Submission Results
Sequence Name: Not Available
GenBank Accession Number: NC_010155
Download Results: NC_010155.PHASTEST.zip
gi|00000000|ref|NC_000000| Acidianus filamentous virus 3, partial viral genome. 40449, gc%: 36.85%
Download summary as .txt file:summary.txt file_download
Total:1 prophage regions have been identified, of which 1 regions are intact, 0 regions are incomplete, and 0 regions are questionable.
| Region | Region Length | Completeness | Score | # Total Proteins | Region Position | Most Common Phage | GC % | Details |
|---|---|---|---|---|---|---|---|---|
| 1 | 39.6Kb | intact | 150 | 68 | 467-40068 info_outline | PHAGE_Acidia_3_NC_010155(68) | 36.89% | Show info_outline |
Region DNA
>1 467-40068 TTATCTCGATTTTAAGTCCATGATGTTCACTATTATTCCCATTATCAAATACGCCATCAG ATAAACATACCCTGCTAGACATAATTTCCCCGTCAGAATTACTATTGGGAAATTCCTGCT AACTAGGTACATTAAGTCAATTTCTGATATCACTCCCAGTGCATTTACGATTAGAATTAG TCTTGGTTCGCCATTCTGAATGTAATTTATTGTCGATTCATATAAGCTCCAAAGTGAAAA AATAATGATTGTCGTATATACATACCACGATGGATAGCATGCATGGATTTCAATTCCCAC TAGCCATCCTGCTACTGGATATATGCCCATTATGAATCGTAGTTCGTGAGTTATTCTAGT CATTATCTATACTTCCATTTCTGCTATTACAAATTTGTCTTCAATTTCTGTTGCCCTTAT TAAATTTTTTACGTCTTTTTTCAATATTTTAGTTATATCTTTTGTCTTTCTTTCCTCTAT TTTTCTCGATATTTCTATTAACAAGTTTGCATAATCTTCCATGTCGCAGTAATTATTGAA TGTTCTTTGTGTTATTACCTGTCCTTTGTCATTAACTACTGTAACTACGTACATCATTCC CTATCATCCCGTGATTATCGTTATTTTGTTTTCCACTTTAAATACGATTTTATCTTCTCT TTCTATTTTTTCTACTTTATATCCCATTTTTTCTAAGTCCTCAACTAACATTTCTGCATA TGCTGTTGTCATTTTTTGTGTTGGTTCTATTATCACTTTATTGATTTCTGCTATTGTTAT TCCGTTCATATTCCTCGTATCACCTTGTTATCTGCTCTTATTATCTTTCGTAGAAACTCT GCTGGCGTTAGGACATATGCTTTTTCATTGTCTGTCGTTATTATTATCCTTGCGTAATTT TCAGTTTCCTTCAACTCGATGTTTATTATTTTTTCTTCTTTATTCTTGTTGACGATGTAT GCCTCTTTGGAGTTTCGTATTATGTTTAGTTTTTCCATAACTAGTTTCCTGATTAGATTG TCATTCATGGGGTTTGGCATTTACATCACCTTTGCTGTTTTGTAAGATTCTAGGAAATCT CTTGGGCTTTGTGTGTAAATTGTCCCGTCTTCAGTTTCAGTTATTATATAGTTTCCTTCT TTTCTTATATTCGTCATTTTCTTTCCTTTGAAGAACAACTGGTAACCTTCTTTCTGTAGC TCACGTATTGTGTTTAACATGTTTTCTACTTCGTTTTCATCGACGTTCGTTGTTTTTCTC TTTTCAACTATTATCTCTCTCTCCAAGAACTGTTCTTTCGTTAGTAGTAGCATTTCCCCA TCCATGAATTCTACTATTACTATTCCATTTTTCGTGTAAATTGACTTTACTCGTTCAACC CCATCTGCTCTTCTCATTTTTACTTTTTTTCCATTTTTAATTAACGAATTGATTTGACCT ATTTTTTCTTCCACGGGTTCCATATGAGCATATGGTTATTGGTGGTTAAAAAAATTATCC CTCTGCTTGTAGTATGTATTTTCCGCTTTTCGTTACGATTAGTTCTTTTACGGCGATATT CATTCCCAGTGCTGACGTTGCCTCTTGTATTATTTTATCCTCTATTTCTTTTAGCTCGTC AATTTCTTTCAGTCTTTCTGATTTCGTCAAGTTGATTTTCGTTGTGCCAAGCGCTTCGAA AATGTCTTGTATTGACGAGACGTCGATCTCTCCTTCAATCCTTACCTTGATTTTCATACT CCCACATCAAGATAATTTTTCCTTCCATGGTTATTTTACCTTTCTTGAACGTTACGATGT TCGGCACTTTCTTCTTATAGAACGAGACCACGTCGTTTATGATTTCTTTCATTTCCTCGT TTTTGGTTATGTCTCTTCCTACTATTGTCGTTTCGGTGAATGATATTTCCTCTTTTCCTA TCAGTTTTACAAGTGCTAGGAGGAATTTGCCTTCTTTCGTCTTTTTTGCGTCGTCACTTG TTCCGATTATTATGTGTCTGATCGTGTTACCTCACCTTTGAGAATTGACATGATTTTCTT AACTCACAATATCTGCATTCGTTGAATGGTGCTATAAGTGTTTTTGTCATGTACATCTCT ATTTGCCGTTTTATCCATTCATCGTCCACGTGATATTGAGAGAAGAATGTTTGTCCTGTT TCTATTTCTGTTACTTTCCCGTCTTCCACTATGAACTCCCGCATTTCATTATTCCCCACG TATACGATTACTCCTTTTGTTGCGTTCACCATGTTCATGTATATCAGCACTTGGAATATG TGTTCTTCGTAGGGATGATCTGGAGGTTTAGCTACTGTTTTGAATTCTATTACGATGTTG TCTTCAGTTAGTCCGTCTAGTCTTCCTATTAATGTGTAGTCTCCGTACTGTTTCCTCACT TCTTTCTCAAATTCTATCTTCTTTTCTCCATACATCGTTAGCAATTTCTCTAGTCCCTCG TGTAATGCTACTCCTCTAATTATCGACGTTTCTGGTTCCTCTCTTTTTGGTCTCAGTACG CAGTGTAAAAGGTCTGTAACGTAGACTTCGCCTTCTTTCTTTGGTGAGTGTTCTTGTTGC ATTTTCTTGAATGCTTTCCTAATTTCTTCCACTATCATCTACAGATCACCTCAACCATTT TTTCGCCTAGGACTGTTTTTGCTGTCTGCTTGTTCATGCATAATTCCGTCTTATTGTGTA TTCCAGCTCTCATTAGCTGTACTGCTCTTTTTCTTCCAATGCCCGGTAGTCTGACCAATG CTAAGGCTTCGCTTGGGACTCCATATCTAGTTTCTAGGTAGAGCATCTGGAGTTTTTTCG CTAGTTCTGTCCTGCCGAGTGCTTTTGATATTCTGTATACACCGTACGTTTGCCACGCTA GTGTTTCTACTAGTTTGTTCAAGTCGTGTAATGACATCCCTTTTGTACTCTTCACGATGA TCTTGTCATCAACTCCTTTTATCCAGTTTTCGAAAATTGTTCTCACGTTTTCACCTTTTG ATGCGTCTAGTACATTCCTATTTTCTAATACTGCATTTACAATGTCTTCTATCGTTGCAT TGTCTTTATCTAGTACGTCCTTGTATGCGATTGCGTCTCTGACGTCGAAATATGATTCTG CTACAGCCCTTCCATAGGTCGTTGTATAGTATCCTGTGCTGTCATGTCCTAGAATGTTCG CTTCGACTAGTTTGTTTGCTGTCTCTATTATTTCCTTTTCGTCTAGTTCTCTGAACGATA ACGTGTATCTTGTCACTCTTTTCAACTTATCCTCTTTCATATACACGTACTTGGATACTG TTGCGAGGATGAAGTCTTCAAGAACATGGTGCGGTGTTAGGTTTCCGTAGTCTACGTTGA AGTAGCGCTTTCTCAATTTTTCAGCTTCTTTCATGTCAGTTGCTTCAATTACGCAAAGTC CCTCTTCGTCGTATCCAGGTCTTCCTGCACGTCCGCAAATTTGGTCGAACTCGATTGGTG TTAGTGATCTCCATCCGAGAAATCTTCCGTACTCGATGATAGGTAATTTCAAGTCGTCGA AAATCACGGCATAGAATGGGAAGTTTACGCCTTGTCCTAATGCGGTTGTTGTTATAATGA TGTTATACTTTCCCTGCTTGGTTTCTTCTAGCAGTCTCAGTTTGGCGTCTGGTTCTAATC CTGCATGGAAGAATGCAACCCTCCCCTTGTATCTTTTATCGTAAATTAGGTAAAGTTCTT CTGCCTTTTTTCTGGTGCTTGTGAAGATCATTACGACCTTGCCTTTTCTTACAAGTTTCG TAACTATATCCTCTTTCATTTCTATCTTGTCCCCATCCTCAAAAATTAGTGTTTTTCCTA TTTTGATTGCCTTATAGATGGGAATTGGTCTTTCGTCAGTTTGTAATACTTCAGCGTTTG TTATGTCTGCTATCTTATCCACGTCCGGGATAGTTGCACTCATCATTATGAGCCGTATTC CCTCATTCATTGCATACGCCATAAGGTTCTCTATTGCTTTACCTCTCTCTTTATCACCAA CGTTGTGTATTTCGTCTATGATAATCATATTCACGTTGTTTGTCCATCCGTAATGTCTTC TTAGTACTGCGTCAGCTTTCTCGTACGTTGTAAAGATGATCTTGGCGTCTATGTTTTCAG GGTCCTCGTCGTAAACTTCGCTTGTTAGTGCGGTAGTTGGCGTTGATGACGATATCTTTT TTTGGAAGTCGTCATTTAGCTGTAGAGCCAACGCTTTCAGAGGGACAGTGTAGAGTACTC TTCCGTTTGCTTCGCTTGACATTAGCATTGCTAGGAATGATTTTCCTGTACCGGTGGGTG CTGAGATTAGTATGTTTTTACTCGTGTTGTGGAATACGTTGAGTACTTTTTGTTGGAATT CATTGAGCTTTATCATTTTTCTCACCTGAGTAGAATTCTCTCTCATCTATTTTTCGAATT ACTGAAATTTTTGAGATTTTAATGTATATTGGATTTTGTTGCTGGTCTTCACCAAGAATG TTATTGTAATCGTCTATCTCTATGATCTTTAGTCTGTATTTTCGTCCTTGAGCCAAGACC TCTACGATATCTCCAACTGAGAATGAGATTTTTCCTAAGTTGAGTTGTTTTTTAGCCATT ACTTTATGGTATCACATTCCAGAATTTAAGTTTTTTATTCCCTTTCTCCTACTGTTGTTT ATGAGAGTTATTGTCCACGTTGAGGGTGTTGTAGACGTAGAAGAACCTTGTGAAGACGAA TTGGAATGTCTTCTAATTTATTCACAAATGCTTGAGAAGTATGAGAATGAGTTAGGCTAT TGCTACGGACTGAGTTTGCAAGAAAGAGTTAAGTGTTCACACGGTTATGTCGAGATAAAG AGGTAAAAAAATTCATTTTGATTTAAATGCTTCATACTGTTTCTTTAGTGCTAGTAGCTG GCTGGGATGGACTAAAACCAACATCGGTTGCGGATAATCCGATTGCTGGTACGCAACCCC GACGATTACGGATCCCTGCTTAAGTTTTGGCACAACGTTTCTCAACAACGAGTAGTATAC TCCCTGTGATGTTGAGAACAAGTAGACTTCTTTCTTTTTGCTATTGATCTCTTTTACTAG GTCAATGGGTATCGTTTGTTGGTCTTGTATTGTATTGACTATCTTTTCTATCAACTGGTC GTCAGTTATTACGTATCCGTCAATTTGAGATACCTGCCCTGGTTCGTTGGACTTATTAAA GATGACATCATGAATTTCCACTTTCTTTATAATTAGCAATTTCCAGACGTATTTATTCAG ATTTTCCCTTTGAAATGGCAGTACGAGTTCATCAGACGTCGCTTGTTCTTGCAATTCTAT TTTCTGGGTTTGGGCTTCTTCTGGCATTTCTTCGCTTTGTTCTTCCTCTTGCAATTCCTC TTTTATTTTTGATTTCTCTACCATTTTCTTACCACCTCTTTCAATTCCTGTGGATATGTA TCCCAGTATTGACAGAATTCTAAAAAAACTTTCTCCGTATGACTTAATGCCTCCAGGGGT AAGCCCTGGGGGTTAACTATTTTTTCACATTCCTCGAAGCTGGGCATCTTTTTCCCCTTA CCAAAATGTAGTAGAACAAGTATTTAAACATTTTCTTTCGTGAAGCTTTATATACCAGTT TGTGATATCATATTTTAGTGGTCAGAATGGAGAAAAGCGTTGAGGAGGAAATTATTTCTA AGATAAGGGATAGGTTGTGTGAATCGGGATACTTAATCAGTCATGTGGTTCTTTTTAAAA TGAGTGAAAAATCTGGATTTTTTTATATCGTGGTTGAAGGGGATCAGGGACTTACATTAG TTGAAAGAGGGAGGTATACCATATCAGGGAATTCTCTTATGATCCAACTTTCAACAGGTG AGACATTTTATATCTAAAAATCAATGAATTCTTATTTTTTTGAGCGTTCTTCGTGTTAAT ATGTATATTATTCTAAGTGCTTTTTTCTTTTCATTCTCTTCATCAACATTTTGTGCTAAT TCTGTTATTATGTTTATTGTTGTTATTATTTCGTCTTCTTTCTTTTTGTCTATTTCGTCA ATGTATAATAGATCGTTCGCAATTTCGTATGCTTTTGTAATCTCTTTCTGTAGTTTTAGT AACGTTGCTATTTTTTCTCCCTTTTCAGTTAGTATTGTGACGTCCTGGAATTCGTTTTTC TCTTTATTGAAAATTCGTTTTATTTCTGTTAGATCTTTTTTTGTGAGGCTGTTTACAATT CGTCTCGTTTTCCCGTCTTTGATCGTAATTTGTTTCTCATCGAATAGCCGAATAAGAATT CTTTTTTCTCCTTTAGATAGCTCTTTTTCCATCTCTTTTACACCTTTATTTTATAAGAAA TAGGATGAGAAAAAAATTATTGAATTTCGAATAACCAAAGTTCATAGCCTATTTTTTCTA GCTCTTCTGTTGTTTTCACTACGACACCTTCAGGAAGGCGTTGCTTTAGCATAAATGCTA GGATTCTGTCTCCATGTGTCACTTTGATTTGGACTCTGTTCATTGGTACGTTAACTCCTA AGATGCTCGACAAGAGTTCTGCTGTCGCTTGGTGACCGATGGCAGACGTGAATTGTTCTT TGGTCACTAGTTCTTTCGCTTCTTGGATAGTTATTTCTTTTGCCTTGACAGTATACTCCT CCCCCGGTTTTAAGGGGAGGATTGCGGAATTCAAAATATACAGCATATGTTCTACTACAA TCTTCGAATATATAAGTTTTTTGTTTAAGCCATGTCTTCATTTGTTCCTAATAATTTATT AAAGATAAAGGGATATGTTGTCTGGTGGGCTGGCGTGAAGAAAAGTAGAAAAGGATTAAG TAATGCAGTTTCTGCCCTAATACTTGTAGTAGCTTCAGTAATAATAGCACTGATAGTTGT TGGATTTGCTTTCGGATTAATTGGTGCTTTTACTGCACAACCGGTAATACATGTAGTATA TGCATACGTGCAAAATCATCATCTGTATGTTGTGTTACAGAATACTGGTAATGTGCCAGC TATGATAGTTGCTTATATAATAGATGGTGAGGGACCTAATTCTACGAATATTCAAGTTCC TGTCGGAACGGTAACTATATCTATACCTCTACCGTCAAGTTTATCGCTCTCCTCTGGTCA GTTTGTAGACTTTACTTTGATTATTAGTAATGGGGAGGTTATACCAGGCGTAGCAACGGT AGAATGCTGATTTTTTAAATTTATGCAATTTTTCTTTATGAAGAGAAGAAGGGAAGAATA AAAAAAGAGGTTGATTTTCAATCAATCTGCTTTCTTAACGGGTGGGTGAACTAGTAAATA GATTCCTGGACCTAGTGTTATGGGATCATGATCGTTACTCTTGATGTCTAATCTACTGTC AACTCTTACTAATGTGCCATCCTTTGCATGTGCTAACTTTACTACTCCTTCAGTATAGTG GTTGTAAATTTCTAACGGATAATCATAAAATTCAATGTAATCAGGCACTTCGACTTCATG GATCTCTAGATGCCCTTGCGTGAGTATTGGGGTTGATTGTATTGTTTTCACCTTGTGCGC AATATATACTTTAACTCCATAATTATCGAACTCAACCAAGTATTTCCTTGGGCTTAGGTG TTTTAGAAAATCCTTGTAGGTTTGTAAGAATATCTCTGTGAATGTTAATTTGTCTCTGGT GAACTTAAAGTCCGCCTCAAGTGTCATTTTTTTCCAGTCCATGATCCACAGTCCTCTTAC TGGTTTTGCATTAATTTCTCCGTTGTTCTCGACTTCCACTTGATAGCATCCTTTCACTGT CATTCCAGAGTTGCTTATGTACCATGCACAGTCGGTGACGTTTCTGTCATATCCAGTTAC TACGATTTTATATATCCAGTTACCTGACTTCAACTGTATTGCTGGGGGTTCAGGTAGATT CGGGAGTTTCAATTTTTTACTTGATTCTTGATTTTGAGTTTCCATACTATCCCCTCTACC TAAATAGTTGGTAAAAAAGCTATATAAACATTTCTCTCTGTCTTTTCTGTTAATGAAGAT ATTTACATAAGCCAATTAAAGTTAGTTTCAGTAGATTTTAAAGAAGAAATAATAATGCAA AAAGTAAAAAAATGAAATAAAAAAATAACTTATCTTAAATTTATTATTCGCCCCAGATCA TTAATCCTAGGAGATTGACATCTAATTTTTTAAGATCTTCAAAATTTTCGACACCAAAAT TTTCGATATTCTCCTCCGTATCGTCTGTGTACCACCCATCTTTATTTTGGAATATAATTT TGATTTTTTTACTATCCTCCTCATCTTGAAATATTTTTGCAATTTCTTCCAATTTGTTTT TATTATCTAGTTTGTAAATTATTATTTTCTTGTTTTCGATTTCTTTTTCATACCTGGGCA TTTCTTCTTCCCTCTTATTATATTTCTGATCCCCCCCATATATATCTTATTATGATTAGA TTACCGACACTCTGAATATTTATCTCAAGAAGGCGAGAAAATAATGAAAATCGATAGATA TTTTTGATAGATAAAGATAGTAATAATATCTGAAAATTGAGAAAAATGGTGTATAAAAAA AGAAATAACTTTATCTAAACTTATGTAAATCGTAAAGTTTGTAGCACTCAAAGCCGAGAT GTGTTTCTCTACACTCCTCTTTGAACATTTTTGTTTGGACTGACAATTTTTCACGCCACA AGTATTTTAGTAACTCCTTTATGAAGATTTTTCTTAATTTGTAATCTAAGTAGCATTTTT CGTCAGTACATCCGCAGTTTTTGCAAATCATTTCCAAAAGCGGTTCGTATTCTATTTTTT TCAGCATTTCTAGCCTATCGTTCCAGTATTCAATGGTATAGTCAGTGACCTCAAAATTAA ATTGTAACACTTTTTTCTCAGCTAAATCGTCTTTTATCCATAAATAATGGGATATTTTCA CAGTTATTATATTCTTGTACTCTTTTGGTTTTTTTGGTATTATAATTGTGACTTGTCTCT TTAACCAGTTTTGTTCATATATGTAAAAAAAGATATCTTGTTCAAAATTGTTTTCATCAA GACTTATGTCTGTCCACATTTATAGTGTCCCCTACCATTATCTTGTGCAAAATGGCTATA TAAATGTTTTCTTCTCTTATTCTCTTCTTATGGAGAGGGGAATATTCTCTTTAATATTAA CTCTTTTGCTTTTTATAGTAATACTACGTAATTATCTAATCATGAGTACTAGATATGAAA TTATAAAAGTTGAGTGCAAAGAAAATAACTGTTTTATCACCTTGAAGCTGATAAGAAATG GTACAATAGAGATTTTCAACTCTGTACCAATTGAAAATGTGAATAAACTGATAGAGAATT TCTCATTTTTTTAACTGAAAAAGAATTTTTGATTCTGTGTAATACTGAGTTAGTTTCTAG TTCTGTTTTCTTTTCGTGTAGGGAAAAGTTTACGTTTGAATTTTCAAAATTTATTTGACG ATTTTGTGTACATATTCAGGAAGAACAGTTACGTATTGTGCATGAAAAATCTGATTGACT GACTTGTAATTACTATAGAAATTTTATTACAAAAATTTGAAAAATTGTCTGGAAACTGAG AAAATACCCTAATTTGGGGCATTTTCTCACTCTAGAACAAAGTTTTCAAGCAATTTTTCT ATTGTATGTAATATATTCTGTGAAGAGTAATAAAGTGAGCTCAATCTAGAGAAAAAGATA TATAAATGTTCAAGATAATATATATAGTAGGAGGAAGTATGGAAGAAGTAAATATATCTA AAAAAGTAACAATGGAAGAGACAAGAAAGCAATTGTTGAAAGAACTTGAAGTACTAGAAA AGGTAAATGAAATTTTAGATAGTGTTAATAAGATAATGGGAGAGATCAGTGATACATGTC ATATGGCGATAGAGTCAATGCCCCAGGTCAGAAAGGATCTAATAGAACAGTGTTCAAATG TTCAGAAACAGTTATACAAACTATATGATATAATTTCTGATACAGTATATTAAAGTCAAT TCTCTTTTTTTTATTCTTCTTTCGTTCTTGATGGAGAGAATTCTGAGTTATACTATAATT CATATATTATATATATGAATTATGCGTCTTCTCTTATTCTTGATGAAGAGAATGACGTAG CATACTATTATTCATATATATAATATATGTATTATAGCGTTAGAAAAAGTTCAGTAAAAA ATGAATTTATTTCGATTCAAAAATTATACCTTCATATTCCTTAAAAACGAAATTATATCT CTGATCAAATTGTCTCTGGAAAATTTCATTGTCATAAGCAATATCCAGTATTATTCCTTT TTGTTTATCTTTTGCAGGGCGCATTACTCTTCCTATCCGTTGAACTAATTTTATTCTACT TTTTCCCTGTGATAGTAATACTATAAGTCTAAGATTTGGAATATCTAATCCCTCATCCGC AAGACTTGTCGCTATTAATGTTTGTATCTTTCCGTTTTTCAAATTCTCTATTTTTTTCAT TCTCTCTTCTAGAGTTGTTTGGGAGGTAACATAATCCGCAATTATTCCATTTTCGTTAAA CATTTCTGATAATTTTCTGGCAACGCTAATTCTTCTAACAATTACTAATGCTGGAAATGC ATTAATTGATTTTATTTTCTCTATTATTTGAATATTTGTCATTGGTGAATTCTCAAATAA TCTTAGCAGTAATGAGTAATATTTGGCAAATTCCATTTTTTCTTTTTCTTTTTCCAATTT CTTTATTTTTTCTTTCAATTTCTTTGGAATTTCTGGTACAAACGCAATATATTCCAAAGG AACTAAATAGTGATTCTTGACTAGTTCTTGATAATTAATGGAATAAGATATTCTCCCTAG TAGTCCTAAAATTTCTAGGTCCCTGCCGTCTTCTCTATATGGAGTAGCCGTGAGCCCTAA CCTGATGCTATTCGGCGAATCTAGTAACAAAGCTTTAATGCTATTGGCAGGTGTATGGTG CGCCTCATCTATTATAATCAAGTCTGCATTATTAATAATGTCTCTAAGTTCATTATGTTT GTTGCGCTTTTTCTGAGAATAATAATATGAAATTGATAATGCTATCAAGTTGCTATCTTT TTCTTTTTTCAATTCATTCAACTCCCCTGATACTATTGCAAAGTTTAGATCTTCTTTTTT CGCAAATTGTTGAAATTGTTTTAGCAATGTCGTTGAATTTACTGCGTATATTACTTTTGC ATTTTTCTTATTCTTTAGCATTTCTAACGTTGCTAGTATAGAAATTATAGATTTTCCAGA GCCCGTTGGCGCTTTTATAATTCCTGTTCCTACTATATTAACATCAGCAATCCATTGCTT TATTGAATTTATCTGGTAGTCTCTTAACTCAAAGTTTTTCAATGTAATATCGTGAAAACT GAAATTGGTAAATGGTTTTATTTTTATCTCATTGACATTTAACAATCTCCAGTATAAGCC TCTATAAGTTACGAAATAATCGGAATGCTTCCATGCGAGTAATATTTCCTCCTCTTCATA TTTGCCTTTATCGTAATCGAATTTTTTCAATTTATATGATAACATTTTTTTGTATTTTTC AAGGTCATCATAAATTTGAATATAGTTTCCTCTAATTTTTGCAAACACGATTTTTTTGTC ATTATTAATATAAGGCGATAGTATATTGTAAATTTCTTCTCCTACAAAATCGCTCAGAAA GTCGGCAATTTTTTTCAATTCTTCTTTCTCAATTCTAGAGATTTTAAACTCGTTCAAGTA CCAATTTTTGTCACTTGGATCAAAATCGGCGATAGATTTTACTGCTAAGAGATATTGTCT AAACTCATCTTTTTCTAGATATCTTTTTGGTCTAGGTATTGCAATTTTTTCATTATTAAG AGACATATTGCTCTCACTCATTCTAATATTATATAAGGAAAATGGATATATAAATGTTCA GCATGTCAAGAATGAGAAAGAGAGATAAAAAAAGGGTTAAAATTCAAACATCTTTGTATT ACTATCAAGCTGATAAATGTACTTGTACATGCTTTTTATCTTCCAATAACGCACGAAATT CGAGATCCTGATACACCACATTACGTCTTTGTAGTCAACTCCGCAAAGTGCCGAGAATGC AAGATCATTGACGCTGAATCCTATGATTTTGAATATTATTTGATTTGTGCCGTCGTAATC ATAATCCACAACGGCGAAATTCTGAATTCTTCTAATCCCTTGCAAACTTATCCTGTCTTC GTTAAATTTGTAGACGGGAGAAAGGAAATACTGAATATAGATGATATCACTTAGCTTTAA TCTGTCTTTCAATATTGTTTCTGGGAGTATTTTGAATTCTTCTCTTTCTGCAATTTTCTT ATTTAGCAACATTTTTAGAATGGCATAGCTAATTTTTCTATTCCTAATCGCTATTCTGAG TGGAGTTGGTAGTTTCCCAAACCTCGTTACGTAGTATTTTCTTCCTTTGTTGTTTATTTT CATTAAAGTCAGGTATTTCCCATTTATCTGAATCCTGGAAAAGTTAATTGAATTAGCAAT TTCTCTCTCGTCATTTGTTAATTTGAATTTTGCGTTAATTATTGCATTTACTCTTCTAGG AAATGTGTTAATACTGAATTTCCTCTCACCCATATTAATTTTTATATCAACGTATTTTAT CCAGAAACTTAGAAACTCTTCAAATATTCTATTTAGAATAAATGCTATATGTATATCTTC AATTTTATTCACATCGTCGAATGTTATATCTATTTCGTCTCCTTTTCTTTTCACTACAAT TTCGTAATTATAAACCCAAATTCTCATGATTCCAGTAATGTATTTTCTCAAATAAAATTT AAAATCCTTTAAATGATAATTGTATTCCGCTACGTAAAATTCGTCTTCAAATTTATCCCA ATTTTCGATGATGTCTTCTAATTTTGGAATTTCTTTCAGTAAAATATATCCTTTCTTTTT TGCTACTTTTTCTCCTTGCATACTATTTGCCACCCCCTATATTATCTTACACAGAAAAGC TTATAAATTTGTGTTACTACATTTATACTAGGGAAAGCAAATGCAAGCAGTCCAAGTAGT CAAGGAAAAGCCGGAAGTGAACCAAAACATGAATTTTTTAGCATCGTCAGTTTATGAAAC CCACGACTTGAGAGACAAGATAAAGCCTGGGCAAAAGTTCGTCATTAGACAGGGCGATTT AATCGTGGCAAACTACTCTATAGACTATCCAAGAAGGCACGGATTACGTTCTGTAAGTCC AGTCACAGAGAACATAAACGGAAGGTTAATTGATGTATTCAGGGATTCTCATTTCATTCT ACATACTGAAGAGTTTATGTCAATCTATCATTCCGAACACGGATTAGTGATAATACCAGC AAAGGGACAAAGGTTTAGCTACTACGTTATCAATGAAGCGATAGACTAAAAAATTTATAT ATTTTTTTTCCTACTATCTATTTATGACTTACACGCTTTATATTTCGAGGAAAAACTTCC CTAAGATAGACTCATTATGCAAAGAATACTCATCATACAGAGAGTGCGTTCTGAAAAAAA TTGAGGAGAAGTATGGAGTGAGGTTCAATAAAAAGTTTAATCATCATAAAAGGACGAAGA CGGGGCAGTCATTGTGTCTTCACCTTTATAACGATGAAGTAGAAGTCCTGAAGAAGATAG CGGAACAGGAAGGAACGACAGTCCGAAAATTAGTCCTTAGCCTTCTTGGAATTGAATAAT GGATCGAACAATCTGTAAGGGTAGTGATAAAAGGATTCTGGATATTTTTTATACACATAC TTGAGAATTCTATCTGTGCTTTTTCTTACCCATTTTTTGAAGAACTTCATTATCTCCTCG TCTTTTTCATCTGGTGTTAATTCACTCTTCAGTATGTATCTTCGTCTATACGCTATTACG AAACCCGTGAAGACGTCTCTCACTCCCCTAGCCTTCTCTTCAATTTCGCCCATTTCAACT AGCTTATCCACGTAATCTTGTAGCAGATCTGATGATGGTCCAAAGATCCATGGTTTGAAG TCAAGTCCTAAATCGATCCCTTTCTCTTTCTCCAGAAGAAAGAATATTTTCTGCAATTTA GTTGGTGTTACCCTTGCTTTTTCTTGTTTTGCAACGTATAACAATAACTTAATTAGGTAG TAAATTCTGTCATCCAAGTGTTACACCGTTATCATTATCATTTCCTTTAAAAATCTGTTG AGGGTAGTCCCTCTCTTTTTTAGTTCCAGCCTGACTAACATTTCGTTTCTCTTTTCTAGT TTGCAATTTATTCTATAGTATTTCTTTCCGTTTACGACGATATAGCTACCTTCCAAATCT TGTCTTTTGTAATCTCTAGTTTTATCTTCGATGTTAAAGTACTCCTTCAATATCTTTCTG ATTACTGCCGGTACACTAACGCCTTCTTCTTGTGCCTTCTTTCTCAGAAATTCGAACACT TCTTGTTCAACTGTTACCATCATGTTACATCATGACAATTATTTGTAGTGCAATATTTAA ACCTTTCTTTTAAGTTAAATTTAAAAATGTGCTATCATAAAGTTTCTTATGGAGCTTGTT AAGATTTCCGTAAGGTTTAATCAAAAGTTGAAACTTATTTTTGATAACATAAAACCACGA GATAAGACTAACGATGGGTTTTTGCGTGAGCTTTTTAGCGAATGTAGTGACGTCGTCGAG AAGGTGAGTTACGATCTGGGTGAGAATTTGAGACCATATTGCCTAAGGTTGTCTCCAGAG CTCATCGAGGGTCTTGATCATCTAGGTGAGAAGCTAGGTCTGTCTAGGTCAGAAGTTATA AGGCGATTGATTTATGCGAGGGCGAAGAGACTTTGTTAGTTGTGCAGGTGGTGAAGCCTG GGTTCTACATTGACTATAAGGTGAGGAGCCTTGAAGACCTTCCATGGCACTTCATCCCCT TCGTTAAGACAATCGGGGAAGAGAAGTACGGGACAGACGATATGTGTTACGTTATCCTTC GATTACGACGAGTGGAGTCATCCGATTTTCGTGGAGGGGACTATTTGCGAACCATTACAG GAGGGGAGAGAGAAGGAGCAGGTGAGGGAAATGGTAGAAGAGCTGGAGGACCAGATCCTG GATTTGTTTGGGGTGCAAATTCTCCCTCTCCTCACAGACGAGGGGATTTGGTATGGTGGT GCTCCCGGGAAAAAGATTATTTGGTATCATCGTTATCCTTCGGACGGGAGGGAGTATACA TGGTAGATGCTAGACAAGTTGTGAAACTAGACGTTGACGTGGACGTCACATGGTATGATC CCAACTGGCTTCTGGAGAAGAAATTATCGCTCTTGCACGCCCTAGGCTACAAGGAGGAGA AAGCCTGGTGGGAGTTGTCACCCTCTGGGAGACATGTTCACTTGATCGTAGTTCTGCAGA GCCCTCTCTCCACGAAGGAGCTCTTTGATCTTCAGTTTCTTCTAGGTGACGACCCGAAGC GTGTGGAGTTTAACTACCTGCGTTACAACGCTATAGGAGAGGACGCCGTCCACTTTAACG TTCTTTATGCGTATAAAAAGTCCTTAACACGTGTTGACAAGCTAAGGGCAATTTTCCGGC ATTGGTCGAGGTCTCTGCAATATTCGAAAAAACGAAGAGATGGACAAATGACGTAGTACA ACGTGTTAGGTATTTCTTCTACTATTGCGTAACGTACCTGCACGTTACCTATCCCTACGA ATCCTTCTTCTACAATTCTCATTTCGTTTTCTTCTCTCGTGTAGATAAATTTAAATATTT TGTATCCTACCTTATATACATGGCAGAAGAAAAGAAAGAGGACGAAATTCTCCTTCCAGA AGAGAATAAGAGTGAGACTGAGAAGATCGTGGAAAGCATTATCTCATCAATAGAGACTGA CCTACCTTCGAACGTGGATTATGTAACGGGAATATTAACTGACGAGGATAGGAACGTTCT CATCATCAAGAAGGGCAAAATATATGTTGGGAAGTCGCTCGAGGACGCAAAGCCGATAAA GGAATACATGAAGAATGCCGACGTTCCATTCTTAATAAATGCACTATACATCCTAAAGGA CATGTTGCCGTCATATAAAGACATGTGGTCAGGGAAGCTCGAAGAGGAGGCTAGGAAAAA GTACAACGAGATATTTTGACGAACGTCACTCTTCTTCTCCTTCAAGGAATTTTTTCAATC TTTTCTTGTTCTTCTTCTTAAGAGGTTCAATCTCCACATTCTCTTGTTGCGACTTTTGGT TCACGAATTGTTGGGCTAACATCATTTGTAGCCAGTTCGTCGTCGACCCTTCCCCAGGTC TAATTATTCCAGACTGTATCAACAGTTGAACCATCTCATTAATGTTGTTTAGTGCAACTT TAACGTCATCAAGTGTCCATTTTGCTTTTAGGTGGTTATCTAGAATTTCAGCAACTGTTT TCACTGCCTTTTTCGTTTTATCTAGTTCTGCTTGTAGCTCCTCGACTTTTTTCTCCAGTT CCTCTATCCTCTGTTCTTCAGTTTTCTTTTCTGGCTCACTCATTATCTAACACCTCCTGG AGTTGTTTCCTCACGTCGTCACTCTTCTGTGACTTCATGTAAATTACCACATACCCATAC TTCTCATCATTACCAAATTGTACACGTAATGATCTCATGTGATTTCCTGCTCTTGTCTTG GTTTCCTGTAGCGTCTTTTCTAGTATCCTGAGGATGACGTCACTTAATGATACCATTACA ACAGCGTCTCCGTCGTCAGTGATGTACGCCGTCGAATCTATCCCCATCTTTTTCAGCTTG GAGAGTATCTTGTTATTCACCTCTTTCAAGTCAGCATCAACAAGCTCTTTCATGCCGACT AGAAATAACTTGCCGTTCTTTATCTTGACTGACCATAACTCCTTGTTAATGTCAGCTGTT AGCTGTTCCGAGAATTCCTGGAAGGGGATTGCCACGACTACAGACTTCTCGTTGAGTGCG CCAGAGACTACTTTTATTCCCATATTTTCCAACGAAGAGACAAACACCTTGTACACATAC GCAACTGATCCTAGTAAACGAATTTTATCCATAAACTAGGATTGGGAAAAAAAGTATAAA AACTTGTTATCCAAAATTACGCTCTTTTCAGGAGTGCGTCTTCGATATCGGTCAACACTT TAGACATATCCACGGTGTGCGTCTTTCCGTCCTTTCCTATGAAGACGTAGATATAACCAG AGGATGTTCCTGTTGGAGCAATTGGCATTTTCTGCATTAACTCATACAGATAGTTATCAT GCATCTGTGTCAACGATTCGCCCTTATAGTCCAAGATGTAGTTAGCAACAACTTTCTCTG CATACGCCATCAGTAGTCCTTGGAATGTTGGTGGGATGCCATACTTCTCGGCGACTTGCT TTGCCACTTGCTTAGCTAGGTGAGATGCTTGATAATCACTTATCCAGTTGTATGTTTCTT GGTAAGACAACTTGTCTATTGCCTTAGCAACCCATGGATTACCAGCGACCTCTTTCCCAA GTACGTGGGCTGTCGTACCGACGTTCATGGTAAACCTTTTTGCGTAATATCTTAGGACTG AAGCTTGACTTAGTCTCCTTTTCTTACCTGCCGTCACTCATCACCTCATAATCCTTTCTC AATTTCTTCAAGCGCTGAGTATGCGCTCTCCATGCTAGAGAATCCTTCAGTACCTTCGTA GTGTGGCGTGGTGGATATTCTCGCCTCTTGTAGTATTATGCCAGCATAGGAGTTTGGTAG TGCTGGATTCTTTCTGACAATTCCATCCACGACAGAGATCACGTTACTCTCATCGAGGAC GGTCTCACCAAGCTCTTGAGCAACTGCTGGCACAATTCCCTTTAACGCATTTCCAGTCTC TGCTATTATCTTTTTCACGACGTTTGGTTGTATACCTCTAGCTACGTACTTAGCATATAA GAATGAGGCAGTCTCCTTGTGAGTTAGATATACTGCGTAGATCGCCTCGTTGATAATTTG CCATAGTGGGAACGTTGCGCCAGCTCCCGCTGAACTGGTAAGTGTAGTTCTTAATTGATT GTGTATCTTGGTGTAGATATTTACGAATACTTTCTCGTAATTACTGTAAGCTTGCTCTAC AAACTCTTTTGCATAATCTTCTCCCATGTAGTTGACGAAGATACCATACAGTTTACCCTT CCATCTCGTCGAGGTGTCGTTCTTTACATCAAACTTACGGTGGGCTTGCCTACCTGCCAT ACTTCATCAATGTGTCTTCTTTCCATACAAATATATAAACCTTTGGATACAAACAATACG TGATGACAATAAAAAAGACGACGTTCGTCAGGCTGTGTTTCTGGGCATTATCGCAGGCGA GAATGTCGGGAATCAAGGTAGCACCGAGAATAATGTTGTATTTTCTAGATGAAGTCAAGG CATCGCCACGAACCAAGGAGCGCCTACTTCTGCTTATCGACGAGCTGGATACAGGGAAAA TAACGCCAAGGGAGTTTGCTCGCCGACTATTTCTAGAGTACCCACGCCCGACTAGAAAAG GTAGAGTGCTTTCGCTAAAGGAGTTTAAACGTATAACATCCCTCGGTAAATAAGTCAGAT AGTGACGAGGGAATATAAAGTACTTTCCTCTTTGCGGTTCTTACGCACTTTAGAGGAACA ATCTTGTCCCCCACAACGACAGGGTAAATTTTCCCGACTTCGAAATTCGATTCTAGATAT GCTGGGATGTAAAGAACCTGCTTCCCCCCTATCTGTCTTAGGCAAAGACTCACCTAACAA TCACCCCGTGTATTCCGCAGTCAATTTTCCTGTTGTAAGTAAAAACTAGTTCGGCGCAAT ACCCGATAGAGTTTATTTGCATTGGATTCAGATCGTCATAAGCTTCAAAGACGACAATAG GATCTCCGTCATCATTGTACCCCTTCGTCGTTTTTTTCACTATGACGTGAGAATCGAGCC TCAACATTTTCCCTATGTACACGTACACGGCGTTATTGTAGAGAGTGAAGGGCGGTTTAA CCTCAATCTCTGTTGCTCCGTCGTAGCCAAGCTCGGCTAGTAAGATGGGGACAAAAACCG GCGGAATCTTCTTGATGTGCTCGTAAGCTAACACGACGTTATAGTTGTTAGTGCAAAGAT CGTAATGATTATCGTACTCATCTAGGAATTTGTACTCATCACCTTTGAGACAGACATACT TTTTACCTGAGGCGAGATACATCTCGTAGATTTTCATTTTAAGTCTTCCCCTCCTTAGAT ATAATTTCTCTGCACAAGTTGAAAAAGTCTCCTATTGTCGCTACACATTCTGGCGAGGAA CAACCCATGGCGAGTGCATTGAGTGCTGATTCGGCAGTATCCCATTTTTTAGCATACAGT GAGTAGAGCAACTCAAGTGCAGGTTTGTTGAAGTGGAAGTATCTTATCACTCTAAAGCAT TCTGGGTAATGCGAGTGTACATAGTCTTTCGCCCTATAATACATTTCTCCTCTAGACTGT ACTTTGCCCGTTGCTAAGTTTAGTCTAGTCAGTATTGTGTCTAGATCTGCGTTCTGCGTG TTTGTTGGTAAGGACGGTGGTCCAGAGACAAGTTTTTCTAGTTCCTCGCAGAGACGCTTC GCCTCGGTGTAAAGTAGGAATGCATTTGTTAACGTCTGGAATACTGGCATTGTATATGCA TGATACGTGTTGAGGATGGGATCGTAGTACACGTGTAAATGATCCCCCTTGACGGTTATA TTGACAGAGACGGGATTGCATTGCACGAGAGCAAAGCCACGAATGTAATAAGTGTTGTAC CTCTTTTCCACTGGTATCTTTTTAGCGATGTCCAACAGTTTGACTAATGTTGCTGGTGTC CAATTTGCCATTGTGTATATCTAGCAAAACCAGCTTAAAAAATTTGAAGTAGTGACGCTA GTCTAGATAAAATAGGCGTTGAGGTGATGAACGAGATGACGTCACCAATAGGAACGATCA AGAGAAAAAGGTTGACGTTTTCAGCAATGAAACGAGAGATGCGCTCAAGGAATGATAAGA TAGTACAAGCAACAGTAATTGCAACGTTGGCTAAATTTATCATGTTACCTTACCTTCAAT CACGTATTCCCTCGCACGTTTCTTCACTTTCGCAACCAGATCGTCATATTCGTCTTTCCC CATCGTCAAAGCATGGTTAATCTCGTAGCGAAGCTCGTGAAGACTAAAATCCCACACTTT GAAGAAATTGACACCATCTGGCGTGTAAGTGTATTCGTCCACAGGGTCAATGGGCAGTCC CACCAGGTTCTCACGATAGCCGTGAGCGTTCACGAAAATAGGGATAGTACCAACAGCCAT TGCCTCCACGGGTGGTAGACCAAAGCCCTCACTCTTTGATAGTGCTAGGAAGAATTTTGC CCTAGCGTAAAGTTCGTACTTTTGTTGTTCAGTGAGGGAGAATGCGGGGTAGTCAGGATT ACCCAAGTTGCCCACGACGATCGTCTGAGAACGTAATCCCATTTCTCTAGTCAGCGAGTC AACGAGAGTAAGGTTTTTCCTATCAAAGAATCTACTTTCCCCCAACGTGATGAATAGTTT GTCCCTCTTTTCCTCCACTTGGATGGGGCGAATGTGCCTCTTCTTCATCCCCTTTGGCGG AAAACCAACTTTGACGAACATTTCAAAGTTCCACATTGATGCGACAATAAAGTTGTCGTA ATGTGCCATTTCCTTCATGTAGAAAAGCGCATTATAAACAGTATCTCCCCACAGCAAGCA GTGAACGTCATCCACTACACCCTTAATCCTTTTTAGAAAGAGTACGGGATCGTCAATGCA AACTTCAGCCTCAAACAAGTTTCTAGTAACGACGAAGCCCTCATACCTTGCCACATTCTC ATAAGAGCATTTTTCACAAGGAACGTATGCGAGAGTCATGGGTTACACAACTTACTATTC TTCAACTCGGGTATATAAGTGCATAAAACAACTATTATTTGATTCAGCATATTTAATTGT GGGCTTTCATTTAATGCTTCTTTTACCGTTTTTTCAATTCTTCTTTCGAATTCTTCACTC AAGATAATTTGTTGGACTATTTTTTCAATTTCCTTTTGAGTTTCTTCCTTTCGTGATTTG TTAATTCTATATAGATAAAATAGTACGGTGATGAATGTTGCTACTTCATATGTTATGAAT TCCATCTCTAATATTAGAGACATGAGTAAAAATAAATAGAACGCTAAAATATAAATATTC AGGATGCAGTTAGCTTACGCAGTTGATCACGAGAATAAGATAATATATTACGACGAGAAA ATGAAGGATGTAATACCATCACTAGATTATAAAAAAGTTAAAATTACTTCTAGCATATCT ACATCGAAAATAAAAGAAGAGAAACTATTTCTTTTCGTATCGAGTGTTGATAATACTTTA TTATACAAGAATGAGTGGTTGGGAACACACCCAAATGGTTTATTACTTCTACCCGGCGTA TTTTTTAGAACGGCAAACGCTTCGATGGGATTCATTTTCCAAAATTTTGGCTTAACTGCT TGGCACAACGTAATGATAGCACCGCACTCGAAGGGTGAGACTCCAAACGTTCCCATGATT TCATATTATGATAAAAGGCAATGGAAAGTGCATATTCTAACTAGACCTGCAGTGTTTGTT AGTGTGTATAAGAAATTGATGAAAATGGTATTGGATTATGACGTTGCAATAGTTGAAACG ACGTATAAATACCCATATAAATATCCGGCAGTTCTAGGAAAAGAGGTGTGTGCGTATGGT GTTATTTCTGCGACTAATGGTGTAGCAACTTTCGCAAGTTATTTGCCATCTATTATAGAA GTAAAGAGTGAATGTCCAAGCCTTGAAAGGGGTATGGAAGTGACTCTTGCGAGTGCGTAT TCTGGTATAAGGAAAGGTAGAGTTATAAGCACTAATGTGGAAATAGCGTATCACGTTGTA CCAAAATTTTTGATACAAATAAAAAAGAGTTTCATGATAGATATTCCATCAATACCTGGT GATTCGGGCGGGGCAGTTTATATTTAAGTATTGTATCCTTTAGATATTTATATTTCTTGC ACATTTATTATAGTTGAGGATAAAAAATGAGCTACGCCCAAATAAGCTCTGCCTTAACCA GTGTAGCAACAAACCTAGTAGTAGCAATATCAAACTTCCTATCCGGTATCGCCTCATTTA TTGCCAACAATGCCGATTTATTTGTAGGCATCGCAATAGCAGGACTCGTCATCGGGCTAG TTGCGAAATTCGCATCAAGTCTACCATTCGTCGGTCAGTTCCTTAGCTATCTAGGTTTAT AAAAAAAGTGAAGTGAATCTATTTTTTTTACAAGATTTTCTCCCACATTTTCGCTATTTC TAGGTAGTTGTATCTCTCTCTGTATAGGATTGCCCTCCCCTCTAGATTCTCCTTCTTCTT TTCTGGAGTCCAGTCTGCAAGCGCCATAACGAGTTTCTGATAAGCATCCTCCACATCAGG ATCCAGAAAATATCCCACGTGAAATGGATTAGTATACCACAACTTAACCTTCCTACCTAC TTTTATCCAGTAAACGTCATCCTCAGATAGAACCCACTCACTCCAGGCACCCTTCTCGGT AACTACAACGTCAAGACCGAGAGAAAGGGCTTCAATTACTGGTATCTCGAATGCACCACC TCGTACGGGATAAAAGAGAATATCACAGCCTGCAAACAAGCTATAGTACTGATCGTCGGG GAGAGGGGTTTTGACGGCGTTTAATCCTCTCAACCTAGGCTCAAGCATGTTGGAAACTAG AATAACGGGATAAAAATGATACCCAGAGTTCATGAGTTCGTGGAAAACCCTCACGACAAC GTCGCCACCCTTCCTATCCCATGAATGCGGGAGAATTGCTAGAACGCAAGGATGTGGGAC ATTAGCAGGTTTGTAAGAGAACATGTCGGGATTTAACGCATGAGGTATAACGTAGATGGG TTGTGGAATTGGGAGACGTAAAGTGTAGAAGGCATTCTTACTCCACTGTGATGGTACGAC AATCTCATCAACGGGCTGTTGTCTAAAAAAGTATAAGGCAGTATGGCTAATTGCATCAGT GTCAGATACTTCGAAAACAACGTTTTTCCCGTGATGGGGAATCCCCTTCCAGAACAGTTG TGTGTTAAAAATCGTATAGTACACGTAGGCATCATACCCTGGTGGTAATTTTTCTTTAGT TGTTGTATTCTTTTCAAAAGGCGTAACCTCGTGACCGAGTTCCTTTAATCCTTTCTCTAG AAGTTTGCCTTGTCTTCCAAATGAGGTGTCAACAAAGTCCCTTACAAGGGCGATTTTCAT ATGCATAATGTATAAAAGCTCAAATATAAATAGATTATACTATGGCAGAGGCAGTTGCGT TTCTAGCTGGTAGTAGTGGAGGAGGTATAGTTTCAGCATTAGAGGACATTGGAAATCAGA TACTTGAATGGTTAAGAAAAATGTTCATGACAATTTGGAGGCATATAGTAGGACTATTTT ACAGAATGATAGACTATTTCATGAAAGACCCAGTAGGTTTCATTACAATGATTGGTGAAT TAATAGTATTCCTAGCATAGGTGATCAACCATGATAAGTATGGATGACGTATATTTCCAA ATGATGCTTATGCCATTTCAAATACTTAAGATTCCGTATACTATAAAGAAAGAAGGTAAT CTGTACAATGCGTATATTGACATTAAATCATTCCATCGTCTATTTATGTCAACTCTAGGT AAAATTACTGCAATAAAACAGGATGAAAACCTAATAAAGTTATTACCAACTGGATCAACA AGTAACATCTCAGTTAAAGAAATAGAACAAGGTATACACATAGATTTTGGAGGCTTCTCA GAAATTGAGTTAACTGACGATAAACTAGTAGAGAAATTGAGGGAAACGTTTCAAGAGAGG TTTGGTAGTGAAGTAACTGTTAATAGGCAAGGTGATTATATCGTTATAAGTTGTAGTAGC CCATCACGTGTATTCATGAATGTGTTAAAGAGTTCGAATTCACCATTTGAGTTCAAGGAT GGTAAAATTACTTTCAAGTTGTGAGTTAAATGTCTTCAATACTATCAATATCATTATCTG GCATAGGATCTGAAGTTGAGAATGCACTTTATAGTTATCTTCTTCAGCCTTTAATTTGTG TAATACAAGACGTGATAAATTATATAATTTATGGATTATTCTATTTCGCAAAAGTAGTGT GTGATGTATTCTTCTCATTTGTTCAAGCAATTTACAATTTCATCCTAACCATACTAAGCG ACATAATATCCCTATTGGCAGGGGCAATAAACAACATAATCTCTACATTGAGAAGTAAAC TAGTTCCAGCATTTGTAGTAGCAATAACGCCAAAAGCAGAAGAAGAGTTGATAAAATACA CGATAAGGGGAGTTACTTCAGCTTCATCTGTGAAACAGGGAATAGTAAGAGGCTTATTGG GAGGACTAATGGGAATTGGAATACCATTAATATCATTTCTAGCAGGATCAATAATAGATA GTGTAATACCAAATCAAGCAGTAGACGTAACGAATCTGTTATTCCCAATTCAGACGTTAA GACAACTTTCGAGCGATATTTGTTGTCCAATTAGTGCAGTAATTCCACCGCAATGTAAGA ACACTTGTGGAGCAGTTAACGCACCAGTTTGCACACCGCCATGTTTAGAATTATCGAATG GGAATACTTACTGCTTTGGAGTACAATTTATATCACAAACAGCCACCTCAACAACTACAA GTGTACCACCATCTGAAAGCGTAACATTATCCACGTCATTCACGGTGACTCCAACATGAA TTTATGTAGAACATGGATAGAGGAAGAATTTCTAGTAGGAAAAATATATCCAATTGCACA AGCACAGTTTCTATATAATAATACCGTAGTAGGTATAGGGACTGTAACGGCAAAGTTGAG TTTTGATGAATTAACTAACACTTACGCACTAGAATTAACAATTACTGATAACACGACGAA TACTTACACTTATAATGCAATAATGATAGTTGACTCAAATAATGTTAACGTTGCACTATT CACGTATGCGAAAGCGTATAGTAAAGGAACAGGTCAACTTACAGTGAAGGAAACAATATA TATCCCACAACCAGTTGCAGTGGTAAATTTTGCAACCTATGGTTTAACAGTTAAGAGTCT AGGGGAAATGATAGGAAATGCGTTAATGAATGGTGGTACCATTTACTTACCCAACTACAT TTTCTTTTTTGATGCGTCTCTAGTTTTGATTGACCAAGTTCAATTTACACCCTCAATAAA TATTACACCAACAGAGGTTCAAGAATATCAAACAATTAGCTGTCCAGTTTGTATTCTTAC ACCAGAAGTAACAGCCGTGCTAGTATACTTTGATTCATCATCAATGACTGTAATAATATA TGGCGTATATCCTATTCTATTAGGATTTGTTACAGCAAATGTACAATGGAGTATACCTTT TAACCCAAATTGCTGATGATATATTATGAGTTACTATTACCAAGAAGAAATAGTTGACAT TACTGACATTTTCGAAGTACTGAACGTCATAAAAACAACAAATCCAGCACAATATAGACA ATTATACGTGAATACTGTATACCAGTTCCTTTACATACTCTCGAACTACTTGAGCTATTT CCCGCCTGGAACTTTCACATTGTTTGAAAGTGATTCCCTCACAGTTCGAATAGTTAACAA TACAATACAAGCAATATATAATGGATCACTCGTGTTAGGCTTATTACAAATAGCACAAGT GATATCATCAGTACTTAGTTACGATTTCGCTCTACTCAACTCATTCCTCTCGGCAGTATA TTACAATTTAGTACAAATAGCACGTCAAATAGTACCTCCAGATAATGTGAAACAATACCT ACAAGATTTATATAACACACTAACAAGTAAAGTATAATATGGGTTGCGAACAAGTTAAAA AAATGTTGGATGACATGGAAGACGGAGTAATAAAAAGTTCACACTATGAAATGATTGCAT ACCAAAAAGTAGGAGATAACATGATGATAAAAGGCAAATTATTCCTAAAGGGAGTGAACA AGTTAAGACAAGTGACGAAAGATAATTTCAAGATTGAAATATACTCAGGAATAGACTTAA ACGGACAACGACTCCTAATAATAAGAGAAGTAACAAACACTATCGCAAGAAAGGATAAAC AGACAATTCACGTGGAGAATTGCGACTTATACATAACTAGATTATCACCAAATGCAGAAA GTGTGATGGTAGATCTACTCAAGCAGGCTGAATAATATACTTGTCGTTAACCACGTATTT TTTTCCGTTCACGAAATGATAAGTACCCGGAATAACTTTTGCGATGGGAACGAGACGAGA GAAGAGATAAATATCAACAAAATGGGTCCTGTACAACTCATTCTTAATATACTCGTCCAT AACATCCCTAGCGAATTTTAGGAAAGATGAAGGAATGAAAAGATTAGTGGACATACAGAA AAGTGTAACGTCGTCCGAAGGCTTAGCCCTAGCTGGTATGCAGAAAGAGTAAATATTCCT AGGTAAATCGACAGGAGGAATGTAGACGTCACTATCAACTAGAAATAAGTCGTCGTTAAT CCTAGAGAATATTTCCCTTAGAAGAAAAGCTATCCTATATCTTCTAGACTCCCAACTGTC GTCACTTACACCACTACTAACGTGAATTATGTTCGGATGAATGTTAGTATAATCAACTCT TTCCAAGCACTGGTTATAGTCATCGTCTACAAAAACGAGATCGTAGTTCATTAGAGGAAA ATAGCAAAAGTTACCCCCAAAAGTAACGACTTTCATGTCTGCGCTTGTACCTCATATTCA AAGTTAATTGTGAGAGTAACTTGTTGACTTAACGAGGCGTTAATATCCAGAGTCACTACT ACATTAAGCGTTTGTCCACCGTAATAGTCCTCTAGGTTGAACTCAGCAAAAGTCTGTCCT TCTAGAACGTTAACTTGTTGTGATGCTACAACTACGCCAGATGACGTTTCAATATCAATC GTGATCGTAAATGTAGTGAATCCACTCGTACATGGGGTAGTTGAACATGAGAGCGAATAT GATGGGATAATCTTAAAGTACCCAACTGGTACTAGCAACGTGTAAGTCTTTTGTATTGAT CCGTTGAACGGCGTTTGAACGCTGAAAACGTACTCCTGTGGGTTTAGGATGTTATTGTAC CCTGTCACGTTAAACACGAATATTTGAGATATCTGACAAGATGTGTTTGCATAAGGTATA GCAATGACTTGACTCCACGTTATTTGATAGTCGTTGTTTGCGGTCCCGGTAAAAGTTACT GAATCAAGTTCACTTACTGATGTCATTGAAATGTTGGTAGCAGTTATTGAACCAGAATTG AGGGTTGCCGTAACAGAATACGAGGTCAAATCTGATGGTCCGCCCGATACACTCATTATA CTAACGTATCCTGATTCACTGTAGTTCACAGTTACAGAATAAGATAGTGATTGATTGTAG AAGTAAAGTGGCTCAATGTAATAAGTAATTGGCTGTGAAAAGAATGCAACATCACCTATT GACGCAAAGCCATAATAGGGAATCGTTACAGATATTTCAATACTAGCAGTACCACTTGGA ACTGGTACAGCAATCATATAATATGTGCCACTCCCTGCACTAAGAGAAATTGAATATGAG TAAGAACCTATACTTGAGCCACTAGTATTAAGGAAATCGATAGTAATTGTAAAAGTTGCA CTACTTGGTAAAGAAGATGATCCAATATAATACAAACTCCCTATTACAACAACCCAGACA TTCTCAGGATTATAAACAAGCTCACTATAAGGTACTGTTACCGTGATTGTAGCTGTGGCT GTAGCTGATTCACCAGTAGTAAAAGCCAAACCATATCCACAATTACCGCATGGATCACCT ACATATCCAGAATATGATGCACCAACACTTCCTCCACTAGCTGAGAATATGCCAGTTTCT ATTGGATTACAGACATTGTACCATGCTATTTGAATTCCCATAATTAACAACTCGTGCTAA ATTATTTAAATCATTGTGAGATGTGCAACGTTCTTGCATCGAAAAGCCACTGTGCATATT GCCCACCAGTAGCTCCAGCTACTGCTAGATAATAAGTACCACTAGATGGAGCAGAGAAAT CACTACCTAGAGAAGTACAACCAGTAACGAATTGATTATTAGGTATAAAGAACATTGTAT AGCACACTTCATTTGACGATGGAATATAACTCACTATGTAAAACATCTCATCACCAGATT GTACATTAGTATTAAACGTCCCACTTCCAGCACCACACACAATCTCAGTAACAGATGTAC CATTAACAACAGAGATATTCACTCCTGTACCTACTTGATTTCCAGCACATGGTTCAGCCC AGTATGGATCATATTGAACTAATATAGTTGGACTTGAGGTTTCAGGAATTGACATACTTC CTTGAAATTTACAACCAGAAATTGAGGGAGCAACAATATTAGATGTATTAAATCCACTCG AGAATATTGCAAAAGCAAAACCATCAGCAGGACACGAAGATGGATTAGACGGCATAAACA AACCACTAACTGTAAAGACGTTACCTTGCGTGTATGAGTAAGAGAATATAATACCACCAT ATTGTCCAGTAGTTGGCGAAGTGAGAGTATCCATAAGTGAACTATACGTGTTATAAAGAA CAAACGTAGTCCTAGCATCACTATAAAAAGCATCAATATATGGTCCAACTCCAACATACA GCGGAAGTGATGGAGTAGATATATTATAGTAAGTTAATGAATCATCGGCAGTTGATAAAT CAGGAGGTCCATTCCATGGAGTCCACCATCCAACAAGATTATCAGAAAAGAGTAAGGGAT CAATTGAATATGGACCCATTTGATATATTTCTTGAATTTGTGACGCCGATAAGGCAGTAT TAAACACTGCAACCCACGCAATATCACCATTGAAATATCCTGATGAACCCTCACGTGACC AACATCCATATCCTATCCATAAGTAATAAGGATAAGGAGGTAGAAGACCACTAGATTCAG TAACAGAACCAATTTCCTGTCCATCTACGTAAAGAGTTATAGAATTATTAGAAGGATTAA GTACAACAACTGCAAGATGCCAATTTCCATCGTTATACGTACCAGACGTAGTTATACCTG TACCAGGACAACAGTAGCTAGTAGATAATTGACCATTAACAATTTGAAGTATATTATCAA AATATTCATAACATGTAGTCGTAGCACTTTGTTCATCGTAAAGTATTACACCATTACCAG AAGTAGTTCTAAACCACACCGCATAAGTTACGGGAAAATTAAACGTATGGCTAGATGAAG CAACTTGAGGTAATTCAACCACCATATATGAATTTACACCATTAAACTCCCAGTAACTAT TATCAATGTAACCAGATTGCGAAGCAGGAAATGGAGGAGCAATCATTGGATAAACTCTAG CGAAATGGTAAGTGAGAGTCAAATTACCAGTTGCATCACTATACGCAGTGCCAAGATACA TGTAAACGTTACCAGAAATAGACTGATTCGGCAAACTACTAACTAACGTCACTCTATTAA CAACTAGGGAAACATTATTATTCTGGTAAAATAAACCACTAATGAGCTTCCTAAATGGAT AATTAATACCAATAACAGCATAAGTTGCATAACTAGTCTCACAGAACGAAGAGGACGAAG AAGGACATGATGATGGACATGTCAAGGATTGCGTACCTAATTCAACAACGTAATATGGAA CACAATTACCATTAATACTAAAATCTGCAGTCTCTTGAGGAGATGAAGATGAAATTACAC CATCAGTAAAAGCATATTCTGCCCCATTCCCAACACTAATTGACGGCTGAGCAGTTCTAA TGTTAGTTATAAAATTAGACGTAGAAGACATTACTTCAAACATGTAACCCTCTCCAAAGG TTTGCTTAGATTGCAAAACAACGTAACCAGTCTGCCCTTGACTAACGTTAATAATCAGAT CATTATTAACTTCATAAGAGTAATCGCCACTCACGTATAGATTCCATATATCCGTGTTAA GACTAGTACCACAGAAATTGTCATAAAGAGTAAATATCTTACTCCCATTATCATTACTAC AACCAGCAATTTCCTTATATGCACCAGCAACTCCATCGTAAACAAAACTTGAATCACCAA CCCATACATCAATCTGAATTACAGTAGAAAGATCAGTAGGAAGTACAACCCACATGAGCG CACTACCACCAACTATCTCCTCAACCCACGTATACATTTCGGCACCATTATACGACAGCC TAACATTAGAGTAAGTTGAATTAGCACCATCAACATATATCCAAATTGGAATTGGGTAAC CAGATGGGATAGTAGTACTAGTATTATTGAAAAGATAAATCGTGTAACTAGTAGTATAAC ATTGATACTTTGCATCGGCAAAAGGACAACTTATAAAAGTACCGGAAAGAATAGTCTCAA AATTAGTAGTAGATTCTGGAGACACAACAGCAGTAATTTGTTGATAAACTGAAGAAACCA TAATACTCTCACTTTGAGAGGAAGAAATGGGGAACTGGGTAGGAGTAACTTTCTCCTGAA CGTAAGAGACCATAGTTGTCTCACTCTGCGCAGTCTTTAAACTCGTCACAACTTCTTTAA CAGTCTCATATATCACGGAATTTAGGAACTCCTCACTAGCGGAAGTGGAAATTGGAACTA GTGCCTTTTGAACTACTTCATAAACTGTAGAAATAAGGAATTCCTCACTAGCAGAAACAG AAACGGACTTAAGAACTTCAGTAACAACAGAATACGCAATCATTTCAATTATTGGTTTAA TAGCACTCGTATACTCTGACACTAACTCTGGCGTAATAGTACGTATCATGTCTGCAACTA AGAGAATCTGAGATACTGAAGTAGGAACGGACTGTATGACAATCGTAGGCTTAATGAATT TTATTTGTAGAATTGGAATTGAGGATACAGTAACTTCACTTTCTTGAACGAGTTTAACTA TAGGTTGGAAATATGCACTTACAGAAATGGAGGATGCAGTAACGTATTCCGAGAATACTT GTTTCGAAACAGGATAAGAAAAGTAAACTGTTTGAATACTCCTACTAGCAGTAACGCTCT CAACTTCTCTTATGAGAGTAACAGGGTAAATGAAATTCACATCCAACACGGGCAAAGTAG TAGTAACAACGTAATACAAGGTAAAGGAAACACTTTCTTCAACAGTTTCAGTCTCTGTCA TATGAGAAGGAGCTTCCTTAATGGAAAGCAAATCACTGGGCAACACGTACTCATTCTGAG GCACTTGTTGAACTACACCAGTAGGCGTTTCTTGATAATCATAAACAGCATCAGTAGGAT CCACGATATCTATTCCCAACATGTAATAACAAATACAACCGGGACATACTTCGGGACATG GTTTAGATACAACTAATATGTTTGGAGGAGTAATAGTAGTAGGTGGTGGTGGAGGAGGTG GAGGTGGAATGGAAGTTGGTGGAACTGAAGTGGGATAAGTCACTTGAAAGGAAATAGGAG GAGGGGGAGTAATGTAACTAAATGTGGAAACTGTAGTGGGAGGAAGTGTAGACGGTATAA TAACAACTGAACCCTCATTTACAAACCAAAGTTCCTCACTTGCAGTAACTCCGGGAGGAA CGCAAAAACCAGTAGGAGAAGAACAAGGTTGCCCAATATCATTAGCTTGAACATTCTCAT AGTATGTGTACTTTTTAACTGGATAGTTTTGAGGAAAAACCAAATCCCTAACAGTAACTT GCTCCTTTCCTCGAAGAGTTTCAAGATGTGCAGGAAACATTTGCATTTGATCAAATACTG GAATATATTCAGTGCCAATCATACTCACAGCACTAGCAACAAGTATAGTAACGTGATCCT TCGCCTCAGCAATGTAATGAGCTAAAGCACATTGAATACAACAATCATAAAACTGTTCAA AAGTAGGCTGGTTTATGCATTGTTGAAAACACTCAACATCACTACATTCCCAATTAGGAG TAGGAGTACAAGATGCATTAGGTAACTCTCCACAAGACATAATATAATAAAGGGAAAAAG TAGTTTATGAGTTTGTATGTTAGAAACATCATAGGGAATGGTTGCCAATCAGTAATAATA AACTTTAACGTGAGTGGAAACCTCACAGTTAACACGAAAGTAATAAAACCACCATTAATA CTAACACCATGGAACGTATCAATAAAATACGATGATGTACTATGGGCTTCATACAACATA GACACGTCAAGCAGTGATGACGTGTATAATTTCAGTACCGTCACGGAAAGAAAGCTTAAC TACATAGAAATATACTTCTGTAATGCTAATGGGCACCAATTAACAAGTGATGAGATTCAA GTTCAAATTACAGTAACTGATAATACAACGGGCAACACAATATACAACGACAACATAGTA ATAGAAATTAATGTGGATCCAATAGAGCCAGTACCCATATTCATTCCAATAAGTGTGAAC ACACCAACAAAAGAGGAAACAGTACCAGTACCCGCAGGAACAACTATACCATTCCAACAA GAGATAAACATCACGTACACTCCCGTCACCCTTTATTTCTCACTCTCGACACCGAATACT TTCCTATTCAAGTTATATTTCACAATGTGCGGTCAAACATATGAGGTGGAAAATCCATCA ATAGTATATCCTGGCGGATGCATAACAGAGGAAAATGAATACGTGTGTACTAAATGTAAC CCAAACGGATTCTGTTATAACATTGTATACCCATTTACAAAAACACCAATATATAATAAA AATGGACAAATTGTGGGTTACCAAACAACAATCTCAAACACATTTTACATTCTATTTAAA ATAACTATCACATCACCATGTAGTGGAACTATTAACTGGACTCTTGTGCCAGAACTTGTG ACTGGAAGTGGTGGAACAGCAGTAATGAACGTTACTTTCTCAGAATGAGTAAAACAAATA TAACGGGACAAAGGATATTGAAAATATGAAGCTCAAACAGCCCGTGACGATAACAGGAAT TGCCACAATAAGAATAAAACATTTAGACACGGGAAAAGTGGAAGAGTACACAACGACGAA TATAATGACTAATGCAGGATTAAACGAAATAGCATCACATTGGGTATTGCCATGGACAAT GCCAAGTAATTACGGTTATGTAATGGAAGTGGGAAGTGGAACTGGAACCCCATCAAACAC AGACACTGGAATGTTCTCACCAATATATCCATGTTTTGAATACGTATCACCCTCAGTTTC AGGAAACCAAATCACATTCGTAGCAAGCTACTTACCATCACAATGTAACGGATATACTTT CCAAGAAGCAGGAATAGCTTTCCCAGCACAATTACAAGAATCAAACGGACAAATAACAGG AGTATCAGGAACATTAGTAGACCATCTAGTATTCCCAATAGCAGTACAAAAAACTTCGTC TATTTATCTCGAAATCATAATAACATTCGTGATAGTGTGATGAAATCAATATACACACAA TGCAGAAATTGCAGTTACGAATGGGTAGTAGATCAAACAATATATTACATGAAAAAGTAC CACAACATCGAACTACTAAAATCATACTTCAGACCAGCACACATATACGTTGGAGATTGT AACACAATCTTCCAAGTAGCCAGCGAAGGTATTGCGTGGTGCGATACGCCTAGCGATGTT ACAGCCAAACCATCACAAGGTCTAAAAGTAATTACAACATCAACGTGGTTAAAAGAACAC ATGGAGAAAAAGGGAATTCACGTAGAACAAGTAATACCGAGAGGAGTAAATGACGAAATG GCACAAAGATTCGTAAACTTTGATTACAACGCTAGGAGAGGGTACATTATTATAGGAAAA AATAGACCATACAAAAACATAGACAAGGTGATACAGTTGTTCGAAGGAAGAAGAGCAGAA CTAACAGTCATCAGTGACCATCCGTCATCAGATTTTAACTTCTTCTCACTCCCTGAAAAT GTAAAATATTACCTTCTATCACACTCACTATTTTACATAGCAGTTAGTGACGCAGAAGGA TTCAACATTCCCCCAGTTGAGGCAATGAGCGTTGGAACACCACTAATTTACGTGAACAAA CATGCGTATAAAGACTATGCATGCGGAATAGAAATAGATGATGTTAACGATATAAGAAAG ATAGAAATTTCAAGAGAAGAGTGGGAAGACCTAAGCTGGAAGTGCTTTTATCGATCTTTG AGGTACTACTACATAACAATTGGTCAAGAATTGTGGGGATGGTTAAAATAATAAGTGAGA AAAAACAAAATGTAAAGCATGGGATTCGTTCGCCACGACCCTAAAGAGTTAATATGGCAA AGTGACATCGCTTTCGCACTGCATGCGCCAGATGATTTCCTCGTTGTAAATGTAGCTAGA GAAATAGAAAACCCAAAAGCGAAAATGTGGCTAAAATATGACGACTTTGTACCGATCGAC GCTGAAGACTTGCTAACAGTAGCTGAAGTTGTCAAGTCAAGATTTGAAAGAGAGCAAAAG ACGCTTATACACTGTATAGCTGGTGTCCATCGCAGTGTAACGTTTGCCCTAGCGTCACTT ATGTACGTGTACAACGTAAAGATAAAGGAGGCAATGAGAATGTTATGCCCACCATGCATT GACTTTAATACTTACGTGCACGAAATACCATATCATTTTTTATCCCTAGAAGAGTTTTAT ACTAGGTACATGAGGTGAGTAAAAAATGGGAGACGATATAATAATAGATGCAATAGCAGT AACTGGTGCAATAATAATAGCATCTCTTCTAATACTAATCTCAGCAACAAATCCCTCACT ATTCAACAACCAGTACTATGATAACATGTTAAACGAATTAATTATAGCTATCGCATCAGT CATATCATATACACTTGGTAAAAACGCAAGAAGATCAGGATGAATGAAAAATGGAGAGTA TTGAGGAGTATTTCAAAAAAAGAGAATGTGATTACTGGAGAGAGTATCCACACTCATATG GCATGCTTAACGTGTACCAACGTAGTATACAGATAGTGGGAGCTGATTGTGGTTCGTCGG CTCTCTATTTCCTGTTAAGAGGAGCATCATTCGTCGTTCAATACGAGAAAGAAGAACACC TACGAAAAAAATGGGAAGAAGTTTGTGCTTATTTCAACATTTGCAACAAGGCAGTAATGA AGGGAGAATGGGATGGAGTGTACGAGAACGTTGACATCTTTGTAATGGATTGTGAAGGGT GCGAGGAAAAGCTGAACGTAAACATGCTTACCAGATACAAACAATGGTGCGTAGGAATAC ACGATTGGACAAAGAATCGTGTTGAGCTAATGAGAAAAATGGAAGGAGCAACTTTCACTT ATGTGAGTGATGACGGAAGAGAAATAACTCTTTGTAAAATTTAAAACCACTTTGCGATTT TTTTAAAGAAGTTTATTATATCACTCACGACGGTGACGTCACTTTGTGGAATTACTAAAA TCACTCTTGGAGTCACGATTGTACCCACATCGTCGATATCAAAATAATAAGAGAAGACAG CGTAAGGATCTGGAGGTGCAGACACAACAGTTCTTGCTTCTTGCTCATACTCGACGACTT CGGCATAATCATAAATGATCGCATACAAATTAATGGAACCAGGCTTCACCTCAATTAGAC GCCCGCTAAGAGAGACCAGATTGACGAACCCATACTCAGGAACGCAAATCACAGAGTTCG GAGGAAGAGAGAAGACAAAACCAACTGTATATCGACCAGAAGGAGGCTTCAGAATCGCTA AAGAATACAAGGGAATATTATTCAAGTCATTAATATAAGACGAGGCACCATTAGCGAAGT AAACGTCAGCAAAAGCGTTACCGAAAATGTATTGAGGAACAGCGTATTGTTGACCATTAA TATTAAGAACTGCACCCCTAAGCAAAGACACGAGCTTGCGTTCAGACGTTTTATTCACGA AAATCCAAATGACCTCACATTGATTAGGATTATACAAGTAATAAAGGGCAAGACTATCAT TCTCCCATAGTTTCGTAGCACCTTGAGGAATATTCTCAACGACCTTCGTTAACTTTACAT CTGCACGAAGATGCCTCATGTTCACCAAATAAAATATAAACTCCTAGAAAGTAAAAAAGA TTGTGGGTAAACGAGAATGGTAAGCTTATTCCACTTCAAGAAAGAGATTAAAACACCAAG ATCACTCTTCGTGTCAACAAAAACAGAAATGCCACTAGTATTAATGGTAGCAATAGGAAA ACATCATGCAGTGGGAATTGGAGAAGTAGGAGATAAATCCGCAACAGTAGAGAAATTCAT ACCACCATTCGCACCTAAGCCAACACCAGAAGAAATAGCAAAAGAATTGCTGAAAAAACT AGATGTACCAAAAGACGAATGGGAAACAATACTAGCAACAAGAAAAGAAATCACTTTTTG AGCTCTTTCGCCCTCGAGATAGAACACATTATCTCGAACATATTCTCCCAGGATAATAAG TACTTGGGATTACCATGAAAAAGAAATACTGACTCGATATCATCAACAACAACCTCATTC CCATAGTACACTTTACCGTCTCTGACAACGAACTTAGAAGGATAACGAGCCATAAGACAA GCAATGTGATACTTGTAAGGTGTAACATTAGGATCCAAAGTAATCGTAGCATAAACTGGT TCACAGTAAAAATATTCACCGTCGAGTTCGTACATTGCAACAGAATTGTCAAGAAGCTTA ACAAAATCAGCACCCAACAAATAAAGAACTCTACATGGATAACCAACAGAATTCATTGCA AGCTTCTTTGCATTCTGCACTGACGTAAAGCGTACTACTGGAAATGGAGAAAATAACGAT ATATCGTGATAATCATAAACACAACCCTTCAAGACTTCCATAGCATACAAAATGAGTTCA TTACCAGATTTATTAGTCGAGAGATCAACCATCGCAACAAAGTTATCTGGCAACGTCGAC CCATAATAATATGTGAACCCCGAAGGAGTAATTATACCACCATAATATACATCACGTGAA GCAAGAAGTACGGGGACAGTAGTCATATTTTCGCCTCCAACGTCTTTCTCATATTTTTTA TACGTTCCTCACTCGTAACTTCACGATAAACTGGAACTACCATATCAAACAACTGCAGAA GATCTTTACCCTTTATCTTGTACTTAGTGCTCGAGACGGGGAATTTATAGCAACGAACCT CCAATTCTCTCAGGTATTTTATAGCACCATAATTATAAAGCTTACCATTGACAATACCAG ATAATTCTGACCTAACTAGGAAATAATCGTCTGGTGCACAATACTTAGGATCATATTTAG CAACGAGAATAACGGGCTTTGAAGAATCAATAGCAAACAAAAGAGCAGACGCAGGTAAAT AAGACCAATAGGTCAAATATGTATCCTTACCACCAACAAGATGAACAATACCACCACTAG TATAGAAACTATAGTTGTTGTTCTCCACGTAATCTAATGACGTACCACGATAAATTAAAG CACCTTGGAGCGAAATGGAATTCCACTCGTTAACGAGGTCATAAATCTCCTTAAACACGT AACCATCAAACTTAGGAGATGCTGAAGGGTCATTAAGTAGTAAATCGTGAAAAGTATTAT TCATTAAATTAACGACATCAGAGGGTAAAGCATAATCAATACTATGATAATAAGGGAGAA GATAATATACTTTCTTCATTAAAGGCAACTTCATAATGACGTCAGCAACGACGTCAGTAG GTAACATTATAACCCAACTCGTGCAAAACTTCCACTATTTTCTTGAAAGCGTATTCGTAA TCTTTACCAGTATTCTCAATAAACATTTCAATCATGAGATTTAGCACGTGGCGATCAACA GCGTAACCAACAATATAACGTGACGACTTAAGAGTTTCAATCATATTTCGAACAAATTCG AATTCGTCAACCATGTGTTAAATGAATGAAAAGGAGACTTAAAAACTTTATCAACGTACT TTAGAAATCGAGCACAATATCTCGAACATATTCTCCCAGGATAATGCATATTTAGGATTA GCACAACATCTATCCCACGATTTGATATTCTCAATAACAACCTCATTCCCATAGTACACT TTACCGTCTCTAACGACAAACTTAGAAGGATAAAGAGCCATGAAACAAGCAATGTGGTAT ACATAAAAGGTTTGATTGGGATCACTGATTATACTGGACTTTGATGGGGTACAGTATAAA TATTCACCTTCAATCTCATACATTGCAACAGAATTATCAAGATAACGAACAAATTTTGCA CCTAACAAGTTAAGAACTTTACATGGATAACCAATAGAATTTAATGCAAGTTTTTTTGCA TTCTCCCTAGACGTATAACGAACAACTGGAAATCTGAAATATTTTAAAAGATCATTAGAA TCATAGATGGTATCCTTCAAGACTTCCATAGCATATGAAACATACTCGTTACCAGACTTA TTGGTAGCAATCTTAACCAATGCAACAAAATTATCTGGTAATGTAGACCCATAGTAATAT GTGTACCCTGAAGGAGTAATTATACCACCAACATATCTACCACGTGAGGCTGAGAGCGTA GGAGCAAATAACATTATTTCACCTCAAGACCTTTACGAATTCTCTCAACTTCTTCTTCAT CCATATATTGACGATAAACTGGAACTACCATATTAAACAGATCTAGGAGATCTTTACCCT TCAGCATATACTTAGTATTCGCAACGGGAAACTTGTAGCAACGAACTTCCATTTCTCTTA AATACTTTATAGCACCATGGTTATAAGGCTTATCATCAATAATACCAGTAAACTCATCAA GAATGGAAAAGTAATTATCTGGAGCACAATACTTGGGATCATACTTAGCAACTAGAAGAA CTGGTCTACTAGCCTGGGAAGCGAAAATTAAAGCGGAAGCGGGAAAATAAGACCAAAAAG TTAGGAATTTACTATCACCATGAATAACTCTAAAAAATCCACCACTAGTATAGAAATCAC GATCAAGATTTTCCACATAGTCTAATGACGTACCACGATAAATTAAAGCGTTATCGAGAG AAGTTGAATTCCATTGAGAAATTATGTCATATATTTCTCGAAATTTATAACCATCAAACT TAGGTTTCAACGTAAAATCCTGAATCAATATATTATGAAAAACAGAATCAATAGCATATA GAACATCGTCTGGTATAACATCCTCTATACTGTAATAATAATAGAAAGATGCGTAAACTT TCTTCATAAAAGGCATCTTATTCATAACATCAACAACAACTTCATTAGGCAACATTGTAA CCCAACTCATGTAAAACTTCTGTCACTTTCTTGAAGGCGTATTCAAAATCATGTCCAGTC TCCTCAATAAACATTTCAACCATACGTTCCAATGTATGTGAATCAACCGTATAACCTTGA ATATCATGTGTTGATTTTAAAACAAGAAGCATTTTTTGAACAAGTTCGAACTCATCGGTC AT
Region Details
| Completeness (score) | intact(150) |
| Most Common Phage Name (# hit genes count) | PHAGE_Acidia_3_NC_010155(68) PHAGE_Acidia_6_NC_010152(63) PHAGE_Acidia_8_NC_010154(59) PHAGE_Acidia_7_NC_010153(41) PHAGE_Acidia_9_NC_010537(32) PHAGE_Sulfol_virus_NC_003214(22) PHAGE_Acidia_2_NC_009884(5) PHAGE_Acidia_2_NC_029314(2) PHAGE_Aeropy_1_NC_036595(1) PHAGE_Sulfol_YNP1_NC_029027(1) PHAGE_Sulfol_1_NC_042347(1) PHAGE_Sulfol_SMV2_NC_029020(1) |
| Region: | The number assigned to the region. |
| Region Length: | The length of the sequence of that region (in bp). |
| Completeness: | A prediction of whether the region contains a intact or incomplete prophage based on the above criteria. |
| Specific Keyword: | The specific phage-related keyword(s) found in protein name(s) in the region. |
| Region Position: | The start and end positions of the region on the bacterial chromosome. |
| # tRNA + rRNA + tmRNA: | The number of tRNA, rRNA and tmRNA genes present in the region. |
| # Total Proteins: | The number of ORFs present in the region. |
| # Phage Hit Proteins: | The number of proteins in the region with matches in the phage protein database. |
| # Hypothetical Proteins: | The number of hypothetical proteins in the region without a match in the database. |
| Phage + Hypothetical Protein %: | The combined percentage of phage proteins and hypothetical proteins in the region. |
| # Bacterial Proteins: | The number of proteins in the region with matches in the nrfilt database. |
| Attachment Site: | The putative phage attachment site. |
| # Phage Species: | The number of different phages that have similar proteins to those in the region. |
| Most Common Phage: | The phage(s) with the highest number of proteins most similar to those in the region. |
| First Most Common Phage #: | The highest number of proteins in a phage most similar to those in the region. |
| First Most Common Phage %: | The percentage of proteins in # Phage Hit Proteins that are most similar to the Most Common Phage proteins. |
| GC %: | The percentage of GC nucleotides of the region. |
Intact (score > 90)
Questionable (score 70-90)
Incomplete (score < 70)
Questionable (score 70-90)
Incomplete (score < 70)
| Region: | The number assigned to the region. |
| Region Length: | The length of the sequence of that region (in bp). |
| Completeness: | A prediction of whether the region contains a intact or incomplete prophage based on the above criteria. |
| Score: | The score of the region based on the above criteria. |
| # Total Proteins: | The number of ORFs present in the region. |
| Region Position: | The start and end positions of the region on the bacterial chromosome. |
| Most Common Phage: | The phage(s) with the highest number of proteins most similar to those in the region. |
| GC %: | The percentage of GC nucleotides of the region. |
Criteria for scoring prophage regions (as intact, questionable, or incomplete):
Method 1:
- If the number of certain phage organism in this table is more than or equal to 100% of the total number of CDS of the region, the region is marked with total score 150. If less than 100%, method 2 and 3 will be used.
- If the number of certain phage organism in this table is more than 50% of the total number of CDS of the region, that phage organism is considered as the major potential phage for that region; the percentage of the total number of that phage organism in this table in the total number of proteins of the region is calculated and then multipled by 100; the percentage of the length of that phage organism in this table in the length of the region is calculated and then multipled by 50 (phage head's encapsulation capability is considered).
- If any of the specific phage-related keywords (such as 'capsid', 'head', 'integrase', 'plate', 'tail', 'fiber', 'coat', 'transposase', 'portal', 'terminase', 'protease' or 'lysin') are present, the score will be increased by 10 for each keyword found.
- If the size of the region is greater than 30 Kb, the score will be increased by 10.
- If there are at least 40 proteins in the region, the score will be increased by 10.
- If all of the phage-related proteins and hypothetical proteins constitute more than 70% of the total number of proteins in the region, the score will be increased by 10.
If the region's total score is less than 70, it is marked as incomplete; if between 70 to 90, it is marked as questionable; if greater than 90, it is marked as intact.
gi|00000000|ref|NC_010155.1| Acidianus filamentous virus 3, partial viral genome. 40449, gc%: 36.85%
Download details as .txt file:detail.txt file_download
Hypothetical protein
Phage-like protein
DNA Helicase
Regulatory protein
intact
Region 1, total 68 CDS| # | CDS Position | BLAST Hit | E-Value | Sequence |
|---|---|---|---|---|
| 1 | 467..829 | PP_00001;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.04e-81 | Show info_outline |
| 2 | 833..1063 | PP_00002;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.9e-47 | Show info_outline |
| 3 | 1070..1255 | PP_00003;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.19e-35 | Show info_outline |
| 4 | 1252..1506 | PP_00004;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.66e-51 | Show info_outline |
| 5 | 1507..1929 | PP_00005;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.76e-95 | Show info_outline |
| 6 | 1961..2203 | PP_00006;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.45e-48 | Show info_outline |
| 7 | 2181..2471 | PP_00007;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.58e-61 | Show info_outline |
| 8 | 2473..3084 | PP_00008;putative nuclease;phage;PHAGE_Acidia_3_NC_010155 | 3.17e-149 | Show info_outline |
| 9 | 3081..4862 | PP_00009;putative helicase;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 10 | 4846..5085 | PP_00010;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.69e-49 | Show info_outline |
| 11 | 5147..5332 | PP_00011;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.65e-36 | Show info_outline |
| 12 | 5339..5890 | PP_00012;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.02e-127 | Show info_outline |
| 13 | 5884..6033 | PP_00013;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 8.17e-30 | Show info_outline |
| 14 | 6124..6363 | PP_00014;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 5.93e-50 | Show info_outline |
| 15 | 6367..6798 | PP_00015;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.03e-91 | Show info_outline |
| 16 | 6843..7172 | PP_00016;DNA binding protein;phage;PHAGE_Acidia_3_NC_010155 | 1.33e-73 | Show info_outline |
| 17 | 7218..7676 | PP_00017;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 3.52e-103 | Show info_outline |
| 18 | 7748..8431 | PP_00018;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.16e-169 | Show info_outline |
| 19 | 8610..8867 | PP_00019;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.73e-52 | Show info_outline |
| 20 | 9057..9545 | PP_00020;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.65e-114 | Show info_outline |
| 21 | 9571..9840 | PP_00021;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.21e-55 | Show info_outline |
| 22 | 10225..10479 | PP_00022;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.12e-53 | Show info_outline |
| 23 | 10673..12367 | PP_00023;putative helicase;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 24 | 12443..13459 | PP_00024;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 25 | 13527..13895 | PP_00025;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.4e-86 | Show info_outline |
| 26 | 13930..14205 | PP_00026;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.31e-60 | Show info_outline |
| 27 | 14176..14643 | PP_00027;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 5.13e-107 | Show info_outline |
| 28 | 14647..14949 | PP_00028;putative regulatory protein;phage;PHAGE_Acidia_3_NC_010155 | 6.95e-66 | Show info_outline |
| 29 | 15035..15325 | PP_00029;putative regulatory protein;phage;PHAGE_Acidia_3_NC_010155 | 3.56e-63 | Show info_outline |
| 30 | 15319..16122 | PP_00030;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 31 | 16266..16625 | PP_00031;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.91e-78 | Show info_outline |
| 32 | 16632..17009 | PP_00032;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.07e-82 | Show info_outline |
| 33 | 17002..17538 | PP_00033;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.08e-124 | Show info_outline |
| 34 | 17583..18083 | PP_00034;structural protein;phage;PHAGE_Acidia_3_NC_010155 | 7.0e-121 | Show info_outline |
| 35 | 18092..18706 | PP_00035;structural protein;phage;PHAGE_Acidia_3_NC_010155 | 3.42e-149 | Show info_outline |
| 36 | 18766..19059 | PP_00036;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 9.45e-64 | Show info_outline |
| 37 | 19021..19239 | PP_00037;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 9.79e-46 | Show info_outline |
| 38 | 19236..19703 | PP_00038;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.2e-109 | Show info_outline |
| 39 | 19705..20337 | PP_00039;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.68e-157 | Show info_outline |
| 40 | 20361..20549 | PP_00040;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.67e-35 | Show info_outline |
| 41 | 20546..21385 | PP_00041;putative glycosyltransferase;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 42 | 21382..21669 | PP_00042;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.18e-60 | Show info_outline |
| 43 | 21710..22513 | PP_00043;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 44 | 22573..22788 | PP_00044;hypothetical protein;phage;PHAGE_Acidia_8_NC_010154 | 3.61e-40 | Show info_outline |
| 45 | 22814..23806 | PP_00045;putative group 1 glycosyl transferase;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 46 | 23848..24066 | PP_00046;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.46e-45 | Show info_outline |
| 47 | 24077..24550 | PP_00047;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.48e-111 | Show info_outline |
| 48 | 24556..25305 | PP_00048;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.29e-175 | Show info_outline |
| 49 | 25302..25982 | PP_00049;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.79e-162 | Show info_outline |
| 50 | 25992..26423 | PP_00050;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.14e-96 | Show info_outline |
| 51 | 26425..26781 | PP_00051;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 5.71e-82 | Show info_outline |
| 52 | 26765..27322 | PP_00052;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.45e-133 | Show info_outline |
| 53 | 27319..28527 | PP_00053;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 54 | 28557..32606 | PP_00054;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 55 | 32633..33514 | PP_00055;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 56 | 33552..34046 | PP_00056;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.99e-117 | Show info_outline |
| 57 | 34046..34837 | PP_00057;putative glycosyltransferases;phage;PHAGE_Acidia_3_NC_010155 | 0.0 | Show info_outline |
| 58 | 34865..35284 | PP_00058;putative protein phosphatase;phage;PHAGE_Acidia_3_NC_010155 | 1.05e-100 | Show info_outline |
| 59 | 35292..35489 | PP_00059;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 8.76e-38 | Show info_outline |
| 60 | 35497..35970 | PP_00060;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.92e-114 | Show info_outline |
| 61 | 35967..36674 | PP_00061;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.68e-170 | Show info_outline |
| 62 | 36723..37007 | PP_00062;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 9.24e-61 | Show info_outline |
| 63 | 36997..37632 | PP_00063;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.65e-154 | Show info_outline |
| 64 | 37629..38333 | PP_00064;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 7.18e-170 | Show info_outline |
| 65 | 38320..38520 | PP_00065;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 4.26e-41 | Show info_outline |
| 66 | 38557..39180 | PP_00066;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.51e-151 | Show info_outline |
| 67 | 39180..39881 | PP_00067;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 2.76e-171 | Show info_outline |
| 68 | 39871..40068 | PP_00068;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155 | 1.97e-40 | Show info_outline |
Sequence
>467..829, strand: -, evalue: 3.04e-81, region: 1, locus tag: AFV3_gp01, type: Hypothetical_protein, description: PP_00001;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MTRITHELRFIMGIYPVAGWLVGIEIHACYPSWYVYTTIIIFSLWSLYESTINYIQNGEPRLILIVNALGVISEIDLMYLVSRNFPIVILTGKLCLAGYVYLMAYLIMGIIVNIMDLKSR
Sequence
>833..1063, strand: -, evalue: 1.9e-47, region: 1, locus tag: AFV3_gp02, type: Hypothetical_protein, description: PP_00002;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MMYVVTVVNDKGQVITQRTFNNYCDMEDYANLLIEISRKIEERKTKDITKILKKDVKNLIRATEIEDKFVIAEMEV
Sequence
>1070..1255, strand: -, evalue: 3.19e-35, region: 1, locus tag: AFV3_gp03, type: Hypothetical_protein, description: PP_00003;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MNGITIAEINKVIIEPTQKMTTAYAEMLVEDLEKMGYKVEKIEREDKIVFKVENKITIITG
Sequence
>1252..1506, strand: -, evalue: 1.66e-51, region: 1, locus tag: AFV3_gp04, type: Hypothetical_protein, description: PP_00004;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MPNPMNDNLIRKLVMEKLNIIRNSKEAYIVNKNKEEKIINIELKETENYARIIITTDNEKAYVLTPAEFLRKIIRADNKVIRGI
Sequence
>1507..1929, strand: -, evalue: 2.76e-95, region: 1, locus tag: AFV3_gp05, type: Hypothetical_protein, description: PP_00005;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MEPVEEKIGQINSLIKNGKKVKMRRADGVERVKSIYTKNGIVIVEFMDGEMLLLTKEQFLEREIIVEKRKTTNVDENEVENMLNTIRELQKEGYQLFFKGKKMTNIRKEGNYIITETEDGTIYTQSPRDFLESYKTAKVM
Sequence
>1961..2203, strand: -, evalue: 3.45e-48, region: 1, locus tag: AFV3_gp06, type: Hypothetical_protein, description: PP_00006;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MKIKVRIEGEIDVSSIQDIFEALGTTKINLTKSERLKEIDELKEIEDKIIQEATSALGMNIAVKELIVTKSGKYILQAEG
Sequence
>2181..2471, strand: -, evalue: 1.58e-61, region: 1, locus tag: AFV3_gp07, type: Hypothetical_protein, description: PP_00007;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
TIRHIIIGTSDDAKKTKEGKFLLALVKLIGKEEISFTETTIVGRDITKNEEMKEIINDVVSFYKKKVPNIVTFKKGKITMEGKIILMWEYENQGKD
Sequence
>2473..3084, strand: -, evalue: 3.17e-149, region: 1, locus tag: AFV3_gp08, type: Phage-like_protein, description: PP_00008;putative nuclease;phage;PHAGE_Acidia_3_NC_010155
MIVEEIRKAFKKMQQEHSPKKEGEVYVTDLLHCVLRPKREEPETSIIRGVALHEGLEKLLTMYGEKKIEFEKEVRKQYGDYTLIGRLDGLTEDNIVIEFKTVAKPPDHPYEEHIFQVLIYMNMVNATKGVIVYVGNNEMREFIVEDGKVTEIETGQTFFSQYHVDDEWIKRQIEMYMTKTLIAPFNECRYCELRKSCQFSKVR
Sequence
>3081..4862, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp09, type: DNA_Helicase, description: PP_00009;putative helicase;phage;PHAGE_Acidia_3_NC_010155
MIKLNEFQQKVLNVFHNTSKNILISAPTGTGKSFLAMLMSSEANGRVLYTVPLKALALQLNDDFQKKISSSTPTTALTSEVYDEDPENIDAKIIFTTYEKADAVLRRHYGWTNNVNMIIIDEIHNVGDKERGKAIENLMAYAMNEGIRLIMMSATIPDVDKIADITNAEVLQTDERPIPIYKAIKIGKTLIFEDGDKIEMKEDIVTKLVRKGKVVMIFTSTRKKAEELYLIYDKRYKGRVAFFHAGLEPDAKLRLLEETKQGKYNIIITTTALGQGVNFPFYAVIFDDLKLPIIEYGRFLGWRSLTPIEFDQICGRAGRPGYDEEGLCVIEATDMKEAEKLRKRYFNVDYGNLTPHHVLEDFILATVSKYVYMKEDKLKRVTRYTLSFRELDEKEIIETANKLVEANILGHDSTGYYTTTYGRAVAESYFDVRDAIAYKDVLDKDNATIEDIVNAVLENRNVLDASKGENVRTIFENWIKGVDDKIIVKSTKGMSLHDLNKLVETLAWQTYGVYRISKALGRTELAKKLQMLYLETRYGVPSEALALVRLPGIGRKRAVQLMRAGIHNKTELCMNKQTAKTVLGEKMVEVICR
Sequence
>4846..5085, strand: -, evalue: 2.69e-49, region: 1, locus tag: AFV3_gp10, type: Hypothetical_protein, description: PP_00010;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MAKKQLNLGKISFSVGDIVEVLAQGRKYRLKIIEIDDYNNILGEDQQQNPIYIKISKISVIRKIDEREFYSGEKNDKAQ
Sequence
>5147..5332, strand: +, evalue: 2.65e-36, region: 1, locus tag: AFV3_gp11, type: Hypothetical_protein, description: PP_00011;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MRVIVHVEGVVDVEEPCEDELECLLIYSQMLEKYENELGYCYGLSLQERVKCSHGYVEIKR
Sequence
>5339..5890, strand: -, evalue: 3.02e-127, region: 1, locus tag: AFV3_gp12, type: Hypothetical_protein, description: PP_00012;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MVEKSKIKEELQEEEQSEEMPEEAQTQKIELQEQATSDELVLPFQRENLNKYVWKLLIIKKVEIHDVIFNKSNEPGQVSQIDGYVITDDQLIEKIVNTIQDQQTIPIDLVKEINSKKKEVYLFSTSQGVYYSLLRNVVPKLKQGSVIVGVAYQQSDYPQPMLVLVHPSQLLALKKQYEAFKSK
Sequence
>5884..6033, strand: -, evalue: 8.17e-30, region: 1, locus tag: AFV3_gp13, type: Hypothetical_protein, description: PP_00013;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MPSFEECEKIVNPQGLPLEALSHTEKVFLEFCQYWDTYPQELKEVVRKW
Sequence
>6124..6363, strand: +, evalue: 5.93e-50, region: 1, locus tag: AFV3_gp14, type: Hypothetical_protein, description: PP_00014;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MVRMEKSVEEEIISKIRDRLCESGYLISHVVLFKMSEKSGFFYIVVEGDQGLTLVERGRYTISGNSLMIQLSTGETFYI
Sequence
>6367..6798, strand: -, evalue: 3.03e-91, region: 1, locus tag: AFV3_gp15, type: Hypothetical_protein, description: PP_00015;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MEKELSKGEKRILIRLFDEKQITIKDGKTRRIVNSLTKKDLTEIKRIFNKEKNEFQDVTILTEKGEKIATLLKLQKEITKAYEIANDLLYIDEIDKKKEDEIITTINIITELAQNVDEENEKKKALRIIYILTRRTLKKIRIH
Sequence
>6843..7172, strand: -, evalue: 1.33e-73, region: 1, locus tag: AFV3_gp16, type: Phage-like_protein, description: PP_00016;DNA binding protein;phage;PHAGE_Acidia_3_NC_010155
MLYILNSAILPLKPGEEYTVKAKEITIQEAKELVTKEQFTSAIGHQATAELLSSILGVNVPMNRVQIKVTHGDRILAFMLKQRLPEGVVVKTTEELEKIGYELWLFEIQ
Sequence
>7218..7676, strand: +, evalue: 3.52e-103, region: 1, locus tag: AFV3_gp17, type: Hypothetical_protein, description: PP_00017;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSSFVPNNLLKIKGYVVWWAGVKKSRKGLSNAVSALILVVASVIIALIVVGFAFGLIGAFTAQPVIHVVYAYVQNHHLYVVLQNTGNVPAMIVAYIIDGEGPNSTNIQVPVGTVTISIPLPSSLSLSSGQFVDFTLIISNGEVIPGVATVEC
Sequence
>7748..8431, strand: -, evalue: 7.16e-169, region: 1, locus tag: AFV3_gp18, type: Hypothetical_protein, description: PP_00018;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
METQNQESSKKLKLPNLPEPPAIQLKSGNWIYKIVVTGYDRNVTDCAWYISNSGMTVKGCYQVEVENNGEINAKPVRGLWIMDWKKMTLEADFKFTRDKLTFTEIFLQTYKDFLKHLSPRKYLVEFDNYGVKVYIAHKVKTIQSTPILTQGHLEIHEVEVPDYIEFYDYPLEIYNHYTEGVVKLAHAKDGTLVRVDSRLDIKSNDHDPITLGPGIYLLVHPPVKKAD
Sequence
>8610..8867, strand: -, evalue: 1.73e-52, region: 1, locus tag: AFV3_gp19, type: Hypothetical_protein, description: PP_00019;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MPRYEKEIENKKIIIYKLDNKNKLEEIAKIFQDEEDSKKIKIIFQNKDGWYTDDTEENIENFGVENFEDLKKLDVNLLGLMIWGE
Sequence
>9057..9545, strand: -, evalue: 7.65e-114, region: 1, locus tag: AFV3_gp20, type: Hypothetical_protein, description: PP_00020;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MWTDISLDENNFEQDIFFYIYEQNWLKRQVTIIIPKKPKEYKNIITVKISHYLWIKDDLAEKKVLQFNFEVTDYTIEYWNDRLEMLKKIEYEPLLEMICKNCGCTDEKCYLDYKLRKIFIKELLKYLWREKLSVQTKMFKEECRETHLGFECYKLYDLHKFR
Sequence
>9571..9840, strand: +, evalue: 4.21e-55, region: 1, locus tag: AFV3_gp21, type: Hypothetical_protein, description: PP_00021;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MQNGYINVFFSYSLLMERGIFSLILTLLLFIVILRNYLIMSTRYEIIKVECKENNCFITLKLIRNGTIEIFNSVPIENVNKLIENFSFF
Sequence
>10225..10479, strand: +, evalue: 1.12e-53, region: 1, locus tag: AFV3_gp22, type: Hypothetical_protein, description: PP_00022;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MEEVNISKKVTMEETRKQLLKELEVLEKVNEILDSVNKIMGEISDTCHMAIESMPQVRKDLIEQCSNVQKQLYKLYDIISDTVY
Sequence
>10673..12367, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp23, type: DNA_Helicase, description: PP_00023;putative helicase;phage;PHAGE_Acidia_3_NC_010155
MSESNMSLNNEKIAIPRPKRYLEKDEFRQYLLAVKSIADFDPSDKNWYLNEFKISRIEKEELKKIADFLSDFVGEEIYNILSPYINNDKKIVFAKIRGNYIQIYDDLEKYKKMLSYKLKKFDYDKGKYEEEEILLAWKHSDYFVTYRGLYWRLLNVNEIKIKPFTNFSFHDITLKNFELRDYQINSIKQWIADVNIVGTGIIKAPTGSGKSIISILATLEMLKNKKNAKVIYAVNSTTLLKQFQQFAKKEDLNFAIVSGELNELKKEKDSNLIALSISYYYSQKKRNKHNELRDIINNADLIIIDEAHHTPANSIKALLLDSPNSIRLGLTATPYREDGRDLEILGLLGRISYSINYQELVKNHYLVPLEYIAFVPEIPKKLKEKIKKLEKEKEKMEFAKYYSLLLRLFENSPMTNIQIIEKIKSINAFPALVIVRRISVARKLSEMFNENGIIADYVTSQTTLEERMKKIENLKNGKIQTLIATSLADEGLDIPNLRLIVLLSQGKSRIKLVQRIGRVMRPAKDKQKGIILDIAYDNEIFQRQFDQRYNFVFKEYEGIIFESK
Sequence
>12443..13459, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp24, type: Hypothetical_protein, description: PP_00024;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MANSMQGEKVAKKKGYILLKEIPKLEDIIENWDKFEDEFYVAEYNYHLKDFKFYLRKYITGIMRIWVYNYEIVVKRKGDEIDITFDDVNKIEDIHIAFILNRIFEEFLSFWIKYVDIKINMGERKFSINTFPRRVNAIINAKFKLTNDEREIANSINFSRIQINGKYLTLMKINNKGRKYYVTRFGKLPTPLRIAIRNRKISYAILKMLLNKKIAEREEFKILPETILKDRLKLSDIIYIQYFLSPVYKFNEDRISLQGIRRIQNFAVVDYDYDGTNQIIFKIIGFSVNDLAFSALCGVDYKDVMWCIRISNFVRYWKIKSMYKYIYQLDSNTKMFEF
Sequence
>13527..13895, strand: +, evalue: 4.4e-86, region: 1, locus tag: AFV3_gp25, type: Hypothetical_protein, description: PP_00025;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MQAVQVVKEKPEVNQNMNFLASSVYETHDLRDKIKPGQKFVIRQGDLIVANYSIDYPRRHGLRSVSPVTENINGRLIDVFRDSHFILHTEEFMSIYHSEHGLVIIPAKGQRFSYYVINEAID
Sequence
>13930..14205, strand: +, evalue: 1.31e-60, region: 1, locus tag: AFV3_gp26, type: Hypothetical_protein, description: PP_00026;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MTYTLYISRKNFPKIDSLCKEYSSYRECVLKKIEEKYGVRFNKKFNHHKRTKTGQSLCLHLYNDEVEVLKKIAEQEGTTVRKLVLSLLGIE
Sequence
>14176..14643, strand: -, evalue: 5.13e-107, region: 1, locus tag: AFV3_gp27, type: Hypothetical_protein, description: PP_00027;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MDDRIYYLIKLLLYVAKQEKARVTPTKLQKIFFLLEKEKGIDLGLDFKPWIFGPSSDLLQDYVDKLVEMGEIEEKARGVRDVFTGFVIAYRRRYILKSELTPDEKDEEIMKFFKKWVRKSTDRILKYVYKKYPESFYHYPYRLFDPLFNSKKAKD
Sequence
>14647..14949, strand: -, evalue: 6.95e-66, region: 1, locus tag: AFV3_gp28, type: Regulatory_protein, description: PP_00028;putative regulatory protein;phage;PHAGE_Acidia_3_NC_010155
MMVTVEQEVFEFLRKKAQEEGVSVPAVIRKILKEYFNIEDKTRDYKRQDLEGSYIVVNGKKYYRINCKLEKRNEMLVRLELKKRGTTLNRFLKEMIMITV
Sequence
>15035..15325, strand: +, evalue: 3.56e-63, region: 1, locus tag: AFV3_gp29, type: Regulatory_protein, description: PP_00029;putative regulatory protein;phage;PHAGE_Acidia_3_NC_010155
MELVKISVRFNQKLKLIFDNIKPRDKTNDGFLRELFSECSDVVEKVSYDLGENLRPYCLRLSPELIEGLDHLGEKLGLSRSEVIRRLIYARAKRLC
Sequence
>15319..16122, strand: +, evalue: 0.0, region: 1, locus tag: AFV3_gp30, type: Hypothetical_protein, description: PP_00030;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MLVVQVVKPGFYIDYKVRSLEDLPWHFIPFVKTIGEEKYGTDDMCYVILRLRRVESSDFRGGDYLRTITGGEREGAGEGNGRRAGGPDPGFVWGANSPSPHRRGDLVWWCSREKDYLVSSLSFGREGVYMVDARQVVKLDVDVDVTWYDPNWLLEKKLSLLHALGYKEEKAWWELSPSGRHVHLIVVLQSPLSTKELFDLQFLLGDDPKRVEFNYLRYNAIGEDAVHFNVLYAYKKSLTRVDKLRAIFRHWSRSLQYSKKRRDGQMT
Sequence
>16266..16625, strand: +, evalue: 1.91e-78, region: 1, locus tag: AFV3_gp31, type: Hypothetical_protein, description: PP_00031;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MAEEKKEDEILLPEENKSETEKIVESIISSIETDLPSNVDYVTGILTDEDRNVLIIKKGKIYVGKSLEDAKPIKEYMKNADVPFLINALYILKDMLPSYKDMWSGKLEEEARKKYNEIF
Sequence
>16632..17009, strand: -, evalue: 1.07e-82, region: 1, locus tag: AFV3_gp32, type: Hypothetical_protein, description: PP_00032;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSEPEKKTEEQRIEELEKKVEELQAELDKTKKAVKTVAEILDNHLKAKWTLDDVKVALNNINEMVQLLIQSGIIRPGEGSTTNWLQMMLAQQFVNQKSQQENVEIEPLKKKNKKRLKKFLEGEEE
Sequence
>17002..17538, strand: -, evalue: 1.08e-124, region: 1, locus tag: AFV3_gp33, type: Hypothetical_protein, description: PP_00033;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MDKIRLLGSVAYVYKVFVSSLENMGIKVVSGALNEKSVVVAIPFQEFSEQLTADINKELWSVKIKNGKLFLVGMKELVDADLKEVNNKILSKLKKMGIDSTAYITDDGDAVVMVSLSDVILRILEKTLQETKTRAGNHMRSLRVQFGNDEKYGYVVIYMKSQKSDDVRKQLQEVLDNE
Sequence
>17583..18083, strand: -, evalue: 7.0e-121, region: 1, locus tag: AFV3_gp34, type: Phage-like_protein, description: PP_00034;structural protein;phage;PHAGE_Acidia_3_NC_010155
MTAGKKRRLSQASVLRYYAKRFTMNVGTTAHVLGKEVAGNPWVAKAIDKLSYQETYNWISDYQASHLAKQVAKQVAEKYGIPPTFQGLLMAYAEKVVANYILDYKGESLTQMHDNYLYELMQKMPIAPTGTSSGYIYVFIGKDGKTHTVDMSKVLTDIEDALLKRA
Sequence
>18092..18706, strand: -, evalue: 3.42e-149, region: 1, locus tag: AFV3_gp35, type: Phage-like_protein, description: PP_00035;structural protein;phage;PHAGE_Acidia_3_NC_010155
MAGRQAHRKFDVKNDTSTRWKGKLYGIFVNYMGEDYAKEFVEQAYSNYEKVFVNIYTKIHNQLRTTLTSSAGAGATFPLWQIINEAIYAVYLTHKETASFLYAKYVARGIQPNVVKKIIAETGNALKGIVPAVAQELGETVLDESNVISVVDGIVRKNPALPNSYAGIILQEARISTTPHYEGTEGFSSMESAYSALEEIEKGL
Sequence
>18766..19059, strand: +, evalue: 9.45e-64, region: 1, locus tag: AFV3_gp36, type: Hypothetical_protein, description: PP_00036;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MMTIKKTTFVRLCFWALSQARMSGIKVAPRIMLYFLDEVKASPRTKERLLLLIDELDTGKITPREFARRLFLEYPRPTRKGRVLSLKEFKRITSLGK
Sequence
>19021..19239, strand: -, evalue: 9.79e-46, region: 1, locus tag: AFV3_gp37, type: Hypothetical_protein, description: PP_00037;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSLCLRQIGGKQVLYIPAYLESNFEVGKIYPVVVGDKIVPLKCVRTAKRKVLYIPSSLSDLFTEGCYTFKLL
Sequence
>19236..19703, strand: -, evalue: 1.2e-109, region: 1, locus tag: AFV3_gp38, type: Hypothetical_protein, description: PP_00038;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MKIYEMYLASGKKYVCLKGDEYKFLDEYDNHYDLCTNNYNVVLAYEHIKKIPPVFVPILLAELGYDGATEIEVKPPFTLYNNAVYVYIGKMLRLDSHVIVKKTTKGYNDDGDPIVVFEAYDDLNPMQINSIGYCAELVFTYNRKIDCGIHGVIVR
Sequence
>19705..20337, strand: -, evalue: 2.68e-157, region: 1, locus tag: AFV3_gp39, type: Hypothetical_protein, description: PP_00039;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MANWTPATLVKLLDIAKKIPVEKRYNTYYIRGFALVQCNPVSVNITVKGDHLHVYYDPILNTYHAYTMPVFQTLTNAFLLYTEAKRLCEELEKLVSGPPSLPTNTQNADLDTILTRLNLATGKVQSRGEMYYRAKDYVHSHYPECFRVIRYFHFNKPALELLYSLYAKKWDTAESALNALAMGCSSPECVATIGDFFNLCREIISKEGKT
Sequence
>20361..20549, strand: -, evalue: 7.67e-35, region: 1, locus tag: AFV3_gp40, type: Hypothetical_protein, description: PP_00040;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MINLANVAITVACTILSFLERISRFIAENVNLFLLIVPIGDVISFITSTPILSRLASLLQIF
Sequence
>20546..21385, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp41, type: Phage-like_protein, description: PP_00041;putative glycosyltransferase;phage;PHAGE_Acidia_3_NC_010155
MTLAYVPCEKCSYENVARYEGFVVTRNLFEAEVCIDDPVLFLKRIKGVVDDVHCLLWGDTVYNALFYMKEMAHYDNFIVASMWNFEMFVKVGFPPKGMKKRHIRPIQVEEKRDKLFITLGESRFFDRKNLTLVDSLTREMGLRSQTIVVGNLGNPDYPAFSLTEQQKYELYARAKFFLALSKSEGFGLPPVEAMAVGTIPIFVNAHGYRENLVGLPIDPVDEYTYTPDGVNFFKVWDFSLHELRYEINHALTMGKDEYDDLVAKVKKRAREYVIEGKVT
Sequence
>21382..21669, strand: -, evalue: 1.18e-60, region: 1, locus tag: AFV3_gp42, type: Hypothetical_protein, description: PP_00042;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSLILEMEFITYEVATFITVLFYLYRINKSRKEETQKEIEKIVQQIILSEEFERRIEKTVKEALNESPQLNMLNQIIVVLCTYIPELKNSKLCNP
Sequence
>21710..22513, strand: +, evalue: 0.0, region: 1, locus tag: AFV3_gp43, type: Hypothetical_protein, description: PP_00043;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MQLAYAVDHENKIIYYDEKMKDVIPSLDYKKVKITSSISTSKIKEEKLFLFVSSVDNTLLYKNEWLGTHPNGLLLLPGVFFRTANASMGFIFQNFGLTAWHNVMIAPHSKGETPNVPMISYYDKRQWKVHILTRPAVFVSVYKKLMKMVLDYDVAIVETTYKYPYKYPAVLGKEVCAYGVISATNGVATFASYLPSIIEVKSECPSLERGMEVTLASAYSGIRKGRVISTNVEIAYHVVPKFLIQIKKSFMIDIPSIPGDSGGAVYI
Sequence
>22573..22788, strand: +, evalue: 3.61e-40, region: 1, locus tag: AFV3_gp44, type: Hypothetical_protein, description: PP_00044;hypothetical protein;phage;PHAGE_Acidia_8_NC_010154
MSYAQISSALTSVATNLVVAISNFLSGIASFIANNADLFVGIAIAGLVIGLVAKFASSLPFVGQFLSYLGL
Sequence
>22814..23806, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp45, type: Phage-like_protein, description: PP_00045;putative group 1 glycosyl transferase;phage;PHAGE_Acidia_3_NC_010155
MKIALVRDFVDTSFGRQGKLLEKGLKELGHEVTPFEKNTTTKEKLPPGYDAYVYYTIFNTQLFWKGIPHHGKNVVFEVSDTDAISHTALYFFRQQPVDEIVVPSQWSKNAFYTLRLPIPQPIYVIPHALNPDMFSYKPANVPHPCVLAILPHSWDRKGGDVVVRVFHELMNSGYHFYPVILVSNMLEPRLRGLNAVKTPLPDDQYYSLFAGCDILFYPVRGGAFEIPVIEALSLGLDVVVTEKGAWSEWVLSEDDVYWIKVGRKVKLWYTNPFHVGYFLDPDVEDAYQKLVMALADWTPEKKKENLEGRAILYRERYNYLEIAKMWEKIL
Sequence
>23848..24066, strand: +, evalue: 1.46e-45, region: 1, locus tag: AFV3_gp46, type: Hypothetical_protein, description: PP_00046;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MAEAVAFLAGSSGGGIVSALEDIGNQILEWLRKMFMTIWRHIVGLFYRMIDYFMKDPVGFITMIGELIVFLA
Sequence
>24077..24550, strand: +, evalue: 1.48e-111, region: 1, locus tag: AFV3_gp47, type: Hypothetical_protein, description: PP_00047;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MISMDDVYFQMMLMPFQILKIPYTIKKEGNLYNAYIDIKSFHRLFMSTLGKITAIKQDENLIKLLPTGSTSNISVKEIEQGIHIDFGGFSEIELTDDKLVEKLRETFQERFGSEVTVNRQGDYIVISCSSPSRVFMNVLKSSNSPFEFKDGKITFKL
Sequence
>24556..25305, strand: +, evalue: 4.29e-175, region: 1, locus tag: AFV3_gp48, type: Hypothetical_protein, description: PP_00048;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSSILSISLSGIGSEVENALYSYLLQPLICVIQDVINYIIYGLFYFAKVVCDVFFSFVQAIYNFILTILSDIISLLAGAINNIISTLRSKLVPAFVVAITPKAEEELIKYTIRGVTSASSVKQGIVRGLLGGLMGIGIPLISFLAGSIIDSVIPNQAVDVTNLLFPIQTLRQLSSDICCPISAVIPPQCKNTCGAVNAPVCTPPCLELSNGNTYCFGVQFISQTATSTTTSVPPSESVTLSTSFTVTPT
Sequence
>25302..25982, strand: +, evalue: 7.79e-162, region: 1, locus tag: AFV3_gp49, type: Hypothetical_protein, description: PP_00049;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MNLCRTWIEEEFLVGKIYPIAQAQFLYNNTVVGIGTVTAKLSFDELTNTYALELTITDNTTNTYTYNAIMIVDSNNVNVALFTYAKAYSKGTGQLTVKETIYIPQPVAVVNFATYGLTVKSLGEMIGNALMNGGTIYLPNYIFFFDASLVLIDQVQFTPSINITPTEVQEYQTISCPVCILTPEVTAVLVYFDSSSMTVIIYGVYPILLGFVTANVQWSIPFNPNC
Sequence
>25992..26423, strand: +, evalue: 7.14e-96, region: 1, locus tag: AFV3_gp50, type: Hypothetical_protein, description: PP_00050;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSYYYQEEIVDITDIFEVLNVIKTTNPAQYRQLYVNTVYQFLYILSNYLSYFPPGTFTLFESDSLTVRIVNNTIQAIYNGSLVLGLLQIAQVISSVLSYDFALLNSFLSAVYYNLVQIARQIVPPDNVKQYLQDLYNTLTSKV
Sequence
>26425..26781, strand: +, evalue: 5.71e-82, region: 1, locus tag: AFV3_gp51, type: Hypothetical_protein, description: PP_00051;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MGCEQVKKMLDDMEDGVIKSSHYEMIAYQKVGDNMMIKGKLFLKGVNKLRQVTKDNFKIEIYSGIDLNGQRLLIIREVTNTIARKDKQTIHVENCDLYITRLSPNAESVMVDLLKQAE
Sequence
>26765..27322, strand: -, evalue: 4.45e-133, region: 1, locus tag: AFV3_gp52, type: Hypothetical_protein, description: PP_00052;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MKVVTFGGNFCYFPLMNYDLVFVDDDYNQCLERVDYTNIHPNIIHVSSGVSDDSWESRRYRIAFLLREIFSRINDDLFLVDSDVYIPPVDLPRNIYSFCIPARAKPSDDVTLFCMSTNLFIPSSFLKFARDVMDEYIKNELYRTHFVDIYLFSRLVPIAKVIPGTYHFVNGKKYVVNDKYIIQPA
Sequence
>27319..28527, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp53, type: Hypothetical_protein, description: PP_00053;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MGIQIAWYNVCNPIETGIFSASGGSVGASYSGYVGDPCGNCGYGLAFTTGESATATATITVTVPYSELVYNPENVWVVVIGSLYYIGSSSLPSSATFTITIDFLNTSGSSIGSYSYSISLSAGSGTYYMIAVPVPSGTASIEISVTIPYYGFASIGDVAFFSQPITYYIEPLYFYNQSLSYSVTVNYSESGYVSIMSVSGGPSDLTSYSVTATLNSGSITATNISMTSVSELDSVTFTGTANNDYQITWSQVIAIPYANTSCQISQIFVFNVTGYNNILNPQEYVFSVQTPFNGSIQKTYTLLVPVGYFKIIPSYSLSCSTTPCTSGFTTFTITIDIETSSGVVVASQQVNVLEGQTFAEFNLEDYYGGQTLNVVVTLDINASLSQQVTLTINFEYEVQAQT
Sequence
>28557..32606, strand: -, evalue: 0.0, region: 1, locus tag: AFV3_gp54, type: Hypothetical_protein, description: PP_00054;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSCGELPNASCTPTPNWECSDVECFQQCINQPTFEQFYDCCIQCALAHYIAEAKDHVTILVASAVSMIGTEYIPVFDQMQMFPAHLETLRGKEQVTVRDLVFPQNYPVKKYTYYENVQANDIGQPCSSPTGFCVPPGVTASEELWFVNEGSVVIIPSTLPPTTVSTFSYITPPPPISFQVTYPTSVPPTSIPPPPPPPPPTTITPPNILVVSKPCPEVCPGCICYYMLGIDIVDPTDAVYDYQETPTGVVQQVPQNEYVLPSDLLSIKEAPSHMTETETVEESVSFTLYYVVTTTLPVLDVNFIYPVTLIREVESVTASRSIQTVYFSYPVSKQVFSEYVTASSISVSAYFQPIVKLVQESEVTVSSIPILQIKFIKPTIVIQSVPTSVSQILLVADMIRTITPELVSEYTSAIKPIIEMIAYSVVTEVLKSVSVSASEEFLISTVYEVVQKALVPISTSASEEFLNSVIYETVKEVVTSLKTAQSETTMVSYVQEKVTPTQFPISSSQSESIMVSSVYQQITAVVSPESTTNFETILSGTFISCPFADAKYQCYTTSYTIYLFNNTSTTIPSGYPIPIWIYVDGANSTYSNVRLSYNGAEMYTWVEEIVGGSALMWVVLPTDLSTVIQIDVWVGDSSFVYDGVAGAYKEIAGCSNDNGSKIFTLYDNFCGTSLNTDIWNLYVSGDYSYEVNNDLIINVSQGQTGYVVLQSKQTFGEGYMFEVMSSTSNFITNIRTAQPSISVGNGAEYAFTDGVISSSSPQETADFSINGNCVPYYVVELGTQSLTCPSSCPSSSSSFCETSYATYAVIGINYPFRKLISGLFYQNNNVSLVVNRVTLVSSLPNQSISGNVYMYLGTAYSDATGNLTLTYHFARVYPMIAPPFPASQSGYIDNSYWEFNGVNSYMVVELPQVASSSHTFNFPVTYAVWFRTTSGNGVILYDEQSATTTCYEYFDNILQIVNGQLSTSYCCPGTGITTSGTYNDGNWHLAVVVLNPSNNSITLYVDGQEIGSVTESSGLLPPYPYYLWIGYGCWSREGSSGYFNGDIAWVAVFNTALSASQIQEIYQMGPYSIDPLLFSDNLVGWWTPWNGPPDLSTADDSLTYYNISTPSLPLYVGVGPYIDAFYSDARTTFVLYNTYSSLMDTLTSPTTGQYGGIIFSYSYTQGNVFTVSGLFMPSNPSSCPADGFAFAIFSSGFNTSNIVAPSISGCKFQGSMSIPETSSPTILVQYDPYWAEPCAGNQVGTGVNISVVNGTSVTEIVCGAGSGTFNTNVQSGDEMFYIVSYIPSSNEVCYTMFFIPNNQFVTGCTSLGSDFSAPSSGTYYLAVAGATGGQYAQWLFDARTLHISQ
Sequence
>32633..33514, strand: +, evalue: 0.0, region: 1, locus tag: AFV3_gp55, type: Hypothetical_protein, description: PP_00055;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MSLYVRNIIGNGCQSVIINFNVSGNLTVNTKVIKPPLILTPWNVSIKYDDVLWASYNIDTSSSDDVYNFSTVTERKLNYIEIYFCNANGHQLTSDEIQVQITVTDNTTGNTIYNDNIVIEINVDPIEPVPIFIPISVNTPTKEETVPVPAGTTIPFQQEINITYTPVTLYFSLSTPNTFLFKLYFTMCGQTYEVENPSIVYPGGCITEENEYVCTKCNPNGFCYNIVYPFTKTPIYNKNGQIVGYQTTISNTFYILFKITITSPCSGTINWTLVPELVTGSGGTAVMNVTFSE
Sequence
>33552..34046, strand: +, evalue: 1.99e-117, region: 1, locus tag: AFV3_gp56, type: Hypothetical_protein, description: PP_00056;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MKLKQPVTITGIATIRIKHLDTGKVEEYTTTNIMTNAGLNEIASHWVLPWTMPSNYGYVMEVGSGTGTPSNTDTGMFSPIYPCFEYVSPSVSGNQITFVASYLPSQCNGYTFQEAGIAFPAQLQESNGQITGVSGTLVDHLVFPIAVQKTSSIYLEIIITFVIV
Sequence
>34046..34837, strand: +, evalue: 0.0, region: 1, locus tag: AFV3_gp57, type: Phage-like_protein, description: PP_00057;putative glycosyltransferases;phage;PHAGE_Acidia_3_NC_010155
MKSIYTQCRNCSYEWVVDQTIYYMKKYHNIELLKSYFRPAHIYVGDCNTIFQVASEGIAWCDTPSDVTAKPSQGLKVITTSTWLKEHMEKKGIHVEQVIPRGVNDEMAQRFVNFDYNARRGYIIIGKNRPYKNIDKVIQLFEGRRAELTVISDHPSSDFNFFSLPENVKYYLLSHSLFYIAVSDAEGFNIPPVEAMSVGTPLIYVNKHAYKDYACGIEIDDVNDIRKIEISREEWEDLSWKCFYRSLRYYYITIGQELWGWLK
Sequence
>34865..35284, strand: +, evalue: 1.05e-100, region: 1, locus tag: AFV3_gp58, type: Phage-like_protein, description: PP_00058;putative protein phosphatase;phage;PHAGE_Acidia_3_NC_010155
MGFVRHDPKELIWQSDIAFALHAPDDFLVVNVAREIENPKAKMWLKYDDFVPIDAEDLLTVAEVVKSRFEREQKTLIHCIAGVHRSVTFALASLMYVYNVKIKEAMRMLCPPCIDFNTYVHEIPYHFLSLEEFYTRYMR
Sequence
>35292..35489, strand: +, evalue: 8.76e-38, region: 1, locus tag: AFV3_gp59, type: Hypothetical_protein, description: PP_00059;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MGDDIIIDAIAVTGAIIIASLLILISATNPSLFNNQYYDNMLNELIIAIASVISYTLGKNARRSG
Sequence
>35497..35970, strand: +, evalue: 2.92e-114, region: 1, locus tag: AFV3_gp60, type: Hypothetical_protein, description: PP_00060;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MESIEEYFKKRECDYWREYPHSYGMLNVYQRSIQIVGADCGSSALYFLLRGASFVVQYEKEEHLRKKWEEVCAYFNICNKAVMKGEWDGVYENVDIFVMDCEGCEEKLNVNMLTRYKQWCVGIHDWTKNRVELMRKMEGATFTYVSDDGREITLCKI
Sequence
>35967..36674, strand: -, evalue: 4.68e-170, region: 1, locus tag: AFV3_gp61, type: Hypothetical_protein, description: PP_00061;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MVNMRHLRADVKLTKVVENIPQGATKLWENDSLALYYLYNPNQCEVIWIFVNKTSERKLVSLLRGAVLNINGQQYAVPQYIFGNAFADVYFANGASSYINDLNNIPLYSLAILKPPSGRYTVGFVFSLPPNSVICVPEYGFVNLVSLSGRLIEVKPGSINLYAIIYDYAEVVEYEQEARTVVSAPPDPYAVFSYYFDIDDVGTIVTPRVILVIPQSDVTVVSDIINFFKKIAKWF
Sequence
>36723..37007, strand: +, evalue: 9.24e-61, region: 1, locus tag: AFV3_gp62, type: Hypothetical_protein, description: PP_00062;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MVSLFHFKKEIKTPRSLFVSTKTEMPLVLMVAIGKHHAVGIGEVGDKSATVEKFIPPFAPKPTPEEIAKELLKKLDVPKDEWETILATRKEITF
Sequence
>36997..37632, strand: -, evalue: 1.65e-154, region: 1, locus tag: AFV3_gp63, type: Hypothetical_protein, description: PP_00063;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MTTVPVLLASRDVYYGGIITPSGFTYYYGSTLPDNFVAMVDLSTNKSGNELILYAMEVLKGCVYDYHDISLFSPFPVVRFTSVQNAKKLAMNSVGYPCRVLYLLGADFVKLLDNSVAMYELDGEYFYCEPVYATITLDPNVTPYKYHIACLMARYPSKFVVRDGKVYYGNEVVVDDIESVFLFHGNPKYLLSWENMFEIMCSISRAKELKK
Sequence
>37629..38333, strand: -, evalue: 7.18e-170, region: 1, locus tag: AFV3_gp64, type: Hypothetical_protein, description: PP_00064;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MLPTDVVADVIMKLPLMKKVYYLLPYYHSIDYALPSDVVNLMNNTFHDLLLNDPSASPKFDGYVFKEIYDLVNEWNSISLQGALIYRGTSLDYVENNNYSFYTSGGIVHLVGGKDTYLTYWSYLPASALLFAIDSSKPVILVAKYDPKYCAPDDYFLVRSELSGIVNGKLYNYGAIKYLRELEVRCYKFPVSSTKYKIKGKDLLQLFDMVVPVYREVTSEERIKNMRKTLEAKI
Sequence
>38320..38520, strand: -, evalue: 4.26e-41, region: 1, locus tag: AFV3_gp65, type: Hypothetical_protein, description: PP_00065;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MVDEFEFVRNMIETLKSSRYIVGYAVDRHVLNLMIEMFIENTGKDYEYAFKKIVEVLHELGYNVTY
Sequence
>38557..39180, strand: -, evalue: 2.51e-151, region: 1, locus tag: AFV3_gp66, type: Hypothetical_protein, description: PP_00066;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MLFAPTLSASRGRYVGGIITPSGYTYYYGSTLPDNFVALVKIATNKSGNEYVSYAMEVLKDTIYDSNDLLKYFRFPVVRYTSRENAKKLALNSIGYPCKVLNLLGAKFVRYLDNSVAMYEIEGEYLYCTPSKSSIISDPNQTFYVYHIACFMALYPSKFVVRDGKVYYGNEVVIENIKSWDRCCANPKYALSWENMFEILCSISKVR
Sequence
>39180..39881, strand: -, evalue: 2.76e-171, region: 1, locus tag: AFV3_gp67, type: Hypothetical_protein, description: PP_00067;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MLPNEVVVDVMNKMPFMKKVYASFYYYYSIEDVIPDDVLYAIDSVFHNILIQDFTLKPKFDGYKFREIYDIISQWNSTSLDNALIYRGTSLDYVENLDRDFYTSGGFFRVIHGDSKFLTFWSYFPASALIFASQASRPVLLVAKYDPKYCAPDNYFSILDEFTGIIDDKPYNHGAIKYLREMEVRCYKFPVANTKYMLKGKDLLDLFNMVVPVYRQYMDEEEVERIRKGLEVK
Sequence
>39871..40068, strand: -, evalue: 1.97e-40, region: 1, locus tag: AFV3_gp68, type: Hypothetical_protein, description: PP_00068;hypothetical protein;phage;PHAGE_Acidia_3_NC_010155
MTDEFELVQKMLLVLKSTHDIQGYTVDSHTLERMVEMFIEETGHDFEYAFKKVTEVLHELGYNVA
gi|00000000|ref|NC_010155.1| Acidianus filamentous virus 3, partial viral genome. 40449, gc%: 36.85%
Download details as .txt file:detail.txt file_download
Bacterial, total 0 CDS
| # | CDS Position | BLAST Hit | E-Value | Sequence |
|---|
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Phage Genes
Bacterial Genes
Phage Regions
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GC Content
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Phage Genes
Bacterial Genes
Phage Regions
GC Skew
GC Content
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