTAGGGTTAGGGTTAGGAGTTAGGGTGTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGCTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write(">seq1\n")
-            f.write("AAGTTGGACATTGAGGGCTTTCTTCGCCGTGTTTCGTTCTTTTCGACAAACAGCAGTGCT\n")
-            f.write("TTGCGGATCATNNNNNNNNNNNNNNNTTTGTTTGAACAACCGACAATGCGACCAATTTCA\n")
-            f.write("GCGTAGGTTTTACCTTCAGAGATCACGTTTTTAATCAAATTTCTTTTTTCGACGGTACAA\n")
-            f.write("TGCTTTCCGCGACCCATGACTAGAGAATTTTTGGTCTTCGTTTGGAAAAAATTCAATTAA\n")
-            f.write("AACCTTTAATACAACTCCTTNNTTTTCAAAATTTTTCGAAAAAAACCCAAAGCAATCACT\n")
-            f.write("CCTATTAATTTTATTCAGCAAATACGTGTTCAGTGCTATTTTTGTNTACCGCCTCATTTC\n")
-            f.write("GCGCACTTTTGCAGCAAGTGCCCAAAAACAAAAAGAACCGTTACATTGAGAGACTAAAAA\n")
-            f.write("TTTCTTGCTCAGAGAGCCAACATATGGTACTTATTATTCATGCAATCTGACTTAAAAAAA\n")
-            f.write("TATAAACATTTAATAATTTTTTTTAGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-            f.write("NNATCAACTTTCCACCTGCAGTAGTGCTATTATTTTAACCGCAGCTGTATAx\n")
-            
-        FastaUtils.writeNstreches(fileName, 1)
-        obsFileName = "%s_Nstretches.map" % os.path.splitext(os.path.split(fileName)[1])[0]
-        
-        expFileName = "expNstretches.map"
-        with open(expFileName, "w") as f:
-            f.write("N_stretch\tseq1\t72\t86\n")
-            f.write("N_stretch\tseq1\t261\t262\n")
-            f.write("N_stretch\tseq1\t346\t346\n")
-            f.write("N_stretch\tseq1\t510\t542\n")
-            f.write("N_stretch\tseq1\t592\t592\n")
-            f.write("N_stretch\tseq2\t1\t10\n")
-            
-        self.assertTrue(FileUtils.are2FilesIdentical(obsFileName, expFileName))
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        os.remove(fileName)
-        
-    def test_getNstreches_0(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">seq2\n")
-            f.write("NNNNNNNNNNTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGGTTAGGGTTAGGGTTAGGGTTAGGGT\n")
-            f.write("TAGGGCTAGGGTTAGGGGTTAGGGTTAGGGTTAGGCTTAGGGTTAGGGTTAGGGTTAGGG\n")
-            f.write("TTAGGGTTAGGGTTAGGGTTAGGAGTTAGGGTGTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGCTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write(">seq1\n")
-            f.write("AAGTTGGACATTGAGGGCTTTCTTCGCCGTGTTTCGTTCTTTTCGACAAACAGCAGTGCT\n")
-            f.write("TTGCGGATCATNNNNNNNNNNNNNNNTTTGTTTGAACAACCGACAATGCGACCAATTTCA\n")
-            f.write("GCGTAGGTTTTACCTTCAGAGATCACGTTTTTAATCAAATTTCTTTTTTCGACGGTACAA\n")
-            f.write("TGCTTTCCGCGACCCATGACTAGAGAATTTTTGGTCTTCGTTTGGAAAAAATTCAATTAA\n")
-            f.write("AACCTTTAATACAACTCCTTNNTTTTCAAAATTTTTCGAAAAAAACCCAAAGCAATCACT\n")
-            f.write("CCTATTAATTTTATTCAGCAAATACGTGTTCAGTGCTATTTTTGTNTACCGCCTCATTTC\n")
-            f.write("GCGCACTTTTGCAGCAAGTGCCCAAAAACAAAAAGAACCGTTACATTGAGAGACTAAAAA\n")
-            f.write("TTTCTTGCTCAGAGAGCCAACATATGGTACTTATTATTCATGCAATCTGACTTAAAAAAA\n")
-            f.write("TATAAACATTTAATAATTTTTTTTAGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-            f.write("NNATCAACTTTCCACCTGCAGTAGTGCTATTATTTTAACCGCAGCTGTATANN\n")
-            
-        FastaUtils.writeNstreches(fileName, 0)
-        obsFileName = "%s_Nstretches.map" % os.path.splitext(os.path.split(fileName)[1])[0]
-        
-        expFileName = "expNstretches.map"
-        with open(expFileName, "w") as f:
-            pass
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(obsFileName, expFileName))
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        os.remove(fileName)
-        
-    def test_getNstreches_2_GFF(self):
-        fileName = "dummy.fa"
-        with open(fileName, "w") as f:
-            f.write(">seq2\n")
-            f.write("NNNNxxNNnNTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTT\n")
-            f.write("AGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGGTTAGGGTTAGGGTTAGGGTTAGGGT\n")
-            f.write("TAGGGCTAGGGTTAGGGGTTAGGGTTAGGGTTAGGCTTAGGGTTAGGGTTAGGGTTAGGG\n")
-            f.write("\n")
-            f.write("TTAGGGTTAGGGTTAGGGTTAGGAGTTAGGGTGTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGCTAGGGTTAGGGTTAG\n")
-            f.write("GGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG\n")
-            f.write("\n")
-            f.write(">seq1\n")
-            f.write("AAGTTGGACATTGAGGGCTTTCTTCGCCGTGTTTCGTTCTTTTCGACAAACAGCAGTGCT\n")
-            f.write("TTGCGGATCATxxxxxxxxxxxxxxxTTTGTTTGAACAACCGACAATGCGACCAATTTCA\n")
-            f.write("GCGTAGGTTTTACCTTCAGAGATCACGTTTTTAATCAAATTTCTTTTTTCGACGGTACAA\n")
-            f.write("TGCTTTCCGCGACCCATGACTAGAGAATTTTTGGTCTTCGTTTGGAAAAAATTCAATTAA\n")
-            f.write("AACCTTTAATACAACTCCTTNNTTTTCAAAATTTTTCGAAAAAAACCCAAAGCAATCACT\n")
-            f.write("CCTATTAATTTTATTCAGCAAATACGTGTTCAGTGCTATTTTTGTNTACCGCCTCATTTC\n")
-            f.write("\n")
-            f.write("GCGCACTTTTGCAGCAAGTGCCCAAAAACAAAAAGAACCGTTACATTGAGAGACTAAAAA\n")
-            f.write("TTTCTTGCTCAGAGAGCCAACATATGGTACTTATTATTCATGCAATCTGACTTAAAAAAA\n")
-            f.write("TATAAACATTTAATAATTTTTTTTAGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN\n")
-            f.write("NNATCAACTTTCCACCTGCAGTAGTGCTATTATTTTAACCGCAGCTGTATAxx\n")
-            f.write("\n")
-            f.write("")
-            
-        FastaUtils.writeNstreches(fileName, 2, outFormat = "gff")
-        obsFileName = "%s_Nstretches.gff3" % os.path.splitext(os.path.split(fileName)[1])[0]
-        
-        expFileName = "expNstretches.gff3"
-        with open(expFileName, "w") as f:
-            f.write("##gff-version 3\n")
-            f.write("seq1\tFastaUtils\tN_stretch\t72\t86\t.\t.\t.\tName=N_stretch_72-86\n")
-            f.write("seq1\tFastaUtils\tN_stretch\t261\t262\t.\t.\t.\tName=N_stretch_261-262\n")
-            f.write("seq1\tFastaUtils\tN_stretch\t510\t542\t.\t.\t.\tName=N_stretch_510-542\n")
-            f.write("seq1\tFastaUtils\tN_stretch\t592\t593\t.\t.\t.\tName=N_stretch_592-593\n")
-            f.write("seq2\tFastaUtils\tN_stretch\t1\t10\t.\t.\t.\tName=N_stretch_1-10\n")
-            
-        self.assertTrue(FileUtils.are2FilesIdentical(obsFileName, expFileName))
-        
-        os.remove(obsFileName)
-        os.remove(expFileName)
-        os.remove(fileName)
-            
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/seq/test/Utils_for_T_FastaUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,857 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-class Utils_for_T_FastaUtils( object ):
-    
-    def _createFastaFile_for_empty_file(fileName):
-        f = open(fileName, 'w')
-        f.write("")
-        f.close()
-        
-    _createFastaFile_for_empty_file = staticmethod ( _createFastaFile_for_empty_file )
-    
-    
-    def _createFastaFile_one_sequence(fileName):
-        f = open(fileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_one_sequence = staticmethod ( _createFastaFile_one_sequence )
-    
-    
-    def createFastaFile_twoSequences( fileName ):
-        f = open( fileName, "w" )
-        f.write( ">seq 1\n" )
-        f.write( "ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n" )
-        f.write( "ATATTCG\n" )
-        f.write( ">seq 2\n" )
-        f.write( "ATATTCTTTCATCGATCGATCGGCGGCTATATGCTAGTGACGAAGCTAGTGTGAGTAGTA\n" )
-        f.write( "ATATTCG\n" )
-        f.close()
-        
-    createFastaFile_twoSequences = staticmethod ( createFastaFile_twoSequences )
-    
-    
-    def createFastaFile_seq_1( fileName ):
-        f = open( fileName, "w" )
-        f.write( ">seq 1\n" )
-        f.write( "ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n" )
-        f.write( "ATATTCG\n" )
-        f.close()
-        
-    createFastaFile_seq_1 = staticmethod( createFastaFile_seq_1 )
-    
-    
-    def createFastaFile_seq_2( fileName ):
-        f = open( fileName, "w" )
-        f.write( ">seq 2\n" )
-        f.write( "ATATTCTTTCATCGATCGATCGGCGGCTATATGCTAGTGACGAAGCTAGTGTGAGTAGTA\n" )
-        f.write( "ATATTCG\n" )
-        f.close()
-        
-    createFastaFile_seq_2 = staticmethod( createFastaFile_seq_2 )
-    
-    
-    def _createFastaFile_sequence_without_header(fileName):
-        f = open(fileName, 'w')
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_sequence_without_header = staticmethod ( _createFastaFile_sequence_without_header )
-    
-        
-    def _createFastaFile_four_sequences(fileName):
-        f = open(fileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_four_sequences = staticmethod ( _createFastaFile_four_sequences )
-    
-    
-    def _createFastaFile_three_sequences(fileName):
-        f = open(fileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_three_sequences = staticmethod ( _createFastaFile_three_sequences )
-    
-    
-# ------------------ for dbSplit ---------------- #
-
-    def _createBatch1_two_sequences(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createBatch1_two_sequences = staticmethod ( _createBatch1_two_sequences )
-    
-    
-    def _createBatch2_two_sequences(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createBatch2_two_sequences = staticmethod ( _createBatch2_two_sequences )
-    
-    
-    def _createBatch1_three_sequences(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createBatch1_three_sequences = staticmethod ( _createBatch1_three_sequences )
-    
-    
-    def _createBatch2_one_sequence(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createBatch2_one_sequence = staticmethod ( _createBatch2_one_sequence )
-    
-    
-    def _createFastaFile_ten_sequences(fileName):
-        f = open(fileName, 'w')
-        f.write(">seq 1\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 5\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 6\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 7\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 8\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 9\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">seq 10\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-    _createFastaFile_ten_sequences = staticmethod ( _createFastaFile_ten_sequences )
-    
-    
-    def _createBatch_one_small_sequence(fileName, seqName):
-        f = open(fileName, 'w')
-        f.write(">" +seqName + "\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.close()
-        
-    _createBatch_one_small_sequence = staticmethod ( _createBatch_one_small_sequence )
-    
-    
-# ------------------ for dbChunks ------------------- #
-
-    def _createFastaFile_big_sequence(fileName):
-        f = open(fileName, 'w')
-        f.write(">sequence\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_big_sequence = staticmethod ( _createFastaFile_big_sequence )
-    
-    
-    def _createFastaFile_of_Chunks(fileName):
-        f = open(fileName, 'w')
-        f.write('>chunk01\n')
-        f.write('ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n')
-        f.write('>chunk02\n')
-        f.write('GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n')
-        f.write('>chunk03\n')
-        f.write('GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n')
-        f.write('>chunk04\n')
-        f.write('ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n')
-        f.write('>chunk05\n')
-        f.write('CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n')
-        f.write('>chunk06\n')
-        f.write('ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n')
-        f.write('>chunk07\n')
-        f.write('ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n')
-        f.write('>chunk08\n')
-        f.write('GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n')
-        f.write('>chunk09\n')
-        f.write('GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n')
-        f.write('>chunk10\n')
-        f.write('ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n')
-        f.write('>chunk11\n')
-        f.write('CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n')
-        f.write('>chunk12\n')
-        f.write('ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n')
-        f.write('>chunk13\n')
-        f.write('ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n')
-        f.write('>chunk14\n')
-        f.write('GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n')
-        f.write('>chunk15\n')
-        f.write('GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n')
-        f.write('>chunk16\n')
-        f.write('ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n')
-        f.write('>chunk17\n')
-        f.write('CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n')
-        f.write('>chunk18\n')
-        f.write('ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n')
-        f.write('>chunk19\n')
-        f.write('ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n')
-        f.write('>chunk20\n')
-        f.write('GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n')
-        f.write('>chunk21\n')
-        f.write('GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n')
-        f.write('>chunk22\n')
-        f.write('ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n')
-        f.write('>chunk23\n')
-        f.write('CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCG\n')
-        f.close()
-        
-    _createFastaFile_of_Chunks = staticmethod ( _createFastaFile_of_Chunks )
-    
-    
-    def _createMapFile_of_Chunks(fileName):
-        f = open(fileName, 'w')
-        f.write("chunk01\tsequence\t1\t60\n")
-        f.write("chunk02\tsequence\t51\t110\n")
-        f.write("chunk03\tsequence\t101\t160\n")
-        f.write("chunk04\tsequence\t151\t210\n")
-        f.write("chunk05\tsequence\t201\t260\n")
-        f.write("chunk06\tsequence\t251\t310\n")
-        f.write("chunk07\tsequence\t301\t360\n")
-        f.write("chunk08\tsequence\t351\t410\n")
-        f.write("chunk09\tsequence\t401\t460\n")
-        f.write("chunk10\tsequence\t451\t510\n")
-        f.write("chunk11\tsequence\t501\t560\n")
-        f.write("chunk12\tsequence\t551\t610\n")
-        f.write("chunk13\tsequence\t601\t660\n")
-        f.write("chunk14\tsequence\t651\t710\n")
-        f.write("chunk15\tsequence\t701\t760\n")
-        f.write("chunk16\tsequence\t751\t810\n")
-        f.write("chunk17\tsequence\t801\t860\n")
-        f.write("chunk18\tsequence\t851\t910\n")
-        f.write("chunk19\tsequence\t901\t960\n")
-        f.write("chunk20\tsequence\t951\t1010\n")
-        f.write("chunk21\tsequence\t1001\t1060\n")
-        f.write("chunk22\tsequence\t1051\t1110\n")
-        f.write("chunk23\tsequence\t1101\t1147\n")
-        f.close()
-        
-    _createMapFile_of_Chunks = staticmethod ( _createMapFile_of_Chunks )
-    
-    
-    def _createFastaFile_of_cut(fileName):
-        f = open(fileName, 'w')
-        f.write(">1  sequence {Cut} 1..60\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">2  sequence {Cut} 51..110\n")
-        f.write("GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n")
-        f.write(">3  sequence {Cut} 101..160\n")
-        f.write("GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n")
-        f.write(">4  sequence {Cut} 151..210\n")
-        f.write("ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n")
-        f.write(">5  sequence {Cut} 201..260\n")
-        f.write("CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n")
-        f.write(">6  sequence {Cut} 251..310\n")
-        f.write("ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n")
-        f.write(">7  sequence {Cut} 301..360\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">8  sequence {Cut} 351..410\n")
-        f.write("GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n")
-        f.write(">9  sequence {Cut} 401..460\n")
-        f.write("GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n")
-        f.write(">10  sequence {Cut} 451..510\n")
-        f.write("ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n")
-        f.write(">11  sequence {Cut} 501..560\n")
-        f.write("CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n")
-        f.write(">12  sequence {Cut} 551..610\n")
-        f.write("ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n")
-        f.write(">13  sequence {Cut} 601..660\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">14  sequence {Cut} 651..710\n")
-        f.write("GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n")
-        f.write(">15  sequence {Cut} 701..760\n")
-        f.write("GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n")
-        f.write(">16  sequence {Cut} 751..810\n")
-        f.write("ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n")
-        f.write(">17  sequence {Cut} 801..860\n")
-        f.write("CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGAT\n")
-        f.write(">18  sequence {Cut} 851..910\n")
-        f.write("ATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGC\n")
-        f.write(">19  sequence {Cut} 901..960\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write(">20  sequence {Cut} 951..1010\n")
-        f.write("GTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGT\n")
-        f.write(">21  sequence {Cut} 1001..1060\n")
-        f.write("GCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCA\n")
-        f.write(">22  sequence {Cut} 1051..1110\n")
-        f.write("ATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCGCGCATCGATCGATCGGCGGCTAT\n")
-        f.write(">23  sequence {Cut} 1101..1147\n")
-        f.write("CGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTAATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_cut = staticmethod ( _createFastaFile_of_cut )
-    
-    
-    def _createFastaFile_of_Nstretch(fileName):
-        f = open(fileName, 'w')
-        f.write("")
-        f.close()
-        
-    _createFastaFile_of_Nstretch = staticmethod ( _createFastaFile_of_Nstretch )
-    
-    
-# ------------------ for splitSeqPerCluster ------------------- #
-    
-    def _createFastaFile_of_four_sequences_with_specific_header(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">ReconCluster1Mb155 chunk183 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">MbQ3Gr2Cl0 chunk440 {Fragment} 2678..3645\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">MbS2Gr2Cl0 chunk622 {Fragment} 104..1078\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">PilerCluster3.574Mb796 chunk0117 {Fragment} 51582..50819\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_four_sequences_with_specific_header = staticmethod ( _createFastaFile_of_four_sequences_with_specific_header )
-    
-    
-    def _createFastaFile_of_four_sequences_with_specific_header_shuffle(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">MbQ3Gr2Cl0 chunk440 {Fragment} 2678..3645\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">ReconCluster1Mb155 chunk183 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">MbS2Gr2Cl0 chunk622 {Fragment} 104..1078\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">PilerCluster3.574Mb796 chunk0117 {Fragment} 51582..50819\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_four_sequences_with_specific_header_shuffle = staticmethod ( _createFastaFile_of_four_sequences_with_specific_header_shuffle )
-    
-    
-    def _createFastaFile_of_four_sequences_with_specific_header_in_same_cluster(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">ReconCluster1Mb155 chunk1 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">ReconCluster1Mb155 chunk2 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">ReconCluster1Mb155 chunk3 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">ReconCluster1Mb155 chunk4 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_four_sequences_with_specific_header_in_same_cluster = staticmethod ( _createFastaFile_of_four_sequences_with_specific_header_in_same_cluster )
-    
-    
-    def _createFastaFile_of_first_cluster_result(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">ReconCluster1Mb155 chunk183 {Fragment} 1..5506\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_first_cluster_result = staticmethod ( _createFastaFile_of_first_cluster_result )
-    
-    
-    def _createFastaFile_of_second_cluster_result(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">MbQ3Gr2Cl0 chunk440 {Fragment} 2678..3645\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">MbS2Gr2Cl0 chunk622 {Fragment} 104..1078\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_second_cluster_result = staticmethod ( _createFastaFile_of_second_cluster_result )
-    
-    
-    def _createFastaFile_of_third_cluster_result(inFileName): 
-        f = open(inFileName, 'w')
-        f.write(">PilerCluster3.574Mb796 chunk0117 {Fragment} 51582..50819\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_third_cluster_result = staticmethod ( _createFastaFile_of_third_cluster_result )
-    
-    
-    def _createFastaFile_of_first_cluster_result_with_simplify_header(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">Piler_Cluster1_Seq155\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_first_cluster_result_with_simplify_header = staticmethod ( _createFastaFile_of_first_cluster_result_with_simplify_header )
-    
-    
-    def _createFastaFile_of_second_cluster_result_with_simplify_header(inFileName):
-        f = open(inFileName, 'w')
-        f.write(">Piler_Cluster2_Seq3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">Piler_Cluster2_Seq2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_second_cluster_result_with_simplify_header = staticmethod ( _createFastaFile_of_second_cluster_result_with_simplify_header )
-    
-    
-    def _createFastaFile_of_third_cluster_result_with_simplify_header(inFileName): 
-        f = open(inFileName, 'w')
-        f.write(">Piler_Cluster3.574_Seq796\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_of_third_cluster_result_with_simplify_header = staticmethod ( _createFastaFile_of_third_cluster_result_with_simplify_header )
-        
-# ---------------------------------- #
-    
-    def _createPatternFile(fileName):
-        f = open(fileName, 'w')
-        f.write('seq 3\n')
-        f.write('f\n')
-        f.write('s.q 1\n')
-        f.write('q 8\n')
-        
-    _createPatternFile = staticmethod ( _createPatternFile )
-    
-        
-    def _createResult_of_dbLengthFilter_sup(inFileName): 
-        f = open(inFileName, 'w')
-        f.write(">seq 2\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 3\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq 4\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createResult_of_dbLengthFilter_sup = staticmethod ( _createResult_of_dbLengthFilter_sup )
-    
-        
-    def _createFastaFile_four_sequences_for_header_filtering(fileName):
-        f = open(fileName, 'w')
-        f.write(">seq1_HostGene\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq2_SSR\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq3_Map2_NoCat\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.write(">seq4_confused\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCGCGCATCGATCGATCGGCGGCTATATGCTAGTCAGCTAGCTAGTGTGAGTAGTA\n")
-        f.write("ATATTCG\n")
-        f.close()
-        
-    _createFastaFile_four_sequences_for_header_filtering = staticmethod ( _createFastaFile_four_sequences_for_header_filtering )
-    
-   
-    def _createFastaFile_three_sequences_with_ORFs(fileName):
-        f = open(fileName, 'w')
-        f.write(">Mivi_sl_Blaster_Grouper_1_Map_3\n")
-        f.write("TACAGTCAAACCTGAGAAAATTTATATCGCCCAATCTTATACCTGGCAAAATTTATGGAC\n")
-        f.write("TTTTCAATCTCCCGACTTTTTTGGCTGACAGAACCTGTCCAATCTTATACCTTATAATTT\n")
-        f.write("ATGGGTTTACAGGTCAAATTATAAGATAAGAGAGAGCCGGAAATGAGCGATTGATCAGGA\n")
-        f.write("ATTGGCCTCTCCTTCGGCGTTCTTGTTGACGAGCCGCCTGCTGGAACAGTCCGAAATGCC\n")
-        f.write("CCGAAACAGCCGAGAAGCGAGCACAGTAGAGCAAAGGCGGCGGTTGACACGTTGACAGGC\n")
-        f.write("TATTAGTCGCGACGTGCTTCTCTCTCCTCTTCCGCCGACAACGACGCCGAAATGAACATC\n")
-        f.write("TTCACAATTCGAGAAGCCCTCATCAGAAATTCCTCTTCATATCATCATGGTCTCATTCCC\n")
-        f.write("TTCCCGGAATTCAACTGCTGGCGCCACGCTCAAATCTTGTCTGATCGCAAGAACAAAGGA\n")
-        f.write("TCGACCGACCATACACCTCTTCCCAACGGTCGCGGGCCTCTCGATGGCGATCGCGGCATC\n")
-        f.write("ATCAACGCGATGAACGCTCTGAAGACGGCGAACGATGAGCTGGTCGAAAAGGGGATAGTT\n")
-        f.write("ACGAGCAACGAGAAGATGAGTATCCACTTTCTCGTCGATGTGGAGGAGGAGAACCTTGCT\n")
-        f.write("GGTGGGGCTGAAATGACCGATCAGGAGATTGTGGACCTGGTCATTGCCGAAGAGTTGGAG\n")
-        f.write("GAGAATTGCGAGGGAGAAGGAGGAGAGGAGGAAGCGGAGATAGAGCTCCGACCGGCGGAG\n")
-        f.write("CGAACGACGCTGAAGGAGGCAATCTCAGCGCTTGATGTTTTCCTTAGGTTTGCTATGAAT\n")
-        f.write("GGGTACTCAGGTCCAACGGATTTGATTTCTTTTGAGGACGAGGCTAGGAGGATTCGCAGG\n")
-        f.write("ACTCTTGTTGCCGAGCAGGATGCCGCGAGGATTCAGACGACAATGACTTCGTATTTCCAG\n")
-        f.write("CGTCAGTAG\n")
-        f.write(">Mivi_sl_Blaster_Grouper_2_Map_3\n")
-        f.write("TACAGTCAGACCTGAGAAAATTTATATCGCCCAATCTTATACCTGTCAAAATTTATGGAC\n")
-        f.write("TTTTCAATCTCCCGACTTTTTTGGCTGACAGAACCTGTCCAATCTTATACCTTATAATTT\n")
-        f.write("ATGGGTTTACAGGTCAAATTATAAGATAAGAGAGAGCCGGAAATGAGCGATTGATCAGGA\n")
-        f.write("ATTGGCCTCTCCTTCGGCGTTCTTGTTGACGAGCCGCCTGCTGGAAGAGTCCGAAATGCC\n")
-        f.write("CCGAAACAGCCAAGAAGCGAGCACAGTAGAGCAAAGGCGGCGGTTGACACGTTGACAGGC\n")
-        f.write("TAGTCGCGACGTGCTTCTCTCTCCTCTTCCGCCGACAACGACGCCGAAATGAACATCTTC\n")
-        f.write("ACAATCCGAGAAGCCCTCATCAGAAATTCCTCTTCATATCATCATGGTCTCATTCCCTTC\n")
-        f.write("CCGGAATTCAACTGCTGGCGCCACGCTCAAATCTTGTCTGATCGCAAGAACAAAGGATCG\n")
-        f.write("ACCGACCATACACCTCTTCCCAACGGTCGCGGGCCTCTCGATGGCGATCGCGGCATCATC\n")
-        f.write("AACGCGATGAACGCTCTGAAGACGGCGAACGATGAGCTGGTCGAAAAGGGGATAGTTACG\n")
-        f.write("AGCAACGAGAAGATGAGTATCCACTTTCTCGTCGATGTGGAGGAGGAGAACCTTGCTGGT\n")
-        f.write("GGGGCTGAAATGACCGATCAGGAGATTGTGGACCTGGGGTCATTGCCGAAGAGTTGGAGG\n")
-        f.write("AGAATTGCGAGGGAGAACTTGAAGGAGGAGAGGAGGAAGCGGAGATAGAGCTCCGACCGG\n")
-        f.write("CGGAGCGAACGACGCTGAAGGAGGCAATCTCAGCGCTTGGTGTTTTCCTTAGGTTTGCTA\n")
-        f.write("TGAATGGGTACTCAGGTCCAACGAATTTGATTTCTTTTGAGGACGAGGCTAGGAGGATTC\n")
-        f.write("GCAGGACTCTTGTTGCCGAGCAGGATGCCGCGAGGATTCAGACGACAATGACTTCGTATT\n")
-        f.write("TCCAGCGTCAGTAGGTCAAGATATTTTTTCTTGGAGCTTTCATAACTTGTTAGATGTCAT\n")
-        f.write("CATGCCTCAGTAGAGGCCGTACATTGGCTGCAATTCAGTAATTCGGGCCTTCTGAATTTC\n")
-        f.write("CTCCCCCTCAAAAGTCAATGTATCGACTCAAACGATGCACGAAAATTCTTGATTTGATGT\n")
-        f.write("AGGAAGCTCAAAAACGGAGTTTCAGGTCATAATGTAGTGATCTGAAGCCGAACTCTCCAA\n")
-        f.write("GCTTATACCTGTCTTAATTTATGGGAAAATCCGTCCACCGAAAATATAAATTTTCTCAGG\n")
-        f.write("TCTGACTGTA\n")
-        f.write(">Mivi_sl_Blaster_Grouper_3_Map_3\n")
-        f.write("CAACACAAAGATAAGGCACCTTCATCCAGTGGCTCGCACGAACTTTCAATTGCAAGTCGT\n")
-        f.write("TGGCGTGCGCTGGGCGGGATCAAAACCGGGTCTGGGAGTCGCGTAACCCACTGGAGCAAG\n")
-        f.write("TAGGTGGTAGCCTGGACTGACAACGTGGACGTCAGCGACTTGAAATAGGTATTCGCGGCT\n")
-        f.write("TTCGTGGTCGGTGTACCCCTGTGTGTCCGGCATCGGCTGTCCAGAGTCGCCAGCCTGCCC\n")
-        f.write("GGTGCGAATGTGGGGGGCAGTCTCGGTCGCGCACGTGCGATGTCCCTCTCCCCACACGGG\n")
-        f.write("CCTGTCGGCTGCGGCTAACGGCCCCTGCAATGAGTCCTATCGACAGAAGTCCACCCAAGC\n")
-        f.write("TCAGCCTTCCCTCCACCAACACCAACATCGCAAGCCTCTCAAAAATTCACATCTCTTACA\n")
-        f.write("TCCCCTCGAAACACCCACTAAATGGATCCCTACCCTATCACTTGGCGGCAGTACTAGTAG\n")
-        f.write("CACGGGCCCAACTTCGACGGATCTCGAACGGACTTCCCACGGGTTCTCGGTGTGCAAGCG\n")
-        f.write("TCTCAGGTCAAGGTTTTGGTTGGTGGGCTTTCTGGGTGTGCAAAGGGGATTATTATAGAG\n")
-        f.write("GGAAGAAGAAGAAGGATGGGACCAGGGAGGCAGAGACGTGCGGGGTCAGGTTGATGGGGG\n")
-        f.write("AAGGTCGTGGAAGCGAAGAACGAGAGGCGAGCTTGTCGTTTGAGGAGAAAGGGGCCTCGC\n")
-        f.write("TGCCTGCAGAGAAAGGCGGTAAGTTGACCGGCGCAAAGTTATCATGAGACCGTAGCTCAG\n")
-        f.write("TATCGTTTCCTGTCGAGGGCATGGGTTACAGTCCGTCGAACTATGCGCGAGATCATCTGG\n")
-        f.write("TAGTAAAGAATCCCGCCGCCACTGACCAGATCTCCTGTGTCCTCTCAGCTCTCACAAAAC\n")
-        f.write("CTAGAAAAGCTTCGCATGGAGCCAAACGAATACTCCAATCCGACATTGAGCAAGACCCTT\n")
-        f.write("CCCTCTCGCCTCATAGGAACGAAACGGCCCATCTTCGAAGGGACAACTCTCTGTCGGCCG\n")
-        f.write("AGGAGATGACTTTTCTGACCGAGCGTAAGAGGAGATCGCACAGAGTCAGGGGTTGGTCGA\n")
-        f.write("GCTTTTGGGATTGGAGGAAGGGGGAGAGATTGATGAACGAGACGTCCCAATAGTGAGTCG\n")
-        f.write("CTCCGCACTGGAGCAATGATGGCAAACCGTGGAGTTGAAGAGTCTTGAACGCTATCAGAT\n")
-        f.write("CGGGCTAGGAGGGTCGGGAGGCGGTTGAATGCGTGCCAACCTTGGCTTCCTGTCAACGAT\n")
-        f.write("CCTCGCCTTTCAAGAGCTCGATCTATGGCAGTTGTTGACCTACACAGCGGGGGTATCCGG\n")
-        f.write("GTCCTGTTGGGCTCTGGCGAGTTTATATACGCTACCGATCGCACGTCCGCTCACACCATC\n")
-        f.write("CATCACTCAACGCCGCTGCGGTGATTGAGCACTTTATGTCCGTCTCAGGGGATCACCGTC\n")
-        f.write("TGAGTACAAAATCGGTCAACCGAGTCAGGGAGGCACACGGAGGGTACCAATCGCTTTTCG\n")
-        f.write("GACCTTTGATTTCAAAGTCTAAGAACAGTCAAAAGATCTGTAGTGAGTACAGACCACTGA\n")
-        f.write("CCCTCACTTGAGTAGATATTGACACTGACGAAGATCGCTACACTGCGGGCCTTGACAGTG\n")
-        f.write("ATTGATCTGTACTCGACACTGGTCTCATCGTACTTCTGGATGATGCCCAGAAAAGATGGG\n")
-        f.write("AAGGATCAGGTTGATCCGTATGTACCCCTGCGTCGGCTCGTGAGGTCCAGAGAGGGTCAT\n")
-        f.write("TCCACTGACTGTCCCGAACCCCCCCTGGCTGATCGTCAGCGCCTCGATGAAATGGTCGCG\n")
-        f.write("CGCGTACGATAATGCGGGCCTGGCTCACGGATGCGCGCCTTTCCCTATCGTCAGTCACGC\n")
-        f.write("AAATGTAGGCTTCCATCTGGAACGCTGCTTGATGGCCTAAGAATGGGCCGTCACGGAACA\n")
-        f.write("GCTCACCGCCTGCAGACACGAACGGCCGTGGCGGTCATGGAAGGATCTGAACGTGTCGCC\n")
-        f.write("CCATACGATTGACGAAGAGATGTAAGCTCCCTTGGTA\n")
-        f.close()
-    
-    _createFastaFile_three_sequences_with_ORFs = staticmethod ( _createFastaFile_three_sequences_with_ORFs )
-    
-    
-    def _createFastaFile_three_sequences_with_ORFs_expected(fileName):  
-        f = open(fileName, 'w') 
-        f.write("ORF|1|662\tMivi_sl_Blaster_Grouper_1_Map_3\t307\t969\n")
-        f.write("ORF|-3|254\tMivi_sl_Blaster_Grouper_1_Map_3\t793\t539\n")
-        f.write("ORF|2|197\tMivi_sl_Blaster_Grouper_1_Map_3\t356\t553\n")
-        f.write("ORF|3|176\tMivi_sl_Blaster_Grouper_1_Map_3\t288\t464\n")
-        f.write("ORF|-1|176\tMivi_sl_Blaster_Grouper_1_Map_3\t786\t610\n")
-        f.write("ORF|3|143\tMivi_sl_Blaster_Grouper_1_Map_3\t672\t815\n")
-        f.write("ORF|1|131\tMivi_sl_Blaster_Grouper_1_Map_3\t175\t306\n")
-        f.write("ORF|-2|131\tMivi_sl_Blaster_Grouper_1_Map_3\t797\t666\n")
-        f.write("ORF|2|128\tMivi_sl_Blaster_Grouper_1_Map_3\t167\t295\n")
-        f.write("ORF|-2|119\tMivi_sl_Blaster_Grouper_1_Map_3\t242\t123\n")
-        f.write("ORF|1|464\tMivi_sl_Blaster_Grouper_2_Map_3\t304\t768\n")
-        f.write("ORF|3|305\tMivi_sl_Blaster_Grouper_2_Map_3\t669\t974\n")
-        f.write("ORF|-3|251\tMivi_sl_Blaster_Grouper_2_Map_3\t1094\t843\n")
-        f.write("ORF|-2|245\tMivi_sl_Blaster_Grouper_2_Map_3\t531\t286\n")
-        f.write("ORF|-3|224\tMivi_sl_Blaster_Grouper_2_Map_3\t791\t567\n")
-        f.write("ORF|-2|215\tMivi_sl_Blaster_Grouper_2_Map_3\t1098\t883\n")
-        f.write("ORF|2|197\tMivi_sl_Blaster_Grouper_2_Map_3\t353\t550\n")
-        f.write("ORF|3|173\tMivi_sl_Blaster_Grouper_2_Map_3\t288\t461\n")
-        f.write("ORF|-1|173\tMivi_sl_Blaster_Grouper_2_Map_3\t1087\t914\n")
-        f.write("ORF|-1|143\tMivi_sl_Blaster_Grouper_2_Map_3\t310\t167\n")
-        f.write("ORF|3|626\tMivi_sl_Blaster_Grouper_3_Map_3\t141\t767\n")
-        f.write("ORF|2|434\tMivi_sl_Blaster_Grouper_3_Map_3\t164\t598\n")
-        f.write("ORF|3|365\tMivi_sl_Blaster_Grouper_3_Map_3\t768\t1133\n")
-        f.write("ORF|-3|359\tMivi_sl_Blaster_Grouper_3_Map_3\t1514\t1155\n")
-        f.write("ORF|-1|320\tMivi_sl_Blaster_Grouper_3_Map_3\t1879\t1559\n")
-        f.write("ORF|3|272\tMivi_sl_Blaster_Grouper_3_Map_3\t1299\t1571\n")
-        f.write("ORF|-2|248\tMivi_sl_Blaster_Grouper_3_Map_3\t1503\t1255\n")
-        f.write("ORF|1|236\tMivi_sl_Blaster_Grouper_3_Map_3\t1576\t1812\n")
-        f.write("ORF|-1|227\tMivi_sl_Blaster_Grouper_3_Map_3\t1423\t1196\n")
-        f.write("ORF|-3|227\tMivi_sl_Blaster_Grouper_3_Map_3\t368\t141\n")
-        f.close()
-
-    _createFastaFile_three_sequences_with_ORFs_expected = staticmethod ( _createFastaFile_three_sequences_with_ORFs_expected )
-    
-    
-    def _createLinkFile_four_sequences_with_new_headers(fileName):
-        f = open(fileName, 'w')
-        f.write("seq 1\tReconCluster1Mb155 chunk183 {Fragment} 1..5506\t1\t127\n")
-        f.write("seq 2\tMbQ3Gr2Cl0 chunk440 {Fragment} 2678..3645\t1\t307\n")
-        f.write("seq 3\tMbS2Gr2Cl0 chunk622 {Fragment} 104..1078\t1\t427\n")
-        f.write("seq 4\tPilerCluster3.574Mb796 chunk0117 {Fragment} 51582..50819\t1\t307\n")
-        
-    _createLinkFile_four_sequences_with_new_headers = staticmethod ( _createLinkFile_four_sequences_with_new_headers )
-    
-    
-    def _createLinkFile_four_sequences_same_headers(fileName):
-        f = open(fileName, 'w')
-        f.write("seq 1\tseq 1\t1\t127\n")
-        f.write("seq 2\tseq 2\t1\t307\n")
-        f.write("seq 3\tseq 3\t1\t427\n")
-        f.write("seq 4\tseq 4\t1\t307\n")
-        
-    _createLinkFile_four_sequences_same_headers = staticmethod ( _createLinkFile_four_sequences_same_headers )
--- a/commons/core/utils/test/TestSuite_utils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,50 +0,0 @@
-#!/usr/bin/env python
-
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import unittest
-import sys
-import Test_FileUtils
-
-
-def main():
-    
-    TestSuite_utils = unittest.TestSuite() 
-    
-    TestSuite_utils.addTest( unittest.makeSuite( Test_FileUtils.Test_FileUtils, "test" ) )
-    
-    runner = unittest.TextTestRunner(sys.stderr, 2, 2)
-    runner.run( TestSuite_utils )
-    
-    
-if __name__ == "__main__":
-    main()
--- a/commons/core/utils/test/Test_FileUtils.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,883 +0,0 @@
-# Copyright INRA (Institut National de la Recherche Agronomique)
-# http://www.inra.fr
-# http://urgi.versailles.inra.fr
-#
-# This software is governed by the CeCILL license under French law and
-# abiding by the rules of distribution of free software.  You can  use, 
-# modify and/ or redistribute the software under the terms of the CeCILL
-# license as circulated by CEA, CNRS and INRIA at the following URL
-# "http://www.cecill.info". 
-#
-# As a counterpart to the access to the source code and  rights to copy,
-# modify and redistribute granted by the license, users are provided only
-# with a limited warranty  and the software's author,  the holder of the
-# economic rights,  and the successive licensors  have only  limited
-# liability. 
-#
-# In this respect, the user's attention is drawn to the risks associated
-# with loading,  using,  modifying and/or developing or reproducing the
-# software by the user in light of its specific status of free software,
-# that may mean  that it is complicated to manipulate,  and  that  also
-# therefore means  that it is reserved for developers  and  experienced
-# professionals having in-depth computer knowledge. Users are therefore
-# encouraged to load and test the software's suitability as regards their
-# requirements in conditions enabling the security of their systems and/or 
-# data to be ensured and,  more generally, to use and operate it in the 
-# same conditions as regards security. 
-#
-# The fact that you are presently reading this means that you have had
-# knowledge of the CeCILL license and that you accept its terms.
-
-
-import os
-import sys
-import unittest
-import time
-import shutil
-from commons.core.utils.FileUtils import FileUtils
-
-
-class Test_FileUtils( unittest.TestCase ):
-    
-    def setUp( self ):
-        self._uniqId = "%s_%s" % ( time.strftime("%Y%m%d%H%M%S"), os.getpid() )
-        
-    def tearDown( self ):
-        self._uniqId = ""
-        
-    def test_getNbLinesInSingleFile_non_empty( self ):
-        file = "dummyFile_%s" % ( self._uniqId )
-        f = open( file, "w" )
-        f.write( "line1\n" )
-        f.write( "line2\n" )
-        f.write( "line3" )
-        f.close()
-        exp = 3
-        obs = FileUtils.getNbLinesInSingleFile( file )
-        self.assertEquals( exp, obs )
-        os.remove( file )
-        
-    def test_getNbLinesInSingleFile_non_empty_endEmptyLine( self ):
-        file = "dummyFile_%s" % ( self._uniqId )
-        f = open( file, "w" )
-        f.write( "line1\n" )
-        f.write( "line2\n" )
-        f.write( "line3\n" )
-        f.write( "\n" )
-        f.close()
-        exp = 3
-        obs = FileUtils.getNbLinesInSingleFile( file )
-        self.assertEquals( exp, obs )
-        os.remove( file )
-        
-    def test_getNbLinesInSingleFile_empty( self ):
-        file = "dummyFile_%s" % ( self._uniqId )
-        os.system( "touch %s" % ( file ) )
-        exp = 0
-        obs = FileUtils.getNbLinesInSingleFile( file )
-        self.assertEquals( exp, obs )
-        os.remove( file )
-        
-    def test_getNbLinesInFileList_non_empty( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3")
-        f.close()
-        f = open("dummy3.txt", "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3")
-        f.close()
-        lFiles = [ "dummy1.txt", "dummy2.txt", "dummy3.txt" ]
-        exp = 9
-        obs = FileUtils.getNbLinesInFileList( lFiles )
-        self.assertEqual( exp, obs )
-        for f in lFiles:
-            os.remove( f )
-            
-    def test_catFilesByPattern( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.write("line12\n")
-        f.write("line13")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line21\n")
-        f.write("line22\n")
-        f.write("line23\n")
-        f.close()
-        f = open("dummy3.txt", "w")
-        f.write("line31\n")
-        f.write("line32\n")
-        f.write("line33")
-        f.close()
-        lFiles = [ "dummy1.txt", "dummy2.txt", "dummy3.txt" ]
-        outFile = "concatFiles.txt"
-        FileUtils.catFilesByPattern( "dummy*.txt", outFile )
-        self.assertTrue( os.path.exists( outFile ) )
-        exp = "line11\nline12\nline13line21\nline22\nline23\nline31\nline32\nline33"
-        obs = FileUtils.getFileContent( [ outFile ] )
-        self.assertEqual( exp, obs )
-        for f in lFiles:
-            os.remove( f )
-        os.remove(outFile)
-            
-    def test_catFilesByPattern_with_headers( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.write("line12\n")
-        f.write("line13\n")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line21\n")
-        f.write("line22\n")
-        f.write("line23\n")
-        f.close()
-        f = open("dummy3.txt", "w")
-        f.write("line31\n")
-        f.write("line32\n")
-        f.write("line33\n")
-        f.close()
-        lFiles = [ "dummy1.txt", "dummy2.txt", "dummy3.txt" ]
-        outFile = "concatFiles.txt"
-        FileUtils.catFilesByPattern( "dummy*.txt", outFile, skipHeaders = True)
-        self.assertTrue( os.path.exists( outFile ) )
-        exp = "line12\nline13\nline22\nline23\nline32\nline33\n"
-        obs = FileUtils.getFileContent( [ outFile ] )
-        self.assertEqual( exp, obs )
-        for f in lFiles:
-            os.remove( f )
-        os.remove(outFile)
-            
-    def test_catFilesByPattern_with_separator( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.write("line12\n")
-        f.write("line13")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line21\n")
-        f.write("line22\n")
-        f.write("line23\n")
-        f.close()
-        f = open("dummy3.txt", "w")
-        f.write("line31\n")
-        f.write("line32\n")
-        f.write("line33")
-        f.close()
-        lFiles = [ "dummy1.txt", "dummy2.txt", "dummy3.txt" ]
-        outFile = "concatFiles.txt"
-        FileUtils.catFilesByPattern( "dummy*.txt", outFile, separator = "\n+------------+\n")
-        self.assertTrue( os.path.exists( outFile ) )
-        exp = "line11\nline12\nline13\n+------------+\nline21\nline22\nline23\n\n+------------+\nline31\nline32\nline33"
-        obs = FileUtils.getFileContent( [ outFile ] )
-        self.assertEqual( exp, obs )
-        for f in lFiles:
-            os.remove( f )
-        os.remove(outFile)
-            
-    def test_catFilesByPattern_with_headers_and_separator( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.write("line12\n")
-        f.write("line13\n")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line21\n")
-        f.write("line22\n")
-        f.write("line23\n")
-        f.close()
-        f = open("dummy3.txt", "w")
-        f.write("line31\n")
-        f.write("line32\n")
-        f.write("line33\n")
-        f.close()
-        lFiles = [ "dummy1.txt", "dummy2.txt", "dummy3.txt" ]
-        outFile = "concatFiles.txt"
-        FileUtils.catFilesByPattern( "dummy*.txt", outFile, separator = "\n+------------+\n", skipHeaders = True)
-        self.assertTrue( os.path.exists( outFile ) )
-        exp = "line12\nline13\n\n+------------+\nline22\nline23\n\n+------------+\nline32\nline33\n"
-        obs = FileUtils.getFileContent( [ outFile ] )
-        self.assertEqual( exp, obs )
-        for f in lFiles:
-            os.remove( f )
-        os.remove(outFile)
-            
-    def test_isRessourceExists_exists(self): 
-        f = open("dummyFile.txt", "w")
-        f.close()
-        self.assertTrue(FileUtils.isRessourceExists("dummyFile.txt"))
-        os.system("rm dummyFile.txt")
-            
-    def test_isRessourceExists_not_exists(self):
-        self.assertFalse(FileUtils.isRessourceExists("dummyFile.txt"))
-            
-    def test_isEmpty_empty( self ):
-        file = "dummyFile_%s" % ( self._uniqId )
-        os.system( "touch %s" % ( file ) )
-        self.assertTrue( FileUtils.isEmpty( file ) )
-        os.remove( file )
-        
-    def test_isEmpty_non_empty( self ):
-        file = "dummyFile_%s" % ( self._uniqId )
-        fileHandler = open( file, "w" )
-        fileHandler.write( "line1\n" )
-        fileHandler.close()
-        self.assertFalse( FileUtils.isEmpty( file ) )
-        os.remove( file )
-        
-    def test_are2FilesIdentical_true( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line11\n")
-        f.close()
-        self.assertTrue( FileUtils.are2FilesIdentical( "dummy1.txt", "dummy2.txt" ) )
-        for f in [ "dummy1.txt", "dummy2.txt" ]:
-            os.remove( f )
-            
-    def test_are2FilesIdentical_false( self ):
-        f = open("dummy1.txt", "w")
-        f.write("line11\n")
-        f.close()
-        f = open("dummy2.txt", "w")
-        f.write("line21\n")
-        f.close()
-        self.assertFalse( FileUtils.are2FilesIdentical( "dummy1.txt", "dummy2.txt" ) )
-        for f in [ "dummy1.txt", "dummy2.txt" ]:
-            os.remove( f )
-            
-    def test_getFileContent( self ):
-        inFile = "dummyInFile_%s" % ( self._uniqId )
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "zgdfet\n" )
-        inFileHandler.write( "agdfet\n" )
-        inFileHandler.close()
-        exp = "zgdfet\n" + "agdfet\n"
-        obs = FileUtils.getFileContent( [ inFile ] )
-        self.assertEquals( exp, obs )
-        os.remove( inFile )
-        
-    def test_sortFileContent( self ):
-        inFile = "dummyInFile_%s" % ( self._uniqId )
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "zgdfet\n" )
-        inFileHandler.write( "agdfet\n" )
-        inFileHandler.close()
-        
-        expFile = "dummyExpFile_%s" % ( self._uniqId )
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "agdfet\n" )
-        expFileHandler.write( "zgdfet\n" )
-        expFileHandler.close()
-        
-        FileUtils.sortFileContent( inFile )
-        
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, inFile ) )
-        for f in [ inFile, expFile ]:
-            os.remove( f )
-            
-    def test_removeFilesByPattern_prefix( self ):
-        fileName1 = "filetest.fa"
-        fileName2 = "test.fa.Nstretch.map"
-        fileName3 = "test.fa_cut"
-        os.system("touch %s" % fileName1)
-        os.system("touch %s" % fileName2)
-        os.system("touch %s" % fileName3)
-        FileUtils.removeFilesByPattern("test*")
-        self.assertTrue(os.path.exists(fileName1))
-        self.assertFalse(os.path.exists(fileName2))
-        self.assertFalse(os.path.exists(fileName3))
-        os.remove(fileName1)
-            
-    def test_removeFilesByPattern_suffix( self ):
-        fileName1 = "filetest"
-        fileName2 = "test.fa.Nstretch.map"
-        fileName3 = "test.fa_cut"
-        os.system("touch %s" % fileName1)
-        os.system("touch %s" % fileName2)
-        os.system("touch %s" % fileName3)
-        FileUtils.removeFilesByPattern("*test")
-        self.assertFalse(os.path.exists(fileName1))
-        self.assertTrue(os.path.exists(fileName2))
-        self.assertTrue(os.path.exists(fileName3))
-        os.remove(fileName2)
-        os.remove(fileName3)
-            
-    def test_removeFilesBySuffixList( self ):
-        tmpDir = "dummyDir_%s" % ( self._uniqId )
-        if not os.path.exists( tmpDir ):
-            os.mkdir( tmpDir )
-        commonPrefix = "dummyFile_%s"  %( self._uniqId )
-        os.system( "touch %s/%s.fa" % ( tmpDir, commonPrefix ) )
-        os.system( "touch %s/%s.fa.Nstretch.map" % ( tmpDir, commonPrefix ) )
-        os.system( "touch %s/%s.fa_cut" % ( tmpDir, commonPrefix ) )
-        lSuffixes = [ ".Nstretch.map", "_cut" ]
-        FileUtils.removeFilesBySuffixList( tmpDir, lSuffixes )
-        self.assertTrue( os.path.exists( "%s/%s.fa" % ( tmpDir, commonPrefix ) ) )
-        self.assertFalse( os.path.exists( "%s/%s.fa.Nstretch.map" % ( tmpDir, commonPrefix ) ) )
-        self.assertFalse( os.path.exists( "%s/%s.fa_cut" % ( tmpDir, commonPrefix ) ) )
-        shutil.rmtree( tmpDir )
-        
-    def test_removeRepeatedBlanks( self ):
-        inFileName = "dummyWithRepeatedBlanks.dum"
-        obsFileName = "dummyWithoutRepeatedBlanks.dum"
-        expFileName = "dummyExpWithoutRepeatedBlanks.dum"
-        self._writeFileWithRepeatedBlanks( inFileName )
-        self._writeFileWithoutRepeatedBlanks( expFileName )
-        FileUtils.removeRepeatedBlanks( inFileName, obsFileName )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        for f in [ inFileName, expFileName, obsFileName ]:
-            os.remove( f )
-            
-    def test_RemoveRepeatedBlanks_without_outfileName (self):
-        inFileName = "dummyWithRepeatedBlanks.dum"
-        expFileName = "dummyExpWithoutRepeatedBlanks.dum"
-        obsFileName = inFileName
-        self._writeFileWithRepeatedBlanks( inFileName )
-        self._writeFileWithoutRepeatedBlanks( expFileName )
-        FileUtils.removeRepeatedBlanks( inFileName )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFileName, obsFileName ) )
-        for f in [ inFileName, expFileName ]:
-            os.remove( f )
-
-
-    def test_fromWindowsToUnixEof( self ):
-        inFile = "dummyInFile"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "toto\r\n" )
-        inFileHandler.close()
-        expFile = "dummyExpFile"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "toto\n" )
-        expFileHandler.close()
-        FileUtils.fromWindowsToUnixEof( inFile )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, inFile ) )
-        for f in [ inFile, expFile ]:
-            os.remove( f )
-            
-            
-    def test_removeDuplicatedLines( self ):
-        inFile = "dummyInFile"
-        inFileHandler = open( inFile, "w" )
-        inFileHandler.write( "toto\n" )
-        inFileHandler.write( "titi\n" )
-        inFileHandler.write( "toto\n" )
-        inFileHandler.close()
-        expFile = "dummyExpFile"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "toto\n" )
-        expFileHandler.write( "titi\n" )
-        expFileHandler.close()
-        FileUtils.removeDuplicatedLines( inFile )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, inFile ) )
-        for f in [ inFile, expFile ]:
-            os.remove( f )
-            
-            
-    def test_writeLineListInFile( self ):
-        inFile = "dummyInFile"
-        lLines = [ "toto\n", "titi\n" ]
-        expFile = "dummyExpFile"
-        expFileHandler = open( expFile, "w" )
-        expFileHandler.write( "toto\n" )
-        expFileHandler.write( "titi\n" )
-        expFileHandler.close()
-        FileUtils.writeLineListInFile( inFile, lLines )
-        self.assertTrue( FileUtils.are2FilesIdentical( expFile, inFile ) )
-        for f in [ inFile, expFile ]:
-            os.remove( f )
-            
-        
-    def test_getAbsoluteDirectoryPathList(self):
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        if os.path.exists( rootDir ):
-            shutil.rmtree(rootDir)
-        os.mkdir(rootDir)
-        
-        os.mkdir(rootDir + "/" + "dummyDir1")
-        os.mkdir(rootDir + "/" + "dummyDir2")
-        
-        expLDir = [rootDir + "/" + "dummyDir1", rootDir + "/" + "dummyDir2"]
-        obsLDir = FileUtils.getAbsoluteDirectoryPathList(rootDir)
-        
-        expLDir.sort()
-        obsLDir.sort()
-        self.assertEquals(expLDir, obsLDir)
-        
-        shutil.rmtree(rootDir + "/" + "dummyDir1")
-        shutil.rmtree(rootDir + "/" + "dummyDir2")
-        shutil.rmtree(rootDir)
-        
-        
-    def test_getAbsoluteDirectoryPathList_empty_dir(self):
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        if os.path.exists( rootDir ):
-            shutil.rmtree(rootDir)
-        os.mkdir(rootDir)
-        
-        expLDir = []
-        obsLDir = FileUtils.getAbsoluteDirectoryPathList(rootDir)
-        
-        self.assertEquals(expLDir, obsLDir)
-        
-        shutil.rmtree(rootDir)
-        
-        
-    def test_getSubListAccordingToPattern_match(self):
-        lPath = ["/home/repet/titi", "/pattern/test", "/patter/test", "/_patternic_/test", "/home/patternic/test", "/home/pattern", "pattern", ""]
-        
-        expL = ["/pattern/test", "/_patternic_/test", "/home/patternic/test", "/home/pattern", "pattern"]
-        obsL = FileUtils.getSubListAccordingToPattern(lPath, "pattern")
-        
-        self.assertEquals(expL, obsL)
-        
-        
-    def test_getSubListAccordingToPattern_not_match(self):
-        lPath = ["/home/repet/titi", "/pattern/test", "/patter/test", "/_patternic_/test", "/home/patternic/test", "/home/pattern", "pattern", ""]
-        
-        expL = ["/home/repet/titi", "/patter/test", ""]
-        obsL = FileUtils.getSubListAccordingToPattern(lPath, "pattern", False)
-
-        self.assertEquals(expL, obsL)
-        
-        
-    def test_getFileNamesList(self):
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        if os.path.exists( rootDir ):
-            shutil.rmtree(rootDir)
-        os.mkdir(rootDir)
-        
-        directory = "testDir"
-        os.mkdir(rootDir + "/" + directory)
-        fileName1 = "dummyFile1.gff"
-        fullFileName1 = rootDir + "/" + directory + "/" + fileName1
-        file1 = open(fullFileName1, "w")
-        file1.close()
-        fileName2 = "dummyFile2.gff"
-        fullFileName2 = rootDir + "/" + directory + "/" + fileName2
-        file2 = open(fullFileName2, "w")
-        file2.close()
-        
-        expLFiles = [fileName1, fileName2]
-        obsLFiles = FileUtils.getFileNamesList(rootDir + "/" + directory)
-        
-        self.assertEquals(expLFiles, sorted(obsLFiles))
-        
-        shutil.rmtree(rootDir)
-        
-    def test_getFileNamesList_withPattern(self):
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        if os.path.exists( rootDir ):
-            shutil.rmtree(rootDir)
-        os.mkdir(rootDir)
-        
-        directory = "testDir"
-        os.mkdir(rootDir + "/" + directory)
-        fileName1 = "dummyFile1.gff"
-        fullFileName1 = rootDir + "/" + directory + "/" + fileName1
-        file1 = open(fullFileName1, "w")
-        file1.close()
-        fileName2 = "dummyFile2.gff"
-        fullFileName2 = rootDir + "/" + directory + "/" + fileName2
-        file2 = open(fullFileName2, "w")
-        file2.close()
-        
-        expLFiles = [fileName1]
-        obsLFiles = FileUtils.getFileNamesList(rootDir + "/" + directory, "dummyFile1.*")
-        
-        self.assertEquals(expLFiles, obsLFiles)
-        
-        shutil.rmtree(rootDir)
-        
-    def test_getFileNamesList_empty_dir(self):
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        os.mkdir(rootDir)
-    
-        directory = "testDir"
-        os.mkdir(rootDir + "/" + directory)
-        
-        expLFiles = []
-        obsLFiles = FileUtils.getFileNamesList(rootDir + "/" + directory)
-        
-        self.assertEquals(expLFiles, obsLFiles)
-        
-        shutil.rmtree(rootDir)
-        
-    def test_getMd5SecureHash( self ):
-        if "hashlib" in sys.modules:
-            inFile = "dummyInFile"
-            inFileHandler = open( inFile, "w" )
-            inFileHandler.write( "DLZIH17T63B;?" )
-            inFileHandler.close()
-            exp = "50d1e2ded8f03881f940f70226e2b986"
-            obs = FileUtils.getMd5SecureHash( inFile )
-            self.assertEqual( exp, obs )
-            os.remove( inFile )
-            
-    def test_catFilesOfDir(self):        
-        currentDir = os.getcwd()
-        rootDir = currentDir + "/" + "dummy"
-        if os.path.exists( rootDir ):
-            shutil.rmtree(rootDir)
-        os.mkdir(rootDir)
-        
-        directory = "testDir"
-        os.mkdir(rootDir + "/" + directory)
-        fileName1 = "dummyFile1.gff"
-        fullFileName1 = rootDir + "/" + directory + "/" + fileName1
-        file1 = open(fullFileName1, "w")
-        file1.write("file1\n")
-        file1.close()
-        fileName2 = "dummyFile2.gff"
-        fullFileName2 = rootDir + "/" + directory + "/" + fileName2
-        file2 = open(fullFileName2, "w")
-        file2.write("file2\n")
-        file2.close()
-        obsFile = "obsFile"
-        expFile = "expFile"
-        expF = open(expFile, "w")
-        expF.write("file1\nfile2\n")
-        expF.close()
-        FileUtils.catFilesOfDir(rootDir + "/" + directory, obsFile)
-        self.assertTrue(FileUtils.are2FilesIdentical(expFile, obsFile))
-        
-        shutil.rmtree(rootDir)
-        os.remove(expFile)
-        os.remove(obsFile)
-        
-    def test_isSizeNotNull_True(self):
-        file = "dummyExpFile"
-        fileHandler = open( file, "w" )
-        fileHandler.write( "toto\n" )
-        fileHandler.write( "titi\n" )
-        fileHandler.close()
-        obsSize = FileUtils.isSizeNotNull(file)
-        self.assertTrue(obsSize)
-        os.remove(file)
-        
-    def test_isSizeNotNull_False(self):
-        file = "dummyExpFile"
-        fileHandler = open( file, "w" )
-        fileHandler.close()
-        obsSize = FileUtils.isSizeNotNull(file)
-        self.assertFalse(obsSize)
-        os.remove(file)
-            
-    def test_splitFileIntoNFiles_3_files(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        obsFile2 = "dummy-2.txt"
-        obsFile3 = "dummy-3.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\n"
-        exp2 = "line2\n"
-        exp3 = "line3\n"
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 3)
-        
-        obs1 = open(obsFile1).read()
-        obs2 = open(obsFile2).read()
-        obs3 = open(obsFile3).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertEqual(exp2, obs2)
-        self.assertEqual(exp3, obs3)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-4.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileIntoNFiles_2_files(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        obsFile2 = "dummy-2.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\n"
-        exp2 = "line3\n"
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 2)
-        
-        obs1 = open(obsFile1).read()
-        obs2 = open(obsFile2).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertEqual(exp2, obs2)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-3.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileIntoNFiles_one_file(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\nline3\n"
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 1)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileIntoNFiles_more_file_than_lines(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        obsFile2 = "dummy-2.txt"
-        obsFile3 = "dummy-3.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\n"
-        exp2 = "line2\n"
-        exp3 = "line3\n"
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 10)
-        
-        obs1 = open(obsFile1).read()
-        obs2 = open(obsFile2).read()
-        obs3 = open(obsFile3).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertEqual(exp2, obs2)
-        self.assertEqual(exp3, obs3)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-4.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-        
-    def test_splitFileIntoNFiles_empty_file(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-
-        os.system( "touch %s" % ( inputFile ) )
-
-        exp1 = ""
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 10)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-        
-    def test_splitFileIntoNFiles_0_file(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-        
-        exp1 = "line1\nline2\nline3\n"
-        
-        FileUtils.splitFileIntoNFiles(inputFile, 0)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-        
-    def test_splitFileAccordingToLineNumber_3_files(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        obsFile2 = "dummy-2.txt"
-        obsFile3 = "dummy-3.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\n"
-        exp2 = "line2\n"
-        exp3 = "line3\n"
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 1)
-        
-        obs1 = open(obsFile1).read()
-        obs2 = open(obsFile2).read()
-        obs3 = open(obsFile3).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertEqual(exp2, obs2)
-        self.assertEqual(exp3, obs3)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-4.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileAccordingToLineNumber_2_files(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        obsFile2 = "dummy-2.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\n"
-        exp2 = "line3\n"
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 2)
-        
-        obs1 = open(obsFile1).read()
-        obs2 = open(obsFile2).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertEqual(exp2, obs2)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-3.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileAccordingToLineNumber_one_file(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\nline3\n"
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 3)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileAccordingToLineNumber_more_maxLines_than_lines(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\nline3\n"
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 10)
-        
-        obs1 = open(obsFile1).read()
-
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileAccordingToLineNumber_empty_file(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-
-        os.system( "touch %s" % ( inputFile ) )
-
-        exp1 = ""
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 10)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-            
-    def test_splitFileAccordingToLineNumber_0_lines(self):
-        inputFile = "dummy.txt"
-        obsFile1 = "dummy-1.txt"
-        
-        f = open(inputFile, "w")
-        f.write("line1\n")
-        f.write("line2\n")
-        f.write("line3\n")
-        f.close()
-
-        exp1 = "line1\nline2\nline3\n"
-        
-        FileUtils.splitFileAccordingToLineNumber(inputFile, 0)
-        
-        obs1 = open(obsFile1).read()
-        
-        self.assertEqual(exp1, obs1)
-        self.assertFalse(FileUtils.isRessourceExists("dummy-2.txt"))
-        FileUtils.removeFilesByPattern("dummy*")
-    
-    def _writeFile( self, fileName ):
-        inFile = open(fileName, 'w')
-        inFile.write(">Sequence_de_reference\n")
-        inFile.write("ATTTTGCAGTCTTATTCGAG-----GCCATTGCT\n")
-        inFile.write(">Lignee1_mismatch\n")
-        inFile.write("ATTTTGCAGACTTATTCGAG-----GCCATTGCT\n")
-        inFile.write(">Lignee2_insertion\n")
-        inFile.write("ATTTTGCAGTCTTATTCGAGATTACGCCATTGCT\n")
-        inFile.write(">Lignee3_deletion\n")
-        inFile.write("A---TGCAGTCTTATTCGAG-----GCCATTGCT\n")
-        inFile.close()      
-        
-    def _writeFileWithEmptyLine( self, fileName ):
-        fileWithEmptyLine = open(fileName, 'w')
-        fileWithEmptyLine.write(">Sequence_de_reference\n")
-        fileWithEmptyLine.write("ATTTTGCAGTCTTATTCGAG-----GCCATTGCT\n")
-        fileWithEmptyLine.write("\n\n")
-        fileWithEmptyLine.write(">Lignee1_mismatch\n")
-        fileWithEmptyLine.write("ATTTTGCAGACTTATTCGAG-----GCCATTGCT\n")
-        fileWithEmptyLine.write("\n\n")
-        fileWithEmptyLine.write(">Lignee2_insertion\n")
-        fileWithEmptyLine.write("ATTTTGCAGTCTTATTCGAGATTACGCCATTGCT\n")
-        fileWithEmptyLine.write("\n")
-        fileWithEmptyLine.write(">Lignee3_deletion\n")
-        fileWithEmptyLine.write("A---TGCAGTCTTATTCGAG-----GCCATTGCT\n")
-        fileWithEmptyLine.close() 
-        
-    def _writeFileWithRepeatedBlanks( self, fileName ):
-        fileWithRepeatedBlanks = open(fileName, 'w')
-        fileWithRepeatedBlanks.write(">Sequ  ence_de     _reference\n")
-        fileWithRepeatedBlanks.write("ATTTT  GCAGTCTT TTCGAG-  ----GCCATT  GCT\n")
-        fileWithRepeatedBlanks.close() 
-        
-    def _writeFileWithoutRepeatedBlanks( self, fileName ):
-        fileWithoutRepeatedBlanks = open(fileName, 'w')
-        fileWithoutRepeatedBlanks.write(">Sequ ence_de _reference\n")
-        fileWithoutRepeatedBlanks.write("ATTTT GCAGTCTT TTCGAG- ----GCCATT GCT\n")
-        fileWithoutRepeatedBlanks.close()
-        
-if __name__ == "__main__":
-    unittest.main()
\ No newline at end of file
--- a/commons/core/writer/test/Test_Gff3Writer.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,101 +0,0 @@
-from commons.core.writer.Gff3Writer import Gff3Writer
-from SMART.Java.Python.structure.Transcript import Transcript
-from SMART.Java.Python.structure.Interval import Interval
-import unittest
-import os
-from SMART.Java.Python.misc import Utils
-
-class Test_Gff3Writer(unittest.TestCase):
-  
-    def test_writer(self):
-        obsFileName = "testGffWriter1.gff3"
-        writer = Gff3Writer(obsFileName)
-        
-        transcript = Transcript()
-        transcript.setName("test1.1")
-        transcript.setChromosome("arm_X")
-        transcript.setStart(1000)
-        transcript.setEnd(4000)
-        transcript.setDirection("+")
-        transcript.setTagValue("ID", "test1.1-1")
-        transcript.setTagValue("occurrence", 1)
-        transcript.setTagValue("nbOccurrences", 2)
-        
-        exon1 = Interval()
-        exon1.setChromosome("arm_X")
-        exon1.setStart(1000)
-        exon1.setEnd(2000)
-        exon1.setDirection("+")
-        
-        exon2 = Interval()
-        exon2.setChromosome("arm_X")
-        exon2.setStart(3000)
-        exon2.setEnd(4000)
-        exon2.setDirection("+")
-        
-        transcript.addExon(exon1)
-        transcript.addExon(exon2)
-        
-        writer.addTranscript(transcript)
-        writer.write()
-        writer.close()
-        
-        expFileName = "expFile.gff3"
-        f = open(expFileName, "w")
-        f.write("arm_X\tS-MART\ttranscript\t1000\t4000\t.\t+\t.\tnbOccurrences=2;ID=test1.1-1;occurrence=1;Name=test1.1\n")
-        f.write("arm_X\tS-MART\texon\t1000\t2000\t.\t+\t.\tID=test1.1-1-exon1;Name=test1.1-exon1;Parent=test1.1-1\n")
-        f.write("arm_X\tS-MART\texon\t3000\t4000\t.\t+\t.\tID=test1.1-1-exon2;Name=test1.1-exon2;Parent=test1.1-1\n")
-        f.close()
-        
-        self.assertTrue(Utils.diff(expFileName, obsFileName))
-        
-        os.remove(expFileName)
-        os.remove(obsFileName)
-        
-    def test_writerAltNames(self):
-        obsFileName = "testGffWriter1.gff3"
-        writer = Gff3Writer(obsFileName,title="ALTSOURCE", feature="Match", featurePart="Match-Part")
-        
-        transcript = Transcript()
-        transcript.setName("test1.1")
-        transcript.setChromosome("arm_X")
-        transcript.setStart(1000)
-        transcript.setEnd(4000)
-        transcript.setDirection("+")
-        transcript.setTagValue("ID", "test1.1-1")
-        transcript.setTagValue("occurrence", 1)
-        transcript.setTagValue("nbOccurrences", 2)
-        
-        exon1 = Interval()
-        exon1.setChromosome("arm_X")
-        exon1.setStart(1000)
-        exon1.setEnd(2000)
-        exon1.setDirection("+")
-        
-        exon2 = Interval()
-        exon2.setChromosome("arm_X")
-        exon2.setStart(3000)
-        exon2.setEnd(4000)
-        exon2.setDirection("+")
-        
-        transcript.addExon(exon1)
-        transcript.addExon(exon2)
-        
-        writer.addTranscript(transcript)
-        writer.write()
-        writer.close()
-        
-        expFileName = "expFile.gff3"
-        f = open(expFileName, "w")
-        f.write("arm_X\tALTSOURCE\tMatch\t1000\t4000\t.\t+\t.\tnbOccurrences=2;ID=test1.1-1;occurrence=1;Name=test1.1\n")
-        f.write("arm_X\tALTSOURCE\tMatch-Part\t1000\t2000\t.\t+\t.\tID=test1.1-1-Match-Part1;Name=test1.1-Match-Part1;Parent=test1.1-1\n")
-        f.write("arm_X\tALTSOURCE\tMatch-Part\t3000\t4000\t.\t+\t.\tID=test1.1-1-Match-Part2;Name=test1.1-Match-Part2;Parent=test1.1-1\n")
-        f.close()
-        
-        self.assertTrue(Utils.diff(expFileName, obsFileName))
-        
-        os.remove(expFileName)
-        os.remove(obsFileName)
-
-if __name__ == '__main__':
-    unittest.main()
--- a/commons/core/writer/test/Test_MapWriter.py	Mon Apr 29 03:26:07 2013 -0400
+++ /dev/null	Thu Jan 01 00:00:00 1970 +0000
@@ -1,61 +0,0 @@
-from SMART.Java.Python.structure.Transcript import Transcript
-from SMART.Java.Python.structure.Interval import Interval
-import unittest
-import os
-from SMART.Java.Python.misc import Utils
-from commons.core.writer.MapWriter import MapWriter
-from commons.core.utils.FileUtils import FileUtils
-
-class Test_MapWriter(unittest.TestCase):
-    
-    def setUp(self):
-        self.expFileName = "expMapWriter.map"
-        self.obsFileName = "testMapWriter1.map"
-        
-    def tearDown(self):
-        os.remove(self.expFileName)
-        os.remove(self.obsFileName)
-        
-    def test_writer(self):
-        self.write_ExpMapFileName()
-        writer = MapWriter(self.obsFileName)
-        
-        transcript = Transcript()
-        transcript.setName("test1.1")
-        transcript.setChromosome("arm_X")
-        transcript.setStart(1000)
-        transcript.setEnd(4000)
-        transcript.setDirection("+")
-        transcript.setTagValue("ID", "test1.1-1")
-        transcript.setTagValue("occurrence", 1)
-        transcript.setTagValue("nbOccurrences", 2)
-        
-        exon1 = Interval()
-        exon1.setChromosome("arm_X")
-        exon1.setStart(1000)
-        exon1.setEnd(2000)
-        exon1.setDirection("+")
-        
-        exon2 = Interval()
-        exon2.setChromosome("arm_X")
-        exon2.setStart(3000)
-        exon2.setEnd(4000)
-        exon2.setDirection("+")
-        
-        transcript.addExon(exon1)
-        transcript.addExon(exon2)
-        
-        writer.addTranscript(transcript)
-        writer.write()
-        writer.close()
-        
-        self.assertTrue(FileUtils.are2FilesIdentical(self.expFileName, self.obsFileName))
-        
-
-    def write_ExpMapFileName(self):
-        f = open(self.expFileName, "w")
-        f.write("test1.1\tarm_X\t1000\t4001\n")
-        f.close()
-
-if __name__ == '__main__':
-    unittest.main()