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"planemo upload commit 50c5525c05d834545335e0273352b1aff79e5702"
author diodupima
date Thu, 15 Jul 2021 16:51:26 +0000
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1 <!DOCTYPE html>
2 <html>
3 <head>
4 <title>COAST Report</title>
5 </head>
6 <body>
7 <div id="header">
8 <h1>COAST Report</h1>
9 </div>
10 <div class="body">
11 <div>
12 <h2>Query Summary</h2>
13 <p>Organism: Unknown</p>
14 <p>Number of proteins: 51</p>
15 <h3>AAIc settings:</h3>
16 <p>AAIc filter: 20%</p>
17 <h3>AAIbd settings:</h3>
18 <p>Minimum ID: 30%</p>
19 <p>Minimum Coverage: 30%</p>
20 <p>Report Date: 2021-07-08 18:50:23</p>
21 </div>
22 <div>
23 <h2>Table Summary</h2>
24 <td><table border="1" class="dataframe">
25 <thead>
26 <tr style="text-align: right;">
27 <th>staxids</th>
28 <th>sscinames</th>
29 <th>sskingdoms</th>
30 <th>aaic</th>
31 <th>aaibd</th>
32 <th>hitspp</th>
33 <th>match</th>
34 <th>pmatch</th>
35 </tr>
36 </thead>
37 <tbody>
38 <tr>
39 <td>889338</td>
40 <td>Salmonella phage PVPSE1</td>
41 <td>Viruses</td>
42 <td>100.000</td>
43 <td>100.000</td>
44 <td>5.039</td>
45 <td>51</td>
46 <td>1.000</td>
47 </tr>
48 <tr>
49 <td>1204529</td>
50 <td>Salmonella phage SSE121</td>
51 <td>Viruses</td>
52 <td>96.082</td>
53 <td>97.380</td>
54 <td>4.588</td>
55 <td>50</td>
56 <td>0.980</td>
57 </tr>
58 <tr>
59 <td>1391428</td>
60 <td>Escherichia phage 4MG</td>
61 <td>Viruses</td>
62 <td>68.310</td>
63 <td>79.041</td>
64 <td>4.137</td>
65 <td>41</td>
66 <td>0.804</td>
67 </tr>
68 <tr>
69 <td>1141135</td>
70 <td>Cronobacter phage vB_CsaM_GAP31</td>
71 <td>Viruses</td>
72 <td>66.767</td>
73 <td>79.259</td>
74 <td>4.216</td>
75 <td>40</td>
76 <td>0.784</td>
77 </tr>
78 <tr>
79 <td>2053702</td>
80 <td>Raoultella phage Ro1</td>
81 <td>Viruses</td>
82 <td>65.520</td>
83 <td>70.388</td>
84 <td>3.941</td>
85 <td>45</td>
86 <td>0.882</td>
87 </tr>
88 <tr>
89 <td>2483610</td>
90 <td>Proteus phage Mydo</td>
91 <td>Viruses</td>
92 <td>63.177</td>
93 <td>70.479</td>
94 <td>3.588</td>
95 <td>43</td>
96 <td>0.843</td>
97 </tr>
98 <tr>
99 <td>2723896</td>
100 <td>Klebsiella virus KpS8</td>
101 <td>Viruses</td>
102 <td>63.111</td>
103 <td>70.182</td>
104 <td>3.608</td>
105 <td>43</td>
106 <td>0.843</td>
107 </tr>
108 <tr>
109 <td>1907784</td>
110 <td>Klebsiella phage vB_KpnM_BIS47</td>
111 <td>Viruses</td>
112 <td>62.619</td>
113 <td>70.825</td>
114 <td>3.706</td>
115 <td>42</td>
116 <td>0.824</td>
117 </tr>
118 <tr>
119 <td>2776831</td>
120 <td>Klebsiella phage vB_KpnM_Seu621</td>
121 <td>Viruses</td>
122 <td>62.488</td>
123 <td>70.764</td>
124 <td>3.431</td>
125 <td>42</td>
126 <td>0.824</td>
127 </tr>
128 <tr>
129 <td>1719140</td>
130 <td>Klebsiella phage vB_KpnM_KB57</td>
131 <td>Viruses</td>
132 <td>62.168</td>
133 <td>70.663</td>
134 <td>3.549</td>
135 <td>42</td>
136 <td>0.824</td>
137 </tr>
138 <tr>
139 <td>2678601</td>
140 <td>Erwinia phage Hena1</td>
141 <td>Viruses</td>
142 <td>46.232</td>
143 <td>60.723</td>
144 <td>3.039</td>
145 <td>38</td>
146 <td>0.745</td>
147 </tr>
148 <tr>
149 <td>2601643</td>
150 <td>Erwinia phage pEp_SNUABM_01</td>
151 <td>Viruses</td>
152 <td>46.012</td>
153 <td>60.756</td>
154 <td>3.157</td>
155 <td>38</td>
156 <td>0.745</td>
157 </tr>
158 <tr>
159 <td>2696409</td>
160 <td>Escherichia phage isim</td>
161 <td>Viruses</td>
162 <td>38.669</td>
163 <td>54.502</td>
164 <td>2.059</td>
165 <td>37</td>
166 <td>0.725</td>
167 </tr>
168 <tr>
169 <td>2696406</td>
170 <td>Escherichia phage ime</td>
171 <td>Viruses</td>
172 <td>37.710</td>
173 <td>55.069</td>
174 <td>2.059</td>
175 <td>36</td>
176 <td>0.706</td>
177 </tr>
178 <tr>
179 <td>1131317</td>
180 <td>Escherichia phage FV3</td>
181 <td>Viruses</td>
182 <td>37.686</td>
183 <td>54.723</td>
184 <td>2.059</td>
185 <td>36</td>
186 <td>0.706</td>
187 </tr>
188 <tr>
189 <td>1446490</td>
190 <td>Escherichia phage FFH2</td>
191 <td>Viruses</td>
192 <td>37.603</td>
193 <td>55.163</td>
194 <td>2.039</td>
195 <td>36</td>
196 <td>0.706</td>
197 </tr>
198 <tr>
199 <td>2048063</td>
200 <td>Phage 206</td>
201 <td>Viruses</td>
202 <td>37.600</td>
203 <td>54.942</td>
204 <td>2.020</td>
205 <td>36</td>
206 <td>0.706</td>
207 </tr>
208 <tr>
209 <td>2048062</td>
210 <td>Phage 203</td>
211 <td>Viruses</td>
212 <td>37.600</td>
213 <td>54.942</td>
214 <td>2.020</td>
215 <td>36</td>
216 <td>0.706</td>
217 </tr>
218 <tr>
219 <td>2508197</td>
220 <td>Escherichia phage vB_EcoM_HdK5</td>
221 <td>Viruses</td>
222 <td>37.134</td>
223 <td>54.743</td>
224 <td>2.098</td>
225 <td>35</td>
226 <td>0.686</td>
227 </tr>
228 <tr>
229 <td>2696433</td>
230 <td>Escherichia phage nimi</td>
231 <td>Viruses</td>
232 <td>37.067</td>
233 <td>54.617</td>
234 <td>1.980</td>
235 <td>35</td>
236 <td>0.686</td>
237 </tr>
238 <tr>
239 <td>1508679</td>
240 <td>Escherichia coli O157 typing phage 4</td>
241 <td>Viruses</td>
242 <td>36.913</td>
243 <td>54.880</td>
244 <td>2.078</td>
245 <td>35</td>
246 <td>0.686</td>
247 </tr>
248 <tr>
249 <td>1655314</td>
250 <td>Escherichia phage APECc02</td>
251 <td>Viruses</td>
252 <td>36.803</td>
253 <td>54.805</td>
254 <td>2.039</td>
255 <td>35</td>
256 <td>0.686</td>
257 </tr>
258 <tr>
259 <td>1327956</td>
260 <td>Escherichia phage JES2013</td>
261 <td>Viruses</td>
262 <td>36.795</td>
263 <td>54.716</td>
264 <td>2.078</td>
265 <td>35</td>
266 <td>0.686</td>
267 </tr>
268 <tr>
269 <td>2591055</td>
270 <td>Shigella phage CM1</td>
271 <td>Viruses</td>
272 <td>36.729</td>
273 <td>54.865</td>
274 <td>2.000</td>
275 <td>35</td>
276 <td>0.686</td>
277 </tr>
278 <tr>
279 <td>2696434</td>
280 <td>Escherichia phage nom</td>
281 <td>Viruses</td>
282 <td>36.586</td>
283 <td>54.384</td>
284 <td>2.000</td>
285 <td>34</td>
286 <td>0.667</td>
287 </tr>
288 <tr>
289 <td>2576873</td>
290 <td>Eschericha phage vB_EcoM-ECP26</td>
291 <td>Viruses</td>
292 <td>36.441</td>
293 <td>54.862</td>
294 <td>2.078</td>
295 <td>34</td>
296 <td>0.667</td>
297 </tr>
298 <tr>
299 <td>2306966</td>
300 <td>Escherichia phage vB_EcoM-Pr121LW</td>
301 <td>Viruses</td>
302 <td>36.344</td>
303 <td>55.102</td>
304 <td>2.039</td>
305 <td>34</td>
306 <td>0.667</td>
307 </tr>
308 <tr>
309 <td>1675606</td>
310 <td>Escherichia phage Murica</td>
311 <td>Viruses</td>
312 <td>36.310</td>
313 <td>55.155</td>
314 <td>2.020</td>
315 <td>34</td>
316 <td>0.667</td>
317 </tr>
318 <tr>
319 <td>2696415</td>
320 <td>Escherichia phage magaca</td>
321 <td>Viruses</td>
322 <td>36.298</td>
323 <td>54.881</td>
324 <td>2.039</td>
325 <td>34</td>
326 <td>0.667</td>
327 </tr>
328 <tr>
329 <td>2696430</td>
330 <td>Escherichia phage navn</td>
331 <td>Viruses</td>
332 <td>36.273</td>
333 <td>54.692</td>
334 <td>2.039</td>
335 <td>35</td>
336 <td>0.686</td>
337 </tr>
338 <tr>
339 <td>2696436</td>
340 <td>Escherichia phage nomo</td>
341 <td>Viruses</td>
342 <td>36.265</td>
343 <td>54.991</td>
344 <td>2.000</td>
345 <td>34</td>
346 <td>0.667</td>
347 </tr>
348 <tr>
349 <td>1720503</td>
350 <td>Escherichia phage slur12</td>
351 <td>Viruses</td>
352 <td>36.249</td>
353 <td>54.702</td>
354 <td>1.980</td>
355 <td>34</td>
356 <td>0.667</td>
357 </tr>
358 <tr>
359 <td>1720495</td>
360 <td>Escherichia phage slur16</td>
361 <td>Viruses</td>
362 <td>36.246</td>
363 <td>54.695</td>
364 <td>1.980</td>
365 <td>34</td>
366 <td>0.667</td>
367 </tr>
368 <tr>
369 <td>1508676</td>
370 <td>Escherichia coli O157 typing phage 14</td>
371 <td>Viruses</td>
372 <td>36.225</td>
373 <td>54.923</td>
374 <td>2.000</td>
375 <td>34</td>
376 <td>0.667</td>
377 </tr>
378 <tr>
379 <td>2750849</td>
380 <td>Escherichia phage vB_EcoM_Gotham</td>
381 <td>Viruses</td>
382 <td>36.224</td>
383 <td>55.164</td>
384 <td>2.059</td>
385 <td>34</td>
386 <td>0.667</td>
387 </tr>
388 <tr>
389 <td>2696427</td>
390 <td>Escherichia phage naam</td>
391 <td>Viruses</td>
392 <td>36.221</td>
393 <td>54.709</td>
394 <td>2.000</td>
395 <td>34</td>
396 <td>0.667</td>
397 </tr>
398 <tr>
399 <td>1508680</td>
400 <td>Escherichia coli O157 typing phage 5</td>
401 <td>Viruses</td>
402 <td>36.202</td>
403 <td>54.734</td>
404 <td>2.039</td>
405 <td>34</td>
406 <td>0.667</td>
407 </tr>
408 <tr>
409 <td>2696435</td>
410 <td>Escherichia phage nomine</td>
411 <td>Viruses</td>
412 <td>36.200</td>
413 <td>55.232</td>
414 <td>1.980</td>
415 <td>34</td>
416 <td>0.667</td>
417 </tr>
418 <tr>
419 <td>2696428</td>
420 <td>Escherichia phage naswa</td>
421 <td>Viruses</td>
422 <td>36.194</td>
423 <td>54.912</td>
424 <td>2.039</td>
425 <td>34</td>
426 <td>0.667</td>
427 </tr>
428 <tr>
429 <td>399183</td>
430 <td>Escherichia phage V5</td>
431 <td>Viruses</td>
432 <td>36.190</td>
433 <td>54.693</td>
434 <td>2.039</td>
435 <td>34</td>
436 <td>0.667</td>
437 </tr>
438 <tr>
439 <td>2696408</td>
440 <td>Escherichia phage inoa</td>
441 <td>Viruses</td>
442 <td>36.180</td>
443 <td>54.663</td>
444 <td>1.980</td>
445 <td>34</td>
446 <td>0.667</td>
447 </tr>
448 <tr>
449 <td>2502307</td>
450 <td>Escherichia phage EdH4</td>
451 <td>Viruses</td>
452 <td>36.124</td>
453 <td>55.020</td>
454 <td>2.020</td>
455 <td>34</td>
456 <td>0.667</td>
457 </tr>
458 <tr>
459 <td>2233993</td>
460 <td>Escherichia phage LL12</td>
461 <td>Viruses</td>
462 <td>36.121</td>
463 <td>55.021</td>
464 <td>2.020</td>
465 <td>34</td>
466 <td>0.667</td>
467 </tr>
468 <tr>
469 <td>2763521</td>
470 <td>Escherichia phage vb_EcoM_bov10K2</td>
471 <td>Viruses</td>
472 <td>36.052</td>
473 <td>54.571</td>
474 <td>2.000</td>
475 <td>34</td>
476 <td>0.667</td>
477 </tr>
478 <tr>
479 <td>2763522</td>
480 <td>Escherichia phage vb_EcoM_bov11CS3</td>
481 <td>Viruses</td>
482 <td>36.052</td>
483 <td>54.571</td>
484 <td>2.000</td>
485 <td>34</td>
486 <td>0.667</td>
487 </tr>
488 <tr>
489 <td>2763523</td>
490 <td>Escherichia phage vb_EcoM_bov22_2</td>
491 <td>Viruses</td>
492 <td>36.052</td>
493 <td>54.571</td>
494 <td>2.000</td>
495 <td>34</td>
496 <td>0.667</td>
497 </tr>
498 <tr>
499 <td>2576874</td>
500 <td>Escherichia phage vB_EcoM-ECP32</td>
501 <td>Viruses</td>
502 <td>36.009</td>
503 <td>54.435</td>
504 <td>1.980</td>
505 <td>34</td>
506 <td>0.667</td>
507 </tr>
508 <tr>
509 <td>2696439</td>
510 <td>Escherichia phage pangalan</td>
511 <td>Viruses</td>
512 <td>35.894</td>
513 <td>54.911</td>
514 <td>2.020</td>
515 <td>34</td>
516 <td>0.667</td>
517 </tr>
518 <tr>
519 <td>2695841</td>
520 <td>Escherichia phage rV5_ev158</td>
521 <td>Viruses</td>
522 <td>35.846</td>
523 <td>54.244</td>
524 <td>2.020</td>
525 <td>34</td>
526 <td>0.667</td>
527 </tr>
528 <tr>
529 <td>2695851</td>
530 <td>Escherichia phage rV5_ev168</td>
531 <td>Viruses</td>
532 <td>35.843</td>
533 <td>54.242</td>
534 <td>2.020</td>
535 <td>34</td>
536 <td>0.667</td>
537 </tr>
538 <tr>
539 <td>2695842</td>
540 <td>Escherichia phage rV5_ev156</td>
541 <td>Viruses</td>
542 <td>35.825</td>
543 <td>54.290</td>
544 <td>2.020</td>
545 <td>34</td>
546 <td>0.667</td>
547 </tr>
548 <tr>
549 <td>2695843</td>
550 <td>Escherichia phage rV5_ev147</td>
551 <td>Viruses</td>
552 <td>35.825</td>
553 <td>54.290</td>
554 <td>2.020</td>
555 <td>34</td>
556 <td>0.667</td>
557 </tr>
558 <tr>
559 <td>2695844</td>
560 <td>Escherichia phage rV5_ev146</td>
561 <td>Viruses</td>
562 <td>35.668</td>
563 <td>55.007</td>
564 <td>2.000</td>
565 <td>34</td>
566 <td>0.667</td>
567 </tr>
568 <tr>
569 <td>2763524</td>
570 <td>Escherichia phage vb_EcoM_bov25_3</td>
571 <td>Viruses</td>
572 <td>34.988</td>
573 <td>54.521</td>
574 <td>1.980</td>
575 <td>33</td>
576 <td>0.647</td>
577 </tr>
578 <tr>
579 <td>1981500</td>
580 <td>Escherichia phage V18</td>
581 <td>Viruses</td>
582 <td>34.444</td>
583 <td>55.103</td>
584 <td>1.961</td>
585 <td>32</td>
586 <td>0.627</td>
587 </tr>
588 <tr>
589 <td>1527519</td>
590 <td>Escherichia phage Av-05</td>
591 <td>Viruses</td>
592 <td>34.353</td>
593 <td>65.980</td>
594 <td>2.510</td>
595 <td>25</td>
596 <td>0.490</td>
597 </tr>
598 <tr>
599 <td>2100421</td>
600 <td>uncultured Caudovirales phage</td>
601 <td>Viruses</td>
602 <td>31.639</td>
603 <td>48.065</td>
604 <td>19.608</td>
605 <td>40</td>
606 <td>0.784</td>
607 </tr>
608 <tr>
609 <td>1654893</td>
610 <td>Salmonella phage 40</td>
611 <td>Viruses</td>
612 <td>30.753</td>
613 <td>82.719</td>
614 <td>2.039</td>
615 <td>17</td>
616 <td>0.333</td>
617 </tr>
618 <tr>
619 <td>1958916</td>
620 <td>Pectobacterium phage vB_PatM_CB7</td>
621 <td>Viruses</td>
622 <td>29.874</td>
623 <td>53.358</td>
624 <td>2.078</td>
625 <td>30</td>
626 <td>0.588</td>
627 </tr>
628 <tr>
629 <td>1116482</td>
630 <td>Pectobacterium phage phiTE</td>
631 <td>Viruses</td>
632 <td>28.680</td>
633 <td>53.696</td>
634 <td>2.000</td>
635 <td>29</td>
636 <td>0.569</td>
637 </tr>
638 <tr>
639 <td>2316019</td>
640 <td>Escherichia phage vB_vPM_PD114</td>
641 <td>Viruses</td>
642 <td>27.006</td>
643 <td>53.345</td>
644 <td>1.667</td>
645 <td>29</td>
646 <td>0.569</td>
647 </tr>
648 <tr>
649 <td>2041491</td>
650 <td>Pectobacterium phage DU_PP_IV</td>
651 <td>Viruses</td>
652 <td>26.868</td>
653 <td>52.001</td>
654 <td>2.157</td>
655 <td>29</td>
656 <td>0.569</td>
657 </tr>
658 <tr>
659 <td>2041488</td>
660 <td>Pectobacterium phage DU_PP_I</td>
661 <td>Viruses</td>
662 <td>26.868</td>
663 <td>52.015</td>
664 <td>2.137</td>
665 <td>29</td>
666 <td>0.569</td>
667 </tr>
668 <tr>
669 <td>2591644</td>
670 <td>Prokaryotic dsDNA virus sp.</td>
671 <td>Viruses</td>
672 <td>26.452</td>
673 <td>45.880</td>
674 <td>6.314</td>
675 <td>36</td>
676 <td>0.706</td>
677 </tr>
678 <tr>
679 <td>2282400</td>
680 <td>Acinetobacter phage ABPH49</td>
681 <td>Viruses</td>
682 <td>26.175</td>
683 <td>52.956</td>
684 <td>1.745</td>
685 <td>28</td>
686 <td>0.549</td>
687 </tr>
688 <tr>
689 <td>1162290</td>
690 <td>Cronobacter phage CR9</td>
691 <td>Viruses</td>
692 <td>25.770</td>
693 <td>52.906</td>
694 <td>1.882</td>
695 <td>26</td>
696 <td>0.510</td>
697 </tr>
698 <tr>
699 <td>2776821</td>
700 <td>Escherichia phage VEcB</td>
701 <td>Viruses</td>
702 <td>25.416</td>
703 <td>52.238</td>
704 <td>1.569</td>
705 <td>28</td>
706 <td>0.549</td>
707 </tr>
708 <tr>
709 <td>2696384</td>
710 <td>Escherichia phage arall</td>
711 <td>Viruses</td>
712 <td>25.391</td>
713 <td>52.573</td>
714 <td>1.510</td>
715 <td>28</td>
716 <td>0.549</td>
717 </tr>
718 <tr>
719 <td>948870</td>
720 <td>Enterobacteria phage phi92</td>
721 <td>Viruses</td>
722 <td>24.864</td>
723 <td>52.736</td>
724 <td>1.549</td>
725 <td>27</td>
726 <td>0.529</td>
727 </tr>
728 <tr>
729 <td>2696438</td>
730 <td>Escherichia phage outra</td>
731 <td>Viruses</td>
732 <td>24.715</td>
733 <td>52.325</td>
734 <td>1.412</td>
735 <td>27</td>
736 <td>0.529</td>
737 </tr>
738 <tr>
739 <td>2041347</td>
740 <td>Escherichia phage vB_EcoM_PHB05</td>
741 <td>Viruses</td>
742 <td>24.693</td>
743 <td>52.767</td>
744 <td>1.549</td>
745 <td>27</td>
746 <td>0.529</td>
747 </tr>
748 <tr>
749 <td>2696431</td>
750 <td>Escherichia phage nepoznato</td>
751 <td>Viruses</td>
752 <td>24.688</td>
753 <td>55.762</td>
754 <td>1.549</td>
755 <td>26</td>
756 <td>0.510</td>
757 </tr>
758 <tr>
759 <td>1784948</td>
760 <td>Enterobacteria phage ECGD1</td>
761 <td>Viruses</td>
762 <td>24.657</td>
763 <td>52.772</td>
764 <td>1.549</td>
765 <td>27</td>
766 <td>0.529</td>
767 </tr>
768 <tr>
769 <td>2696407</td>
770 <td>Escherichia phage inny</td>
771 <td>Viruses</td>
772 <td>24.655</td>
773 <td>52.517</td>
774 <td>1.471</td>
775 <td>27</td>
776 <td>0.529</td>
777 </tr>
778 <tr>
779 <td>2696379</td>
780 <td>Escherichia phage alia</td>
781 <td>Viruses</td>
782 <td>24.631</td>
783 <td>52.877</td>
784 <td>1.510</td>
785 <td>27</td>
786 <td>0.529</td>
787 </tr>
788 <tr>
789 <td>2696426</td>
790 <td>Escherichia phage muut</td>
791 <td>Viruses</td>
792 <td>23.850</td>
793 <td>52.835</td>
794 <td>1.431</td>
795 <td>26</td>
796 <td>0.510</td>
797 </tr>
798 <tr>
799 <td>1684115</td>
800 <td>Cronobacter phage PBES 02</td>
801 <td>Viruses</td>
802 <td>23.551</td>
803 <td>52.729</td>
804 <td>1.980</td>
805 <td>25</td>
806 <td>0.490</td>
807 </tr>
808 <tr>
809 <td>2315527</td>
810 <td>Escherichia phage vB_vPM_PD06</td>
811 <td>Viruses</td>
812 <td>23.301</td>
813 <td>51.998</td>
814 <td>1.529</td>
815 <td>26</td>
816 <td>0.510</td>
817 </tr>
818 <tr>
819 <td>2591365</td>
820 <td>Klebsiella phage vB_KaeM_KaOmega</td>
821 <td>Viruses</td>
822 <td>23.251</td>
823 <td>53.524</td>
824 <td>1.922</td>
825 <td>24</td>
826 <td>0.471</td>
827 </tr>
828 <tr>
829 <td>1162295</td>
830 <td>Cronobacter phage CR3</td>
831 <td>Viruses</td>
832 <td>23.211</td>
833 <td>52.826</td>
834 <td>1.922</td>
835 <td>24</td>
836 <td>0.471</td>
837 </tr>
838 <tr>
839 <td>1327934</td>
840 <td>Cronobacter phage CR8</td>
841 <td>Viruses</td>
842 <td>23.081</td>
843 <td>52.780</td>
844 <td>1.902</td>
845 <td>24</td>
846 <td>0.471</td>
847 </tr>
848 <tr>
849 <td>2696383</td>
850 <td>Escherichia phage anhysbys</td>
851 <td>Viruses</td>
852 <td>22.954</td>
853 <td>54.785</td>
854 <td>1.471</td>
855 <td>25</td>
856 <td>0.490</td>
857 </tr>
858 <tr>
859 <td>2696458</td>
860 <td>Escherichia phage ukendt</td>
861 <td>Viruses</td>
862 <td>22.854</td>
863 <td>54.311</td>
864 <td>1.490</td>
865 <td>25</td>
866 <td>0.490</td>
867 </tr>
868 <tr>
869 <td>2201417</td>
870 <td>Klebsiella phage ZCKP1</td>
871 <td>Viruses</td>
872 <td>22.641</td>
873 <td>54.708</td>
874 <td>1.490</td>
875 <td>25</td>
876 <td>0.490</td>
877 </tr>
878 <tr>
879 <td>1897495</td>
880 <td>Escherichia phage ESCO5</td>
881 <td>Viruses</td>
882 <td>22.623</td>
883 <td>54.677</td>
884 <td>1.569</td>
885 <td>25</td>
886 <td>0.490</td>
887 </tr>
888 <tr>
889 <td>2697090</td>
890 <td>Escherichia phage vB_EcoM_UP17</td>
891 <td>Viruses</td>
892 <td>22.502</td>
893 <td>54.430</td>
894 <td>1.569</td>
895 <td>25</td>
896 <td>0.490</td>
897 </tr>
898 <tr>
899 <td>2508195</td>
900 <td>Escherichia phage vB_EcoM_Schickermooser</td>
901 <td>Viruses</td>
902 <td>22.473</td>
903 <td>54.385</td>
904 <td>1.431</td>
905 <td>25</td>
906 <td>0.490</td>
907 </tr>
908 <tr>
909 <td>2696432</td>
910 <td>Escherichia phage nieznany</td>
911 <td>Viruses</td>
912 <td>22.463</td>
913 <td>53.473</td>
914 <td>1.569</td>
915 <td>25</td>
916 <td>0.490</td>
917 </tr>
918 <tr>
919 <td>2695845</td>
920 <td>Escherichia phage phAPEC8_ev052</td>
921 <td>Viruses</td>
922 <td>22.459</td>
923 <td>54.369</td>
924 <td>1.431</td>
925 <td>25</td>
926 <td>0.490</td>
927 </tr>
928 <tr>
929 <td>2178929</td>
930 <td>Escherichia phage vB_EcoM-Ro121lw</td>
931 <td>Viruses</td>
932 <td>22.431</td>
933 <td>54.327</td>
934 <td>1.471</td>
935 <td>25</td>
936 <td>0.490</td>
937 </tr>
938 <tr>
939 <td>1881104</td>
940 <td>Escherichia phage ESCO13</td>
941 <td>Viruses</td>
942 <td>22.417</td>
943 <td>54.279</td>
944 <td>1.451</td>
945 <td>25</td>
946 <td>0.490</td>
947 </tr>
948 <tr>
949 <td>2743961</td>
950 <td>Escherichia phage Mt1B1_P17</td>
951 <td>Viruses</td>
952 <td>22.337</td>
953 <td>53.965</td>
954 <td>1.490</td>
955 <td>25</td>
956 <td>0.490</td>
957 </tr>
958 <tr>
959 <td>2588520</td>
960 <td>Aeromonas phage 4_L372XY</td>
961 <td>Viruses</td>
962 <td>22.138</td>
963 <td>50.015</td>
964 <td>1.314</td>
965 <td>26</td>
966 <td>0.510</td>
967 </tr>
968 <tr>
969 <td>1654883</td>
970 <td>Salmonella phage 19</td>
971 <td>Viruses</td>
972 <td>21.758</td>
973 <td>79.135</td>
974 <td>1.353</td>
975 <td>14</td>
976 <td>0.275</td>
977 </tr>
978 <tr>
979 <td>2696455</td>
980 <td>Escherichia phage tuntematon</td>
981 <td>Viruses</td>
982 <td>21.606</td>
983 <td>53.166</td>
984 <td>1.431</td>
985 <td>24</td>
986 <td>0.471</td>
987 </tr>
988 <tr>
989 <td>2170413</td>
990 <td>Siphoviridae sp.</td>
991 <td>Viruses</td>
992 <td>21.457</td>
993 <td>48.399</td>
994 <td>2.255</td>
995 <td>29</td>
996 <td>0.569</td>
997 </tr>
998 <tr>
999 <td>1229753</td>
1000 <td>Escherichia phage phAPEC8</td>
1001 <td>Viruses</td>
1002 <td>20.196</td>
1003 <td>53.525</td>
1004 <td>1.392</td>
1005 <td>23</td>
1006 <td>0.451</td>
1007 </tr>
1008 </tbody>
1009 </table></td>
1010 </div>
1011 <div>
1012 <h2>Amino Acid Identity Heatmap</h2>
1013 <img src="data:image/jpeg;base64,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">
1014 </div>
1015 </div>
1016 </body>
1017 </html>