Mercurial > repos > diodupima > coast_report

diff test-data/report/coast_report.html @ 0:44bd59ba0858 draft

Find changesets by keywords (author, files, the commit message), revision number or hash, or revset expression.
"planemo upload commit 50c5525c05d834545335e0273352b1aff79e5702"
author diodupima
date Thu, 15 Jul 2021 16:52:36 +0000
parents
children 3f1f00433c2b
line wrap: on
line diff
--- /dev/null	Thu Jan 01 00:00:00 1970 +0000
+++ b/test-data/report/coast_report.html	Thu Jul 15 16:52:36 2021 +0000
@@ -0,0 +1,1027 @@
+<!DOCTYPE html>
+<html>
+  <head>
+    <title>COAST Report</title>
+  </head>
+  <body>
+    <div id="header">
+      <h1>COAST Report</h1>
+    </div>
+    <div class="body">
+      <div>
+        <h2>Query Summary</h2>
+        <p>Organism: Unknown</p>
+        <p>Number of proteins: 244</p>
+        <h3>AAIc settings:</h3>
+        <p>AAIc filter: 10%</p>
+        <h3>AAIbd settings:</h3>
+        <p>Minimum ID: 40%</p>
+        <p>Minimum Coverage: 50%</p>
+        <p>Report Date: 2021-07-08 17:56:38</p>
+      </div>
+      <div>
+        <h2>Table Summary</h2>
+        <td><table border="1" class="dataframe">
+  <thead>
+    <tr style="text-align: right;">
+      <th>staxids</th>
+      <th>sscinames</th>
+      <th>sskingdoms</th>
+      <th>aaic</th>
+      <th>aaibd</th>
+      <th>hitspp</th>
+      <th>match</th>
+      <th>pmatch</th>
+    </tr>
+  </thead>
+  <tbody>
+    <tr>
+      <td>889338</td>
+      <td>Salmonella phage PVPSE1</td>
+      <td>Viruses</td>
+      <td>100.000</td>
+      <td>100.000</td>
+      <td>1.053</td>
+      <td>244</td>
+      <td>1.000</td>
+    </tr>
+    <tr>
+      <td>1204529</td>
+      <td>Salmonella phage SSE121</td>
+      <td>Viruses</td>
+      <td>88.471</td>
+      <td>97.380</td>
+      <td>0.959</td>
+      <td>223</td>
+      <td>0.914</td>
+    </tr>
+    <tr>
+      <td>1391428</td>
+      <td>Escherichia phage 4MG</td>
+      <td>Viruses</td>
+      <td>64.644</td>
+      <td>79.041</td>
+      <td>0.865</td>
+      <td>204</td>
+      <td>0.836</td>
+    </tr>
+    <tr>
+      <td>1141135</td>
+      <td>Cronobacter phage vB_CsaM_GAP31</td>
+      <td>Viruses</td>
+      <td>64.604</td>
+      <td>79.259</td>
+      <td>0.881</td>
+      <td>205</td>
+      <td>0.840</td>
+    </tr>
+    <tr>
+      <td>1907784</td>
+      <td>Klebsiella phage vB_KpnM_BIS47</td>
+      <td>Viruses</td>
+      <td>50.224</td>
+      <td>70.825</td>
+      <td>0.775</td>
+      <td>183</td>
+      <td>0.750</td>
+    </tr>
+    <tr>
+      <td>2053702</td>
+      <td>Raoultella phage Ro1</td>
+      <td>Viruses</td>
+      <td>50.051</td>
+      <td>70.388</td>
+      <td>0.824</td>
+      <td>181</td>
+      <td>0.742</td>
+    </tr>
+    <tr>
+      <td>2723896</td>
+      <td>Klebsiella virus KpS8</td>
+      <td>Viruses</td>
+      <td>49.892</td>
+      <td>70.182</td>
+      <td>0.754</td>
+      <td>183</td>
+      <td>0.750</td>
+    </tr>
+    <tr>
+      <td>2483610</td>
+      <td>Proteus phage Mydo</td>
+      <td>Viruses</td>
+      <td>49.667</td>
+      <td>70.479</td>
+      <td>0.750</td>
+      <td>182</td>
+      <td>0.746</td>
+    </tr>
+    <tr>
+      <td>1719140</td>
+      <td>Klebsiella phage vB_KpnM_KB57</td>
+      <td>Viruses</td>
+      <td>49.054</td>
+      <td>70.663</td>
+      <td>0.742</td>
+      <td>178</td>
+      <td>0.730</td>
+    </tr>
+    <tr>
+      <td>2776831</td>
+      <td>Klebsiella phage vB_KpnM_Seu621</td>
+      <td>Viruses</td>
+      <td>47.863</td>
+      <td>70.764</td>
+      <td>0.717</td>
+      <td>174</td>
+      <td>0.713</td>
+    </tr>
+    <tr>
+      <td>2601643</td>
+      <td>Erwinia phage pEp_SNUABM_01</td>
+      <td>Viruses</td>
+      <td>36.402</td>
+      <td>60.756</td>
+      <td>0.660</td>
+      <td>157</td>
+      <td>0.643</td>
+    </tr>
+    <tr>
+      <td>2678601</td>
+      <td>Erwinia phage Hena1</td>
+      <td>Viruses</td>
+      <td>35.469</td>
+      <td>60.723</td>
+      <td>0.635</td>
+      <td>154</td>
+      <td>0.631</td>
+    </tr>
+    <tr>
+      <td>1527519</td>
+      <td>Escherichia phage Av-05</td>
+      <td>Viruses</td>
+      <td>30.125</td>
+      <td>65.980</td>
+      <td>0.525</td>
+      <td>119</td>
+      <td>0.488</td>
+    </tr>
+    <tr>
+      <td>1654893</td>
+      <td>Salmonella phage 40</td>
+      <td>Viruses</td>
+      <td>24.107</td>
+      <td>82.719</td>
+      <td>0.426</td>
+      <td>74</td>
+      <td>0.303</td>
+    </tr>
+    <tr>
+      <td>1131317</td>
+      <td>Escherichia phage FV3</td>
+      <td>Viruses</td>
+      <td>20.215</td>
+      <td>54.723</td>
+      <td>0.430</td>
+      <td>101</td>
+      <td>0.414</td>
+    </tr>
+    <tr>
+      <td>2696406</td>
+      <td>Escherichia phage ime</td>
+      <td>Viruses</td>
+      <td>20.200</td>
+      <td>55.069</td>
+      <td>0.430</td>
+      <td>101</td>
+      <td>0.414</td>
+    </tr>
+    <tr>
+      <td>2696409</td>
+      <td>Escherichia phage isim</td>
+      <td>Viruses</td>
+      <td>20.129</td>
+      <td>54.502</td>
+      <td>0.430</td>
+      <td>101</td>
+      <td>0.414</td>
+    </tr>
+    <tr>
+      <td>2508197</td>
+      <td>Escherichia phage vB_EcoM_HdK5</td>
+      <td>Viruses</td>
+      <td>20.046</td>
+      <td>54.743</td>
+      <td>0.439</td>
+      <td>100</td>
+      <td>0.410</td>
+    </tr>
+    <tr>
+      <td>1327956</td>
+      <td>Escherichia phage JES2013</td>
+      <td>Viruses</td>
+      <td>20.015</td>
+      <td>54.716</td>
+      <td>0.434</td>
+      <td>100</td>
+      <td>0.410</td>
+    </tr>
+    <tr>
+      <td>2750849</td>
+      <td>Escherichia phage vB_EcoM_Gotham</td>
+      <td>Viruses</td>
+      <td>20.013</td>
+      <td>55.164</td>
+      <td>0.430</td>
+      <td>100</td>
+      <td>0.410</td>
+    </tr>
+    <tr>
+      <td>1446490</td>
+      <td>Escherichia phage FFH2</td>
+      <td>Viruses</td>
+      <td>19.954</td>
+      <td>55.163</td>
+      <td>0.426</td>
+      <td>100</td>
+      <td>0.410</td>
+    </tr>
+    <tr>
+      <td>2306966</td>
+      <td>Escherichia phage vB_EcoM-Pr121LW</td>
+      <td>Viruses</td>
+      <td>19.904</td>
+      <td>55.102</td>
+      <td>0.426</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2233993</td>
+      <td>Escherichia phage LL12</td>
+      <td>Viruses</td>
+      <td>19.893</td>
+      <td>55.021</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2696430</td>
+      <td>Escherichia phage navn</td>
+      <td>Viruses</td>
+      <td>19.880</td>
+      <td>54.692</td>
+      <td>0.426</td>
+      <td>100</td>
+      <td>0.410</td>
+    </tr>
+    <tr>
+      <td>399183</td>
+      <td>Escherichia phage V5</td>
+      <td>Viruses</td>
+      <td>19.875</td>
+      <td>54.693</td>
+      <td>0.426</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>1675606</td>
+      <td>Escherichia phage Murica</td>
+      <td>Viruses</td>
+      <td>19.868</td>
+      <td>55.155</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2048063</td>
+      <td>Phage 206</td>
+      <td>Viruses</td>
+      <td>19.853</td>
+      <td>54.942</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2048062</td>
+      <td>Phage 203</td>
+      <td>Viruses</td>
+      <td>19.853</td>
+      <td>54.942</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2576873</td>
+      <td>Eschericha phage vB_EcoM-ECP26</td>
+      <td>Viruses</td>
+      <td>19.850</td>
+      <td>54.862</td>
+      <td>0.434</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2696428</td>
+      <td>Escherichia phage naswa</td>
+      <td>Viruses</td>
+      <td>19.849</td>
+      <td>54.912</td>
+      <td>0.426</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2696415</td>
+      <td>Escherichia phage magaca</td>
+      <td>Viruses</td>
+      <td>19.840</td>
+      <td>54.881</td>
+      <td>0.426</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2502307</td>
+      <td>Escherichia phage EdH4</td>
+      <td>Viruses</td>
+      <td>19.836</td>
+      <td>55.020</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>1508679</td>
+      <td>Escherichia coli O157 typing phage 4</td>
+      <td>Viruses</td>
+      <td>19.835</td>
+      <td>54.880</td>
+      <td>0.434</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>1655314</td>
+      <td>Escherichia phage APECc02</td>
+      <td>Viruses</td>
+      <td>19.819</td>
+      <td>54.805</td>
+      <td>0.426</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2695843</td>
+      <td>Escherichia phage rV5_ev147</td>
+      <td>Viruses</td>
+      <td>19.819</td>
+      <td>54.290</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2695842</td>
+      <td>Escherichia phage rV5_ev156</td>
+      <td>Viruses</td>
+      <td>19.819</td>
+      <td>54.290</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2695841</td>
+      <td>Escherichia phage rV5_ev158</td>
+      <td>Viruses</td>
+      <td>19.778</td>
+      <td>54.244</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2695851</td>
+      <td>Escherichia phage rV5_ev168</td>
+      <td>Viruses</td>
+      <td>19.778</td>
+      <td>54.242</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2696439</td>
+      <td>Escherichia phage pangalan</td>
+      <td>Viruses</td>
+      <td>19.764</td>
+      <td>54.911</td>
+      <td>0.422</td>
+      <td>99</td>
+      <td>0.406</td>
+    </tr>
+    <tr>
+      <td>2763523</td>
+      <td>Escherichia phage vb_EcoM_bov22_2</td>
+      <td>Viruses</td>
+      <td>19.671</td>
+      <td>54.571</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2763522</td>
+      <td>Escherichia phage vb_EcoM_bov11CS3</td>
+      <td>Viruses</td>
+      <td>19.671</td>
+      <td>54.571</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2763521</td>
+      <td>Escherichia phage vb_EcoM_bov10K2</td>
+      <td>Viruses</td>
+      <td>19.671</td>
+      <td>54.571</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2696434</td>
+      <td>Escherichia phage nom</td>
+      <td>Viruses</td>
+      <td>19.618</td>
+      <td>54.384</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>1508680</td>
+      <td>Escherichia coli O157 typing phage 5</td>
+      <td>Viruses</td>
+      <td>19.602</td>
+      <td>54.734</td>
+      <td>0.426</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2591055</td>
+      <td>Shigella phage CM1</td>
+      <td>Viruses</td>
+      <td>19.577</td>
+      <td>54.865</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2695844</td>
+      <td>Escherichia phage rV5_ev146</td>
+      <td>Viruses</td>
+      <td>19.559</td>
+      <td>55.007</td>
+      <td>0.418</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2696408</td>
+      <td>Escherichia phage inoa</td>
+      <td>Viruses</td>
+      <td>19.549</td>
+      <td>54.663</td>
+      <td>0.414</td>
+      <td>98</td>
+      <td>0.402</td>
+    </tr>
+    <tr>
+      <td>2696435</td>
+      <td>Escherichia phage nomine</td>
+      <td>Viruses</td>
+      <td>19.541</td>
+      <td>55.232</td>
+      <td>0.414</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>2696436</td>
+      <td>Escherichia phage nomo</td>
+      <td>Viruses</td>
+      <td>19.530</td>
+      <td>54.991</td>
+      <td>0.418</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>2696433</td>
+      <td>Escherichia phage nimi</td>
+      <td>Viruses</td>
+      <td>19.450</td>
+      <td>54.617</td>
+      <td>0.414</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>2763524</td>
+      <td>Escherichia phage vb_EcoM_bov25_3</td>
+      <td>Viruses</td>
+      <td>19.433</td>
+      <td>54.521</td>
+      <td>0.414</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>2696427</td>
+      <td>Escherichia phage naam</td>
+      <td>Viruses</td>
+      <td>19.431</td>
+      <td>54.709</td>
+      <td>0.418</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>1508676</td>
+      <td>Escherichia coli O157 typing phage 14</td>
+      <td>Viruses</td>
+      <td>19.426</td>
+      <td>54.923</td>
+      <td>0.418</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>2576874</td>
+      <td>Escherichia phage vB_EcoM-ECP32</td>
+      <td>Viruses</td>
+      <td>19.371</td>
+      <td>54.435</td>
+      <td>0.414</td>
+      <td>97</td>
+      <td>0.398</td>
+    </tr>
+    <tr>
+      <td>1720503</td>
+      <td>Escherichia phage slur12</td>
+      <td>Viruses</td>
+      <td>19.194</td>
+      <td>54.702</td>
+      <td>0.414</td>
+      <td>96</td>
+      <td>0.393</td>
+    </tr>
+    <tr>
+      <td>1720495</td>
+      <td>Escherichia phage slur16</td>
+      <td>Viruses</td>
+      <td>19.192</td>
+      <td>54.695</td>
+      <td>0.414</td>
+      <td>96</td>
+      <td>0.393</td>
+    </tr>
+    <tr>
+      <td>1981500</td>
+      <td>Escherichia phage V18</td>
+      <td>Viruses</td>
+      <td>18.731</td>
+      <td>55.103</td>
+      <td>0.410</td>
+      <td>92</td>
+      <td>0.377</td>
+    </tr>
+    <tr>
+      <td>2591365</td>
+      <td>Klebsiella phage vB_KaeM_KaOmega</td>
+      <td>Viruses</td>
+      <td>18.154</td>
+      <td>53.524</td>
+      <td>0.402</td>
+      <td>94</td>
+      <td>0.385</td>
+    </tr>
+    <tr>
+      <td>2041488</td>
+      <td>Pectobacterium phage DU_PP_I</td>
+      <td>Viruses</td>
+      <td>17.924</td>
+      <td>52.015</td>
+      <td>0.447</td>
+      <td>96</td>
+      <td>0.393</td>
+    </tr>
+    <tr>
+      <td>2041491</td>
+      <td>Pectobacterium phage DU_PP_IV</td>
+      <td>Viruses</td>
+      <td>17.913</td>
+      <td>52.001</td>
+      <td>0.451</td>
+      <td>96</td>
+      <td>0.393</td>
+    </tr>
+    <tr>
+      <td>1162290</td>
+      <td>Cronobacter phage CR9</td>
+      <td>Viruses</td>
+      <td>17.865</td>
+      <td>52.906</td>
+      <td>0.393</td>
+      <td>94</td>
+      <td>0.385</td>
+    </tr>
+    <tr>
+      <td>1327934</td>
+      <td>Cronobacter phage CR8</td>
+      <td>Viruses</td>
+      <td>17.651</td>
+      <td>52.780</td>
+      <td>0.398</td>
+      <td>92</td>
+      <td>0.377</td>
+    </tr>
+    <tr>
+      <td>1684115</td>
+      <td>Cronobacter phage PBES 02</td>
+      <td>Viruses</td>
+      <td>17.580</td>
+      <td>52.729</td>
+      <td>0.414</td>
+      <td>93</td>
+      <td>0.381</td>
+    </tr>
+    <tr>
+      <td>1958916</td>
+      <td>Pectobacterium phage vB_PatM_CB7</td>
+      <td>Viruses</td>
+      <td>17.516</td>
+      <td>53.358</td>
+      <td>0.434</td>
+      <td>91</td>
+      <td>0.373</td>
+    </tr>
+    <tr>
+      <td>1162295</td>
+      <td>Cronobacter phage CR3</td>
+      <td>Viruses</td>
+      <td>17.422</td>
+      <td>52.826</td>
+      <td>0.402</td>
+      <td>91</td>
+      <td>0.373</td>
+    </tr>
+    <tr>
+      <td>2282400</td>
+      <td>Acinetobacter phage ABPH49</td>
+      <td>Viruses</td>
+      <td>16.563</td>
+      <td>52.956</td>
+      <td>0.365</td>
+      <td>86</td>
+      <td>0.352</td>
+    </tr>
+    <tr>
+      <td>1116482</td>
+      <td>Pectobacterium phage phiTE</td>
+      <td>Viruses</td>
+      <td>16.431</td>
+      <td>53.696</td>
+      <td>0.418</td>
+      <td>86</td>
+      <td>0.352</td>
+    </tr>
+    <tr>
+      <td>1654883</td>
+      <td>Salmonella phage 19</td>
+      <td>Viruses</td>
+      <td>15.710</td>
+      <td>79.135</td>
+      <td>0.283</td>
+      <td>50</td>
+      <td>0.205</td>
+    </tr>
+    <tr>
+      <td>2100421</td>
+      <td>uncultured Caudovirales phage</td>
+      <td>Viruses</td>
+      <td>14.806</td>
+      <td>48.065</td>
+      <td>4.098</td>
+      <td>94</td>
+      <td>0.385</td>
+    </tr>
+    <tr>
+      <td>1654894</td>
+      <td>Salmonella phage 41</td>
+      <td>Viruses</td>
+      <td>13.143</td>
+      <td>78.214</td>
+      <td>0.238</td>
+      <td>41</td>
+      <td>0.168</td>
+    </tr>
+    <tr>
+      <td>2697090</td>
+      <td>Escherichia phage vB_EcoM_UP17</td>
+      <td>Viruses</td>
+      <td>12.150</td>
+      <td>54.430</td>
+      <td>0.328</td>
+      <td>71</td>
+      <td>0.291</td>
+    </tr>
+    <tr>
+      <td>2591644</td>
+      <td>Prokaryotic dsDNA virus sp.</td>
+      <td>Viruses</td>
+      <td>12.091</td>
+      <td>45.880</td>
+      <td>1.320</td>
+      <td>82</td>
+      <td>0.336</td>
+    </tr>
+    <tr>
+      <td>1897495</td>
+      <td>Escherichia phage ESCO5</td>
+      <td>Viruses</td>
+      <td>11.881</td>
+      <td>54.677</td>
+      <td>0.328</td>
+      <td>69</td>
+      <td>0.283</td>
+    </tr>
+    <tr>
+      <td>2743961</td>
+      <td>Escherichia phage Mt1B1_P17</td>
+      <td>Viruses</td>
+      <td>11.879</td>
+      <td>53.965</td>
+      <td>0.311</td>
+      <td>69</td>
+      <td>0.283</td>
+    </tr>
+    <tr>
+      <td>2776821</td>
+      <td>Escherichia phage VEcB</td>
+      <td>Viruses</td>
+      <td>11.785</td>
+      <td>52.238</td>
+      <td>0.328</td>
+      <td>68</td>
+      <td>0.279</td>
+    </tr>
+    <tr>
+      <td>2316019</td>
+      <td>Escherichia phage vB_vPM_PD114</td>
+      <td>Viruses</td>
+      <td>11.730</td>
+      <td>53.345</td>
+      <td>0.348</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2696383</td>
+      <td>Escherichia phage anhysbys</td>
+      <td>Viruses</td>
+      <td>11.664</td>
+      <td>54.785</td>
+      <td>0.307</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2696379</td>
+      <td>Escherichia phage alia</td>
+      <td>Viruses</td>
+      <td>11.633</td>
+      <td>52.877</td>
+      <td>0.316</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2696431</td>
+      <td>Escherichia phage nepoznato</td>
+      <td>Viruses</td>
+      <td>11.632</td>
+      <td>55.762</td>
+      <td>0.324</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>1881104</td>
+      <td>Escherichia phage ESCO13</td>
+      <td>Viruses</td>
+      <td>11.608</td>
+      <td>54.279</td>
+      <td>0.303</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2696384</td>
+      <td>Escherichia phage arall</td>
+      <td>Viruses</td>
+      <td>11.605</td>
+      <td>52.573</td>
+      <td>0.316</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2178929</td>
+      <td>Escherichia phage vB_EcoM-Ro121lw</td>
+      <td>Viruses</td>
+      <td>11.585</td>
+      <td>54.327</td>
+      <td>0.307</td>
+      <td>67</td>
+      <td>0.275</td>
+    </tr>
+    <tr>
+      <td>2696432</td>
+      <td>Escherichia phage nieznany</td>
+      <td>Viruses</td>
+      <td>11.563</td>
+      <td>53.473</td>
+      <td>0.328</td>
+      <td>68</td>
+      <td>0.279</td>
+    </tr>
+    <tr>
+      <td>2696407</td>
+      <td>Escherichia phage inny</td>
+      <td>Viruses</td>
+      <td>11.516</td>
+      <td>52.517</td>
+      <td>0.307</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>2695845</td>
+      <td>Escherichia phage phAPEC8_ev052</td>
+      <td>Viruses</td>
+      <td>11.513</td>
+      <td>54.369</td>
+      <td>0.299</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>2696458</td>
+      <td>Escherichia phage ukendt</td>
+      <td>Viruses</td>
+      <td>11.473</td>
+      <td>54.311</td>
+      <td>0.311</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>2201417</td>
+      <td>Klebsiella phage ZCKP1</td>
+      <td>Viruses</td>
+      <td>11.459</td>
+      <td>54.708</td>
+      <td>0.311</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>948870</td>
+      <td>Enterobacteria phage phi92</td>
+      <td>Viruses</td>
+      <td>11.446</td>
+      <td>52.736</td>
+      <td>0.324</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>2508195</td>
+      <td>Escherichia phage vB_EcoM_Schickermooser</td>
+      <td>Viruses</td>
+      <td>11.390</td>
+      <td>54.385</td>
+      <td>0.299</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>1784948</td>
+      <td>Enterobacteria phage ECGD1</td>
+      <td>Viruses</td>
+      <td>11.261</td>
+      <td>52.772</td>
+      <td>0.324</td>
+      <td>65</td>
+      <td>0.266</td>
+    </tr>
+    <tr>
+      <td>2041347</td>
+      <td>Escherichia phage vB_EcoM_PHB05</td>
+      <td>Viruses</td>
+      <td>11.237</td>
+      <td>52.767</td>
+      <td>0.324</td>
+      <td>65</td>
+      <td>0.266</td>
+    </tr>
+    <tr>
+      <td>2696455</td>
+      <td>Escherichia phage tuntematon</td>
+      <td>Viruses</td>
+      <td>11.220</td>
+      <td>53.166</td>
+      <td>0.299</td>
+      <td>66</td>
+      <td>0.270</td>
+    </tr>
+    <tr>
+      <td>2696426</td>
+      <td>Escherichia phage muut</td>
+      <td>Viruses</td>
+      <td>11.108</td>
+      <td>52.835</td>
+      <td>0.299</td>
+      <td>64</td>
+      <td>0.262</td>
+    </tr>
+    <tr>
+      <td>2696438</td>
+      <td>Escherichia phage outra</td>
+      <td>Viruses</td>
+      <td>11.017</td>
+      <td>52.325</td>
+      <td>0.295</td>
+      <td>63</td>
+      <td>0.258</td>
+    </tr>
+    <tr>
+      <td>2315527</td>
+      <td>Escherichia phage vB_vPM_PD06</td>
+      <td>Viruses</td>
+      <td>10.923</td>
+      <td>51.998</td>
+      <td>0.320</td>
+      <td>64</td>
+      <td>0.262</td>
+    </tr>
+    <tr>
+      <td>1229753</td>
+      <td>Escherichia phage phAPEC8</td>
+      <td>Viruses</td>
+      <td>10.870</td>
+      <td>53.525</td>
+      <td>0.291</td>
+      <td>64</td>
+      <td>0.262</td>
+    </tr>
+    <tr>
+      <td>2144176</td>
+      <td>Escherichia phage vB_EcoM-Ro121c4YLVW</td>
+      <td>Viruses</td>
+      <td>10.806</td>
+      <td>53.729</td>
+      <td>0.303</td>
+      <td>64</td>
+      <td>0.262</td>
+    </tr>
+    <tr>
+      <td>2588520</td>
+      <td>Aeromonas phage 4_L372XY</td>
+      <td>Viruses</td>
+      <td>10.087</td>
+      <td>50.015</td>
+      <td>0.275</td>
+      <td>61</td>
+      <td>0.250</td>
+    </tr>
+  </tbody>
+</table></td>
+      </div>
+      <div>
+        <h2>Amino Acid Identity Heatmap</h2>
+        <img src="data:image/jpeg;base64,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">
+      </div>
+    </div>
+  </body>
+</html>
\ No newline at end of file