Submission Results
Sequence Name: Not Available
GenBank Accession Number: VYVJ01000008.1
GenInfo (GI) Number: 0000000000
Download Results: VYVJ01000008.1.PHASTER.zip
gi|00000000|ref|VYVJ01000008.1| Streptococcus anginosus strain UMB8710 92890, gc%: 35.13%
Download summary as .txt file: summary.txt file_download
Total: 1 prophage regions have been identified, of which 0 regions are intact, 1 regions are incomplete, and 0 regions are questionable.
| Region | Region Length | Completeness | Score | # Total Proteins | Region Position | Most Common Phage | GC % | Details |
|---|---|---|---|---|---|---|---|---|
| 1 | 21.7Kb | incomplete | 20 | 13 | 3198-24975 info_outline | PHAGE_Gordon_Troje_NC_042102(1) | 41.96% | Show info_outline |
Region DNA
>1 3198-24975 TCACAATTCTAAAACTGTCTCTCGTTTAGGTAGAGGATGATTCCTAATGACTTGTGCTTG GGTTGATTGGATAACTTCCCCTAAAGAAATTTCCCTTTGTTGTTTCACCAAATCATTCCA GTCTGACTTGGTTTCAAATCCCTGTAATGGTGACAACTCTTGAACTATTGGAAGACCTTT CTCTGACAATTTCTGACAAAATTCTCTCCCTGCTTCATCATTATCAACTGCTAACATTAT CATTTCAGGGTGTTTCTTAAAATAGGTTGTCGTATCTTTGATGGCATATAGGTAGTTGGT TAACCGACTAGGTTTGACGGTGTCTAAAAAATCTAGTTTCCCTTGTTCCTCTGCTGCTAA ACGCAAGGTCTGATAAGCAATCACAGCAAGTTTTATTCCTTCCATTGAAACCAGACGAAC ATCTGATAACTGCTTTTGATGAAGCTGGTAATAACTCATCATATCAATAACAGATTCACA AAAGATAAGGCGCTTGGGTGTTCCAATATCAAAACTAATACCGACATGACCATGAGAGCC CTTCATAGTTTTCTTCAGATAACCTCGGACATGTCTCTGATTATTTTTGACAAGACCTTG AAGGCTTGCACCTTCTAGTTGTCCATGATGATTGTAACTCTTAAAGACAAGGACAGATTC CTGGAAGGTCTTTGTCTGGTAACACGCTTGAGCCAAGATTCCTTTTCTGCCGAAGGCATT AATAACCTCATCACTTAATCCACGAATCTGGGTCAAGTAGGTTCGTGCTTGCTGAAAAGG TTCTTCAGTGAGGTAATAACGAAAAGGTTTATAAATTTCTTCTATCGTTTTAGTCTGTTT AAAATCTCCAGTTTCAAGATAAGATACAGCTTCTTTGAAAGAAACACCTGTCACCAGCTG AACAAAGTCAATCACATCCCCTTGTATGTCTCTTGAAAACCATTTGAATGTATTGGTATC GGCAAAAATCCGAAAGGAATCATGTTCTGGGTGTTCATAAACTTGTCCTGATAAACATCT AAAGGAATAACCCAGACTCTCAGCCACATCTAAAATGGACTTTTGTTTTACTGCTTTAAT TATTGTCATCTCATCTCCCTATCAAAAAAGCAGAAGAATCTCTCCTGCTAGTTTGTCTCA TGTGTGGTATCTCCTTGAATGTTTGGAATACTAGAGTTAGCCCCATCGGTAGCTTCTTTT AAGTTCTCTAGTTTTCCATTACAAATGGTTAGATGATTAACCAGGAGCTTGTCTGAAACC TTGGAGTAGGACAACTTAATCGTCTTAGTTTCTGTCTGAGTAGTTCGTTGTTGCTGCTTA CTCAAATCAGATACATAGGTCACTTGATAGGATACTTCTGCAAGTGCTTCATTTTCTTCT GTATCGACGTAGATACTAGCTGATTCAAATCGGTAGTCAAGCATGTAATCTTTATAAACT TGATTGATGGCTTCTTTCTGATTTGCTTCTTCTTCTGAAAATGCCGAATCAGTCATGTAG GGCTTAATACGAGTGTTATTTTCACCTAGCTGAACTTTGGTATAATACCGTGTCAAAAAC TCTTTAACAAGCTCATCTGATAAGATCGTTGCTTTTTCTTCCTGCCTTTCCTTTGTCACT AGCTTATTTGCTTCTGCTCGTATTTGGTGCTCAGTTTGCTTTGAAACGGATTGTGAGCCA ATCGTATAGCCAATCATGACCATAAAACTTACTGCGACTAAACCTCCTACTCCAATCAGA AATCTAGCCTTTACTTTATTTAACATGGCTTTCTCCTTTATAAGTGATAGCCACATCATA TCAAGATTAACTTGGAGATTTTATCACAAGAAAAAGGACTACCAATTGGTAATCCTAAGT ATTAAGCTACCCTTTTTCTCCATAATCTAATCATCAGAGTAAGGAAGAATAAAAAGTTCG ATGCAATATAAAATCCTGTAAAACTCCAAATACCATTGGTGGCTAAATCTTCTGTATAGA GATTTCGTTCTGTGAAGAAGAGGTAAATCCCAAAAATTTCCATAAAGGCCAAGCTTCCAA TGAGGCCGATAAGAACTAACCCTGTTGCAGCCTTTACAATCTGAAATAAAACAATAAAGA TTAATCCTAATGCGGTAATAAGAAGAGAGCTTTGTAATATCTGTTCCATCATATCTTGCA CCTCTTCCTAAGTCAATTGCTTACGGTAATAATCAGCTTGTTCCTTGTCGAGTTCATCTA ATTGACTAACTAAATCAAGGTAGTCTTCTTTTGTAACCTCATCCAAGTCCGGAAAGTCAT TCTCACGGGTCGTGATGATGACCTCTAATTGACTGATGATTTCTCGTTTTGAAAAGCTAA CATCAAGGGTTTCATCTTCATACTGTTCCTTTAAAGCTTGGTAGTCAGCTCTATCCTCTG GACTTGTGAAACCTTGTACCAACCATTCTTCTAGTTGATAACGCATTTCTTCTATCGTTT GGGCCATGATCTAGTCTCCTTTTGTGATTTCTTGACTTCATTTTACCGCGTTCAAAAATT TTTGTCAGCCTTTTTCTTAAATCTCAAGAGCTATTTGTTGCTGTTTTTGATGTTGTGTGC CTTCATTAAACTTGGCCAGTGCTACATCAATTTCCTCGATTTCAGCTTCTTGTTCTACCA AGGGTGCCAAAACATCATACTTAGCCTTTACAAGCTGATAATCCTCTTCTTTTGGAAAGA CTTTCTCAACTTCAACTTTCGCTACTTGTAACTTATCTTTTAGGTTCTTTACCATCTCTT CTGTCTTTTCTTGGTCATCAATAATATGGTCAATGGCATTATTAATCCGTTGAATAGTTC CCACGTCTGATTTCAAATCAAGGGCGACTGTATATTGATTATCTCCTACAATCATCAAAG AAATAGTCTCTGGTAAGGGCTCACTAGGACCTCGAGTTGTCATTTTTAAATCAAATCCTC TAAATGTGGCAAGTGTTCTGACTTCCTTGGTCTCTGAACGGTTATAGGTAATGAGTTTTC GGAGATAGTCCCCTGCTTCAGCACGATTGTCCATTGCTTGATTGTCAAATCGCATGACAA AGTCTAAGTGCTTAGTTGCGAGGGATTGAGCAATATCCTTATCATATTGACTCAATCGTT TTTCCATGATAGGGAGGTACTTCTCGCAATAGGAAACGGTATGGCGGTATTCATCTTTGG AGCGGTTAAAGGCTCGTTTTTGATTTTCTAACACCGTTAGTTCATTTTCCAACTCCATTT TGAGTTTGAGATAGGGATTACCAGTCGCTAAAGCCTTAAAGTCAGAAGCCGTCATGGTTT GTTCGTCTATATCTTCTGCTGCTCGAATAGGTTCTTTAGATGTCATAATTTGTTTAATAT AACGCAACTTATTTTCCTGTGTTGCCCACAAATAATTATCAAAAGAACCTTTCGTAATAT AATGATAAATCTCTACATTTTGGTGCAGATTACCTTGTCTAATCAAACGTCCATTGCGTT GCTGGATGTCAGTCGGTCATTTTTTGCGGACAGTTCAATACATGCCTGTCTGTTTCGCTC CCTGCTCCTGCGTTTGCTCTCGTTTGATTTCTCCCTCTGTATCTTCTTGGCACAAGCAGG ACAATACTTCGATATGCCAGAGCGGGGAACATATTCAACACCGCACACCGTACAATTCTT AGGCTTTAACGCAGTCCACCGCTTTGTCGGTGTGATATGTAATTCACCGACAAAGCCGAT GAATTTATAATAAATCTTGATTTCCTGCCGCACCATTCCGTCTGTAAGTTTCTCACGTTC CGAAACAAGTATCTTGTCTATAAGTGCGTTTATGATGGTTGCGTCCAGTTCCTTAATGCC TTGATAGTTGCGGATTAGGGAGAGGAAATCACGGACACCCTGCGTCTTCTCATAGCTGTC GCTGAGCGTTTCCGTTACCTCTTTCAGCCTTGCTTCAATTTCAAGCTGTTCTTTCTGGTA TTTTCCCGACATCATCTCAAAATTCCGCTCGGTAATACGCTCCATCACCTTATCTTCATA GAGTGAGGAAAACAGCCTGTCCAGTTCTGCAAGGCGTTTGTTCAGTTTTCTTTGCTCCTT TTCCAGTGCCTTTGCCTTGCTCTGGTCTGTTTCCGTGAGCCGCTTTTCAATCGCCCTCAC TGCCTTTTCATCATTGACTGCCATATCCGCAAATCGGTTGATGTCGGTGAGGACAGCGTT GAACAAGTCCCTCGCTTCAATGCTGTGTGCGGTACACATGATATTACCGTATCTGCCATA ATTATTGCAGGAATATTGTACGCAGTCGATGATGTCGGGGCGTTTCCTCCTGTTGGCACT CATAGCCCGCATCGCATAGCCGCAGTCCGCACACTTAATAACGCCTGCAAAGATGTTCTC AAAGCCGCCCTTGTTTTCTGGTAATCTGCGGCTTGTAATAAGCTGCTGTACGGTATCAAA TTCCTCCTGCGTGACTATCCCCTCATGGGTGTCTGGTATCACTTCCCATTCTTCGGGCAG CTTAGAGGGGCGTTTCTTGCTTTTCATGTTGGCGGCAATCCGCTTGTAGCCTGCAAGGTT TCCCGCATATATCGGGCTTCTTAAAATGCCCCTTACGCTGTTCTCGCTCCAAATATAACG GTTCTCCTCATTCTCCTCAAAATACCTCTCATAGCCTGTTGCCCCCTGCTCCGCCGCATA AGCGGCGGGGCGTAAGATATGCTGTTTGTTGATGTGCTTGCGGATTTTGGCGATTCCGTT GCCCGCTAACGCAAGGTCAAATATTTCCCTTACCACATGGGCAACTTTGTCATCTATCAG CAGATGGTTGTGGTCGGCGGGGTCTTTGACGTAACCGTATGGTGCTGTCGTCCCCATGAA TTTCCCCTGCTGAAACCTCGCTCGGTACGCCGATTTTATCTTGACCGACACATCGGCGGA ATACATTTCGTTTAGGATGTTGCGGAAAGGCGTGATGTCCATAGCGGATTTATTGAGCGT GTCCACGCCGTCATTGACCGCTATATACCTCACATTATGCTCTGGGAAAAACACTTCCAG ATACAGTCCGCAATCAAGATAGTTCCTCCCCAGACGAGATAAATCTTTCGTGATAACGCA GTTTATCAGACCGCTTTCAATGTCCTTAATCATGTTCTGGAAACTTGGTCTTTGGAAATT TGTACCAGAGTAACCGTCGTCCACATACGTTTTTGCTAAGTGCCATCCCTGCTTTTTCAC ATAATCCGTGAGGATGGATTTCTGTGTCGCAATGCTCGCACTCTCGTTATCCGTGCCATC GTCTTTTGACAAGCGGCAGTACATGCCGACTTCATAAATCTTGTTCTCCATTCTTATTCC TGCCATACTGTAAAACCTCCATATCTGTCCTATCTGTTTTCATGTTCCATTGCGTACATT CTAAGCGGACAGCCCCTCATTGTCGAAGGTGTCGCCCTCGGCAATCTTCTTCCGAATATC CTCGGAAATAATCGGGATAAACGCTTCTGTGACTGTCTGCGTGCCGACATATTCACGGCT TATTATCATCTGAACTGGTGCTTTCGGCACGATACGCTTTCTCTTTTTATCTGCTTTCTT ATCCTCGCCCATACTTAAATCTTCCTTTCCAGACAGGGCAGGAGAACGTCTGGAAACGCC CCGCCCTGTCAATCAGATACCATCAATCCCCGCTGTTTACTTCTTTCTGTAATGCTTCAA GGAGTGCTGCTGCTTCATCAGCGTTCAACGTGATACCCTTTCCGCACTTCTCACGGTTCG GGGAAAAGCTGCGGATGTCATATTTCGGCTCTCTTCCGTTCCATGAGATAAGATTGATTT CTTTTGTGTAGCCGCTGTCGCCCTTAGACAATACGGCGATTTCCTTTACAATCTCATACT GGATTTCTTTCATTCTTCATACCTCAATTTTCTGCATTTACCTCCCGAAAAGAGAAGATT AGCGGCTGTCCCTGCCCCGTTTCCTCTGCAATTCACGCTCCAAAAGTTTAATGATGGTTT CCTCCATCTGCTTCGGCGTTGTGTTCTTCGGAAAATACTTTTTCAGCTTGCTTGTGTTGA TTTTCAAGGTTTCTTTCTGGTTTCCCTTTTCCTCCGTCATAATTGCAAATATCGTATCCA TGTCAAGCCGCCCGCTCTGGCTTAGGCTTTTCATCCGCTGTGCCTGTGAGAGTGAGGGCG TTGCTTCTTCGCTCTCCATCGTGGCAAAGAGGTTTTCCTGCTCGTCTTTCTTCAAAAAGG ACAGTTCCACCGCAGGCGTGAGGGCGATTTTCCCCTCGTCCACCATCCGCAAAATCGGCG GTATCAGTTCCGTCAAACGGATAAATCTTTGTACGGTCATCCTGCCTACGCCGAAGCCCT GTGCCACCTTGTCGTCCGTCCGCAACTTCGTCACAACTTGTGACGAGGTTAAGTCTGTGC GGAAACCCTGCCGCTTCATGGCTTCGGATTTCATCTTGTAGGCAAACGCCCGCTCTGATG GCAGGATATTCTCACGCTGTAAATTACTGTCTACAAGGGTGATGATGGCTCGGTCACGGT CTAAGGGCAGGACAAACGCAGGCACGGTATTTATCCCTGCAAGTTCAGACGCACGGACAC GCCGCTGCCCTGCAATCACTTCATAGCCGTTCCCGTCCTCTTTCGGGCGTGTGATTATCG GCGTGACAATGCCAAATTCCTTGATGCTTTCCGCTAATTCTGACAGCGTTTCATCCTCTG CCACATGAAACGGATTGTCGGGAAACGGGTACAAGTCTTTGGTCTTTAACACCTTAAAAT CCTGTTTCTTCATTCACATATCTACCTTTCTTTCGCTCTGCTTTTATGGTTTTTCTGCAA TTCTTCCAACACTTCGGGCGGTATCTTTGAGAGCAGCCGCCCCATCTGCTCGTTGGTTCT CTGCAACTCAAATATCTTCTGGTTCGCTTTCTGCACCTTTAGTTCCTGCTCATACTTTTC ATCACGCATACGCCCCGCATAGTCTGATTCCTGCCCGATTTGCTCCTTTAGGCTATTGAT ATAGGCACTCTGCTTACTGATTTCCTTTGAGAATTTCTCCACGTCTGGGAGCCATGCCGC AATCAGTTCCAGAGCCTTGTCACGCTTCTTCCCTGCATTAAAGGCGTTGATGTCGGACAG TGCAGACACAATTTCCTCATACTGTTTATCAAGCCTGCCGCCCAACTTATAGAGCCATGT GGGGACATGTTTCCGCTTCGTTTCCATTGAGGACTGACCTCTTTCAAGCTGATTCCACCG TGAGGACATCCGCTCATGGTAGGCGGTCTGCCATTCGGACAGGCTCTTTTGATTGCCTAA AATTGTTTTGGCAGACAGCTTATTGTCTGGTGTAATCGGCACAAAACAGAGGTGCATATG CGGCGTTCTCTCGTCCATGTGGACGACTGCGGAGAGGATATTTTTCTCCCCGACACGCTC TGAAATGAAATCCAGAGCCATCGTAAAATACGCTTTCTGTTCTTTGGGCGGCAGGCTGTT CATAAATTCTGGCGAAGCCGTGATAAGCGTTTCCACCATCATCACGCTATCTTTCCTCGT CCTGCACCCTGCTTCGGCTACCATGCGGTTAATCTCTTTCTTGTAGGTGTACCTCGGCGG ATTCACAAGATGGTAGTTATCTTTCGAGCGTTCCATATCTATATCTGGATTGCTTTTATA GGCTTCTTTTTTACGCTCGTTGTGGCGTTCGCAAGCCGCAACGCCGCCCGCTTTGCGTTT CTGGAAACGCAGGATTGCATAGGGCATAATTCATCATCTTCCTTTCTTCGGCGGGTAAAC TGCCCTTTGGGTGACAGCGGTGACGGCGGTGACAGCAGTTTTGGGATACCCCCTACCGAC TGCCTCAACTGTCACCCTTATTCCCTGCATGACGGTCATGTCGATGATGACGGTGTTTTT GGAATACCCCCTCGCAAGAGCCGTCACCGTCATGCTGCCATTCTTTTATCCGAAGCGTGG AGCGTAGGATAAGCAGGGCGTAAGACCTGCCATAAGGGAGTCCAGAGGGAACGTCTGGCA CACGACTTTGCAGGGCAAAGTGTAGTGTGTTACACCCTGTAAACGCAGTCGGAAAAATCG GAAGGATTTTTCTGACCGCAGGGGTGGTTTTACACGCCGAAAAGGGCGGGTAAATCCTAC GCCTGCACTTTGCGTTTACGGGGTGTTCTCCCGCAGGGATGACAGCGGCAGGGTATCCTA AAATCACTGTCACCGCCGTCACCGCTGTCACCCGCAGGGCAGAGTCGCCAGCTTTACACG GCTTTAAGCGTCAATGACAGTAACAGGGGGTATCCCAATATCGCTGTCACCACCGTCACC GCTGTCACCCGCCCGCTTTGCAAGCGAAATCTGCCTGCCGTGTTTTTTGCGGCTGTACTG ATAAACGATATGGTTCTCATTTAAAAATGTGGTGCGGTATTCATTGAGCCATTTCGTAAT CACCGTGGGTATGGTTTCCGTTTCCCTCATAGCGGCTAACAGCTCCGTTGCCGTGCCTGC CCATTCTTCCTTATCCCTCATAAAATCCACCAACCGAAAAAGGACGTCTGGTATCGTTTC TTTCGCAAGCTGCTCCTGCGTTTTTCTCTCCACAAGTTCCCAACTGCAATCACGGAAACG CAGCGTGTATTCCTGATAGGGCGTGTCCCTGCCCGTCACATACAGCTTGGCGGTGTCGGA TGCCCGTTTCTCCTTTTCCAGAACAAAGGTAGCGTCCGCACTCCCCGTTAAGCCTGTCGT CCCAGACACCTTGTTGAACACATCGCTGTCATTCTGCTTTCGGATGTGGTGTACGACAAT GACCGCCAATGAATGCCTGTCGGCAAAGTCTTTGATTAGTGAGATGTCCCCATAGTCGCT TGCGTAGGCATTGTCTTTTGAAGCTGTACGGACTTTCTGCAAAGTGTCAATGACAATAAG CCTGCTGTTTGAGTAATCTTTCAGATAATCTTCAAGCTGCACGATAAGACCGTCTGACAG CTTGCAGCTTGCCACGGCAAAGTGAAGCCGCCTGCTCGCTTCGTTCGTCAATCGGAACAG CCTGTCCTGTATACGGCAGAACGTGTCCTCAAGGCAGAGGTAAAGCACGTCGCCCTCCAT TGTCGGCATATCCCACAAGGGAAGTCCCTGCGACACGCATAAACATAGCTTCAGCATGAG CCAGCTCTTTCCTATCTTCTGTGAGCCGCAGAACAGCGACAAGCCTGTGGGGATAAGGCT GTCCACCACAAAGGACGGCTTCTCAAGCGGTTCATAAAGGAGCGTTTCGGCGTTGACTGT CTGTAACTTCTGCATGGCTTTCCTCCTTTCGGGCGGTGTTTTTGTTTTCGTTGCACATAG GCGTTGACCTCCTTAAAAATAGATTTACTCCCACGAAGAAAAAGTGAGAGTATGTAATGC CGCCAATCCCACACAAATAAAAAACAGATTTCTTTTTCGGGCGGTGTCGGTCACGGTTGG AGATACTTCCTCATTTCCGCCTTTACTTTCTCCTTTGCAATCGCAACAGATTTCTGTATT GCCGAAGCGGTGCAATGCTCCATAGCGGCGATTTGGTAAAAATTGAACTCATACTCGTAG TAGAGCAGGAAACGCCGCCTTTGTATCTCTGGCAGTCCGTCAACCGCCTTACAGAGCAGT TCTGCCCGTTCTGCCTCAATCATTTGTTCCTCTATGCTCTTAGGCAGCTTCAACGCCCGC CTGTTCAGCGTTTCGTCCCATACTTCCGAAAACTCCCTGTGCCGCTCGTCCCATTGGAGG AGATTCCTGTTCCTGCGTTCCATCTGCCGAAACTCCATAAAGAACTGTTCCGACACTTCC AACTCGTGGGATTTGCCCTGCCCGTCCTTAAAGCTGATAAAATACCTTGTGCCGCTTTCC GTGGATTCCTCCCGAAGCGTGTACGCCTTAACTCTGTATGCCATCCCGCTTGCCTCCTGC AAAAAATAAGTGAGGGGATTTCCATCCCTCACCCAGTAGCCCGCAGGACGGCAGGCTGTT TTAGACGCTATAAAATTTTCGTAGCTTCTTCCGCAGATGGTCTAACCTCGCATAGATGGC ACCAGTCGTCAAATGCACGAGCGGGGCAATCTCCTTTGTGGAATACCCCTGCATTTTCAG CAGGACGATTTTCAAGGTACGCCCGTCCACCGCGACTAATACTTGATAGAGATTTTCGCT CTCAATCTCGTCCAGTAACTCCGCAACCGTACCCACTTCCGTCTGCCGCTCCCTGTCTGC CATGTCCTCAAGGTATTCCGCAATGTCATTCGTCCATCGGTAAAACCGCCTGTTGGAATT GAAGTCTGCCCTGTCCGCAATGCGTATCTGCTCAATGGTCGCTTCATCAACGCCGCACTC ACGCAGCAGCTTTTCCTCCGCTTCTTTCCAGATACGCCATTTCCTGTCCTCCCGTCCGTG GTTATATGCCATGCTTCTTTTCCTCCAATCAGAATTGATTGAGAGGGCAGAGAAAAACCC CCTCATTTTCCCAAAGGAAAAAACAAGGGGGCTGAACGCCTTAAATTTTAATTTTCTATT ATCTTTCTTAGTTTTCTTAGGATTCTGGCTTTGCGTTTGTTCACAACGCTCTGGGTTATG CCGAACCTCGCCCCGACTTCACGCTCAGAAAGTCCGTCAAAAAAGATTGCCTGTATCAAT TCCTGTTCACTATCCGACAGCAAAGGCAGGGCGGCTTTCAGCCTGTCCACCATAACCGCA TTGACAACGGTTTCCGCAATGTCTGCCGCTTCATCAGCGATAAAGTCTAAAGGCTTCCCC TCGCTGTCCGTAAATCCATCCAGAGAAAGCAGGCTGTTCTTCGTATCTAATTTTTTCAGA TAACGCCACCGTTCCTTATCTCGGTAGAAGTCCGTGTATTGCTCCCTCACGACTTCAAGC AGACAGCCTTGAATGGGGATAAACAGCTTGTCCATATAGGTCTGGTCGGATTCCCTGCGG CGGCAGAAATCCGTATAGGACAGTTCCACATATCTGCCGCTTTCCTTGATATATACCTTT CTCGGTGCGTATTTCACTGTAAGTACCTCCCATCTGAATTTTTGAAATGTTCAAAATCCA GATGGAGAGGTGGCGAACGACACCTAACACCACTAATAGCCCTATGGCACTTTCCAACAA AAATCGACAAAAGAAAAACCGCAAAGGCTCTATGACCTTTACGGTTATGGGAAATATTAA TTCTGTTGTATGGAGATTGTACTTCTACATTCAAGGCAGGAAGTGCCGTTGCATAGGCAG AAATTTTTTTAACTGGTTTCCTGCCGTTCTCTGATATGCTATGTATTGATAAATTTTGCT TCGTATGAGCAGATAGATAACTGCCCGAAAAAAGGACATAAAAAAATCCCTCCAAATTTA AAAACAAATTCAGAGGGTAATTTAGGGTATAACAAAATAACCCACCCGAATATCGTTTTT TTTATTTGGTGAGTTTGTTCTTTCAAATACGAAACAAAAAGAGCCGATGATTCGTGAATT GTTCCACAATTTCATCGGCTCTGCGTCTTAAGCGTCTGGCTCTTTGATGACAGTTATCTT CAAGTTGTCAACTTTAATCAATCTTTCTTGTCTGCATTTTGGACAATAAAGGGGATAATT CTCCAAAACAGTGTCCTTCCTAATTTTATTACGGGTTTTGTTCCCACAAACAGGACACAA TATCCATTCGCATTTCATCATAATTAGTCTCTAATCCTTTCAAATCTCATTTTATATGAC TTTTGCAAGCTGTTAAGCTAACTTGTGGAACATATGCCGAACCTTATCTATACGGCTATT CGGGCGGCGGGGTTGGCAAATAAATTTACCAATAGCTGGCTGGTATCCTTTTAACTCTGT CAAGCAGACTCCCTGCCCATTTGTGAAATAAGTTAAATCGTTCCTGTATTCTTGAATACA TCTAGCAGGGATTTCTCCTTTCAGAATGACCTCGTCATTCTTTATCTGAGTACTTACAAT ATCTGCACAATATCTTGGAGCATCATGATACGCCCGTGAGAGATATTCCTGCGGTGCATA AATTTCAAAGTGGAGATATGGCTCTAATAGTTCTGTCCCTGCTTTTTTTAAAGCCTGCTC CAATACGATAGGGGAAAGCAGCCGAAAGTCTGCGGGGGTACTTACAGGACTATAATACAA TCCATATTCAAAACAGATTTTACAGTCTGTCACTTTCCATCCATACAGCCCCTGCTCGCA GCCATAAAGAACCCCCTCCATAACCGCATTTTGGAACGATTGATTTAAATATCCAAGTGA AACTCTGCTTTCATACTGCACTCCGCTTCCAATAGGGAGCGGCTCTATGGACAACCCGAC AGAAGCCCAGAAAGGATTTGGCGGGACTTCTATGTGGATGGTATATTCTGCTTTTCTAAG CGGTCTTTCCATATATATAACAGTAGGCTCTTTTATTTCTGCCTCCACATGATATTTTTC CTCAAGGATGGCACAAATGACTTCCATCTGCACTTTCCCCAAAAAAGAAAGTATAATCTC ATGCGTTGTAGTATCCACATAATATTTTAAAAGAGGGTCGCCATCTGAAATTTCTGTAAG TGCCCCAAGCAATATTTCCCGCTGTTCAGATTTCTTTACTGCAATCGTTGTTTGGAGCAT AGGGAGAGGATTTTCAATAAATTTTCTCTGCGGCAACAGTATTCCGTTCCCCAAAATACT GTTTAGCTGCAAAACATCATTTGGTAAAATTACAATATCACCAGAGCAGGCTGTATCGGA TGAATATAATTCACCGTTTGTCGGAACACACATCTCTGTGATTTTTATTTTCTCTTTTTC AGATATTCTAATAACATCCCTCAAATGCAATGTTCCGCTATATATACGCACATAAACAAA ACGCCGCCTTTTCTCTGAATATTCAATCTTAAAAACCTGCCCGCATAGTTCAGATTGACC TTCAGGCGTTGATGAATAAAATTTACTGGCAATCACTTCTATAAGCTGCCGAATCCCCAG ATTGTTTTTAGCGCTTCCGTGATAAACGGGAAATAACGTTCCGTTTTGGAATCTCCTGTT TTCTTCCTGTTCCAGTTCTGACATTTTAAACGGTTTCCCTGACATATATTTCTCTAATAG TTCATCGTTTCCCATAATTACCGCATCCCACTGTTCCATATCGTCATTGTCCGTTACATT TATATGGGGATGCTGCCCAACCTTTTGCTTCACTATAATTTCCGAAGAAAGCTTTGCTTT CATTTCTCGATATACCATTGGCAAATCAATCCCCTCTTGGTCAATTTTATTGATGAAAAA AATTGTCGGAATCTTCATTGTCTGTAGTGCATGAAACAGTATACGGGTCTGTGCCTGTAT GCCATCCTTTGCAGAAACTAATAATACTGCTCCGTCTAATACGGATAAAGAACGGTATAC TTCCGCCAAAAAATCCATATGGCCTGGCGTATCTATAATGTTGACTTTTACATCCTCCCA CTGAAAAGATGTCACTGCTGTCTGGATAGTGATTCCCCTTTGACGCTCCAAATTCATTGT ATCTGTCCTTGTTGTGCCTTCATCTACGCTCCCTAGTTCTGCAATTGCACCACTGGTATA CAATAAACTTTCCGTTAATGTTGTCTTTCCTGCGTCAACGTGAGCCAGAATGCCTAAGTT AATTATTTTCATGTGATTTTCCTCCTATCAACACCCAAAAAAGGGCATAAAAATACCCAG TGATAAATACTCCTATCACTGGGTAAATAACTCCAATAGCCCCAAAACACTTATATGTTT TCGGGCATATAAAATTACATGATAAAAGTATTCTTAAACTGGGTACAAAAAACTAAGCCC CATATTAAAAGTGAAACGAGACTGCTACTTTTTGTTCCCACTATCAAATTGACAGTTTAT TTAAGAATACCTTGCCGCATATTTATTAACTCCTTGTATAATACTGAATCTAATTATATT CCTTAACCCTTTATTTGTCAAGCTGACAAACTAAAGCAGAAAAAGCGGCAGGATTTCCCC CTGCCACTAATCATCTGTTTATGCAAAAATAATTTCCTTTTCCACAATCTCCCTCGCACA AGCCCTTATGTTATTGAGGCATCCTGTCCATTCTAAGGCGTTTTCTGCCTTTAGCTGTTC CGTTATGCCCTGTGCCTGTTTCATACCCTCTATGAGCCTTTCAAAGCGTTCCTGTGCCTG TCTGTTGATGTCGGCAAGGTAGGCGTTTAGCCTGCCGCTTGTAAGAAGATTGGTGTATGT AACTTTACGGTACTGTTTTAGATAATCTAAATGCCGTTGCCCCCAGATGCCTATTGCCTG TTCTTCTTCGGCGGGTACAGTTAAGCACGGTATCAAATAATCCCCTTGCCTTTCGTATTT GCCGCCCAGTTCCTCAAATAATGATTTTGCCATTGTCTGTTACCTCCACATTCTTTTTTA TTTTGAATGTCCGCAAAATCCGTCCTACATCCGAGGGACGCCAAGGAACATCCAAATGGT GGACAGCTTTCATTCGTGATTGCACGTTTAAACCAGTTCCGCCCTTTTCCGTTGAAGCCA TGAGAATCCGTACTTCTCCGCTATTGACCTTTCTAGACAGTGAGTTTTTCTTTTCATCAG TATTGGCGTCATGGACAAAGGCAATCTGGTCTTTTGGAATCCCTCGATCCACAAGCAAGT CTTTGAGTTCATTGTAAACATCAAAGCCTTCTTCCTTACTTTTAGGGGTTCCAATATCCG AGAAAATCATCTGAGTGGCTTTGTCTCCAGCTCCTTCACGGTAAATCCGCTCGACATTAT CAACCACTTGAAGAATTTTCTGATTGTCCGATAAAGTATAAGCTGGGTCAATCAACCGCA TATCAATGGCTAATTTTCTGGCTTCCCCAGTGATCTTAAGCATGTTATCAACACTAGGGT CAACGCCGCCTGATTTGATAGCGTCTGAACGCTCTACCAGTTCTTCTAAATAGTATTTCT GAGCTTGCGTTAACTCGCTTTCCACCGCAATTATCTTAACTTCTGGTACAGGTAAATCCA ACATATCAGAAGTTTGAATATCGGCAGTTTCCTTGTAGATTCGCATAAGTTCAGGAAGAT TGACAAATTTCTTAAACCGTTTCTTGGGTTGATACTTATCTCCTGTGGGGGCTAACTCCA TAGAGTTCTCGATATTTCCGAAAGCTCCAACCCACGAGTCAAAATTGGATACCTGATAAC GTTCTAAGACATCTGGCTGAATATAATTCATCATGGTGTAAAGTTCACTAATGGAGTTGG ATACAGGTGTTCCTGTCGCAAAAACGACATTTCTATCTCCATGCTCTGCCTGAACCTGTC TCACCTTCATCTCCATATCCACATTCTTCTTAGAAGTGGTATTGGTGATTCCTGCGACAT TGCCAAGTCCAGTAATCGGTCTAATATTTTTGAAATGGTGAGCCTCGTCCACAAAGACGA AATCAATACCTAGATTTTCAAATTCAATAAAGGTATCTCGTTCCAGTTTTTGGAGTTCTT CCAATTGATGTTCCAAGCCCTTGATGGAGCGCTCTGCTTCTTTAACCGTATAGTCACTAT CACTTTCTAGCTTGATTTCTCGGAGTTGCTCTAGCTTATCGTGAATATAAGTGACCTGTT TCTCACGACTCATCGGTATTTTTTCAAACTGGGAATCCCCAATGACAATAGCATCGTAGT CCCCTGTGATAATGCGAGAGACAAACTGCTTGCGTTTGGCTTTGGCAAAGTCTTTCTTGG TCGTCACATAGACCTTTTTCGTTGGAAAGAACTTCATGATTTCTTGACCAAACTGGGCGG TCAAACTAGAAGGAACCACATAGAGAGGTTTATGCACCATACCAAGTTCTTTCAGTTTAA AGCCTGCTCCCAGCATGGTTAAGGTCTTTCCAGAACCGACTTCGTGAGCTAGTAGGGCAC GTTTTTCTTCCACAATCCGTTGAATGGCATTCTTTTGGTGAGGACGTAAGGAGATATTCT GGGCAAGCCCATCGATGGCTAAATGACTGCCATCATAGACCTTGGACACTGTTCGATTAT AGAGGCCGTTATAGGTGTCTTCAATCATCTGCTGCACTTCTGGGTACCTTGCCACAAAGT CTTGAAACAACTCTTGAATTTGGTTTTCCTTGGCACGAAGAACTGTTGTTTTCTCCACAT CTGTCACATTCTTTTTCTTGTCTCCTTCAACAATTTGTTTTGTGACGGTCGGTTGATTGG AATTAAGGAGGTTTTCAAAGATTTTTCGACCACTATCATAACGAGAACCTGAAACACCCA GACTTCTATCCGTTGCCGTAGAATAGGTATAGGCAAACTTAGACTGGTAGGAAATTGTTC CATCAAGAGGACTGACTTCAAGGACTGTCGCTACTTCTTGGCCAGAGAGTTCATAGGCTT TCCCCATAAAGGTTTCTTGGGCAAATTTTCCATAAACGGCTAGATGAATCCAACGTGAGC CAATCCGATAATCAATATCTGCTAGAGTGACACGTTGTGGTCTAACCTCTTCTAAGAGAG CTTGATAGTGTTGCCAAGGAAAATCAGAATTTTCTTGCTTAATGAGTAAGTCCACAATTT CTAACTTGGTCACCACATCCCCTGATAAGAAATCCTGACGAGACACATAGACCACTTCTC CGTTTTGGAGATAGCGTTCTGGGTCAGGAATAATGGCATCTCCCAGTTCTTCAATCAAAG TAGCTTTGGAATCTGTGTGATAAATAGACATCATGTAATCCAAATCCACTCCACGCCCAT CTGCTAGGCTGGAATTGAGAGCATCAAGTGCTGAGGTAACTTCTGTCACTTCTCTTTCAG GACGAACCAGAGCTTTTTCAAAGGCAAGCGACTTAGTATAGATAATCGTTTTTCCATTTG GGTCAAGACTTTCATCTTCTAAACTAGCAAGGAGCGAATACTTATCATCACTATCAAAAA GATTGCGGTTTACAGCACTATTCAAATAACCATAGCGTTTGACAAAGCTATCATAAACAT GATTGAGTTTGCCTAACAATTGATTAAATTTCTCCTTATCGTAGTCATAATAGCGTTGAA TGGCAATGACTTCTTGATAAGTATTACGAATGTCCACCATTCCCTTAATCCGTGCCACTT CCTTATCTGATAGCGGTGCTTCATAAAAGACCGTTTTTTTGAAATATCCCTTAAATTGTC CTCGTTTTGCTGTTTCCTCGGTCACATAGACATCAAGAGCCGTACTATCCGTCACCTCTA AAGCATTAAAGCGGTTAATCTGCTTTTGGGAATGCTTGCTGTCCCAGGCTTTAAAGTTTC CATCTTCATCGACATAATAGCTGATTTCTTCCGTCTTGGTTCCCACTCGAATACCTTTGT TATCTCGATAGTAAACCGTAGAATCCTGATAGCCAAAACTGTATTGACCAAGATTCTCTC TCATTTCAGGTGGAATGGAGGTATCAATAACTAGTTTGGCCAGTACATCTGGGTTGATGA TGATTTCAGAAGCATCTACCATTCTTGGTGCCTTGACCTGTTCCATAGCAGTCTGAACAT CTCCTATCAGGTTATCAGAACTGCCCTTAACAGAAAGAGTTCCACCGTTAAAGTTTCTGA CTTCATAGGTTCCTAGGACTTGGCGATTGTATTCTCCATCAAAGTAAGGATTGAGCCAAA TGCGGTCATCCTTGTCATAACGAACGGAACCTGAAAAGGCTAGGTCAGCTGCCACATATC CTTTGTCGAAGTGCTTCTGGAAGAACAACATATCTGTTGTAACATTGGTTCCTGCAATGG CCTTAAAAGCAGTATCTGGTAAACGCACACCACCAAGAAACTCGGTTGTCTCACGAATAT CTTGAAGAATATTCTCCGTCCGTTTATCCATGGTTCCTGTGGAGGAGATAATAGTCACTT GCCCACCATCATGCACCAAATCAAGCGACTTCTTCACAAAATAGTCATGAATCATATAAG GCTTATCGTACTTGTTATCTGCAATCCGAATATTAGCAAACGGTACATTTGAAATTACCA AATCAAAGCTATTATCATTAAAAGCAACTGTCTCAAAGCCTTTGACTTCTATATGCGCAT TTGGATGAAGGTGTTTGGCAATAGCTCCTGTAATGGTATCTAACTCCACACCGTATAACT CACTTTTTTCTCTCAAATGTTTGGGCATAGCCGCAAAGAAATTCCCTGTTCCCTCTCGTG TCAAGCGACTGACACAAAATACATTGTCTATTTTTAGACAACAAAAAGAGAGCGATTTCT CACTCTCTCTTGCATCTATTTCCATATGATTTTTTGAACTATACTACCCTCACAGATAAC TGACTCAACATACTTTTCCATAAGTTCTCGTGTAAGCTCATTATCTGTTACAACTTCTGC TTCATTAGAAGATAGTTTTATCTTTTCTTCCAGCCTGTCAATTTCATTGTCTATCTGGTT TTTACTTTCTACAAACTTAGCTTTTGTCATTTTCCCAAGCTTATATTTTTCAAAATCAGA CATCTTTTTTGCCTGAAGCTTTTCTATCTTTTTCTCTATATCTTTAATGCTTATTTTTTC TTTGGGCTTTACTTCTGCTTCACCATATTTCTCTTTAATAAGCGAAAGCACCTGTTCCTC TAATTTATCAACTCTTGAGTTTTTATGTTCTACATTATTACACTTGCAAATCCTACAATG AAAATACTTGTGTATTCTCATACTTCCATCTGGTCGCTTAAACTTTGATTGAGTAAGTCC AAGAATATGGTTACAAGTAGGACATCTTGCAAATCCTTGTAATGGCGATTTTGTCCTCCA AGGATAATCGGTATTCTTTCCTTTTAAGAAGCTATTCTTCTCTTTAATTTCTTGAACCTT ATCAAACTCTTCTCTTGAGATAATAGCTTCATGATGATTATAAACTCTACCCCATTCTTC TTTAGGATTAAATTTAAAACTACCAGGAGTCAATAACGACTTTTCTTGCATATTGAAGAC ATAAGTGCCTGTGTAATTTTCATTGGATAAAATATCTACCACTGTACCATTTGTCCATGT TGGTGCATCTCTTGTATCTGATGACACTATGTTATATTCGTAATCCATACTGGTAAGTTC TTTTTTACGCTCGTTTGGTGTTGGTATATTCTCTTCATTCATAACTGCTGCAATCTTTCT TGATGCAAGTCCTGTAAGTGCTAAGTCATATACCTTCCTCACAATCCAAGCTGTCTTTTC ATCGATAATGATGTTGTGCTTATCATCCGGATCTTTCATATAACCAAATGGTGGACTCCA AGCAAGAAACTTTCCTTGCTTCTTAAGTTCAGTAGTAACTGTCTTTACTTTCTGTGAAAT ATCTTTTGTATAGAAGTCATATAGCAAACCTTTAAACTGAATATCAAGGTCTGTTCCATT TCCTTTTTCCTTAGCACTATCATAGCCATCATTAATAGCAATAAACCTAATACCAAGGAA AGGGAATATATTCTCCAGATAATCACCAAGCGAAATATAATCCCTCATAAATCTCGATAA GTCTTTTACAATTATGGCATTGATTTTACCATTCTTAACTTCTTCAAGCATTCTTTGAAA AGATGGTCTTTTCTCATTTGTTCCTGTGTATCCGTCATCAATATATTCTTTTCTTTGGAA ACTTTTAAATTCATCATTTCTATCAAGAAAATCATTCAGGAAATACCTTTGATTGATGAT ACTTTCGCTCTCATCTTTCTTCATCTGATCTTCTACAGATAATCTGATATAAAGTGCAAT TTTACTCATCTTTCACACCTCCCATCAAACTATCCATACTAAATTTAAAGATTATTTCAA AGTTATGATTGCCATGGACAATTATCTTCTCTACTAAGCTATGAATTAAATCAGCTGGTA ATTTTTCATCTTTTTTTGCTGAAAATACATCCTTAATCCACTTAATAGATATTCTCTTAT CTCTTTCAAGGTCTTTTACAACCTTTTCAATCGAAATAACTTCATTATTGATTGTTGCAA TATGGCTAAGAGCAATCTCTCTTTTAAGGCTATATACTTCTCTATCAATCTTGCCTAAGC TATACTCTTCATAAGCTTTTTGAATTAATAGCTCTTCTTTTTGAGTCTTTGTTTTAAGCT TTGAAATATCTTCGTTTAGCTTACCTATGCTTTCAGAAAACCTTGTAGACACTCTTTCTA TTAGCTTTGCCTTACTTGTAGCCTTAGTGATAAACTCCGCTACCTTTTCAGACATTGCTT TATCAAGGTCTCTTTCCATAATAAATACTCTTACTTCGTTATCTATCTTGCCTGTAAAAG TATCGTTTTGAAAAGAGTAGTAAAGCCTATCATGGTTTATCCCATAAATTCTGGTTCTTC GATAAAGCTCCTTGCCTGTTGCATTATTGAAAATCAATCCCTTATATCTATTCTCATAAT CTCTTTCAAAGTTATGCATTTCTGCACCAAAAGCATTATTCTTTAATCTATCTGCTCGTC CTTGCAACACTTTTTCAAAGTCCTCTTTTGAAATAATTGGTTCATGAGCATTTTCATAAA CAATATACTGACTTTCATCTACAAATTGTTGCTTCATTCCTTTTGCAAGATTCTGCTGCT TAACACCCTGAACTAAAGTTCCTGTGTACGCTCTGTTAGTAAGCATTTTGGAAATAGTAG CTTTATTCCATTGTGGATCGCCATCTTGTCTATAAATTCTACCTGTTTTGTAATAGACCA TTCCTGTCGCATAACCCTTTGTATTAAAGTGCTTTGCAACCTCATACTGGCTTTTCCCCT CAAGTGTTAATCGAAACATTTCTTCAATAATGAACCTAACATTTTCATCAACTTCTAACT TCTGGCCCTCTTTTAATTTCACTACCTTATACCCATATGGCGGAACAGAACCAATAAAAT ATCCATTTCTTGCCCTATTGTGCTTACTTGTTTTTATTTTTACCGAAATATCTTTAGCAT ACATATCATTTACGATATTCTTAAGAGTTACTTCAAATGACTTCTTAGAGTCTAAATCCT TAACGGTATCAACCTTATCATTAACAGAAATAAACCTTACTCCCAAGAACGGAAATACCT TGTCTATGAGTCTTCCCATCTCAAGATATTCTCTTCCAAGTCTTGATAAGTCCCTTATGA TAATACAATTAATTCTTCTTTCACGAATATCTTGCATCATCTCCTGAAACTGTGGTCTTT CAAAATTTGTCCCACTATATTCATAGTCTGTATATGTGTTTAAGACCTTAATGTTTTCTT TTAAGGCATATTCTTTACAACAAAGCAGCTGTGTTTCAATGGAAGAAGATTTCTCTCTCC ATTCTTCTTTTCTTTCAGATGACAGTCTTGTGTAAATACCTGCTTTATAAAATACCTTTT CTGTACTATCCTCAGCCTTTTGAATGTATCTTTTGGAAGTCCTTGCCATTAGCAAACACC TCCCACCGCAAGTTTTGGCATATTCATTTCTAAGGCTTCGCCATAAGCTCTGCCTATGGT AAATACTTTCACCTTATTTTCATCTGAAGCCTTAAACTCGCATTTTTCACTGTCTAAAAT TGCCTGCATTAGATTTACTGTATCCATATTATTAAAGACAAAGTTTATGGCGTTATCTTC GCCAATCTCTATGCGGTCAATGAAAGACACCAAGGATAATCTATTCAGCGTACCCTCTTC TACATTAGGAATAATATCGGAAACAAAACTACCCTTATCTTTAATTTTTTCTTTTAAT
Region Details
| Region | 1 |
| Region Length | 21.7Kb |
| Completeness(score) | incomplete(20) |
| Specific Keyword | recombinase |
| Region Position | 3198-24975 |
| # tRNA | 0 |
| # Total Proteins | 13 |
| # Phage Hit Proteins | 6 |
| # Hypothetical Proteins | 4 |
| Phage + Hypothetical Protein % | 76.9% |
| # Bacterial Proteins | 3 |
| Attachment Site | yes |
| # Phage Species | 6 |
| Most Common Phage Name(hit genes count) | PHAGE_Gordon_Troje_NC_042102(1) PHAGE_Burkho_Bcep22_NC_005262(1) PHAGE_Bacill_AR9_NC_031039(1) PHAGE_Deep_s_D6E_NC_019544(1) PHAGE_Gordon_GTE2_NC_015720(1) PHAGE_Bacill_Gamma_NC_007458(1) PHAGE_Gordon_Cozz_NC_030941(1) PHAGE_Erwini_PEp14_NC_016767(1) PHAGE_Helico_1961P_NC_019512(1) PHAGE_Strept_315.4_NC_004587(1) PHAGE_Lactob_phiLdb_NC_022762(1) PHAGE_Burkho_BcepIL02_NC_012743(1) PHAGE_Vibrio_VvAW1_NC_020488(1) PHAGE_Bacter_Lily_NC_028841(1) PHAGE_Temper_phiNIH1.1_NC_003157(1) PHAGE_Burkho_BcepMigl_NC_019917(1) PHAGE_Tsukam_TPA2_NC_015210(1) PHAGE_Bacill_PBS1_NC_043027(1) PHAGE_Paenib_Xenia_NC_028837(1) PHAGE_Burkho_KS9_NC_013055(1) PHAGE_Paenib_Shelly_NC_041909(1) |
| First Most Common Phage # | 1 |
| First Most Common Phage % | 7.69% |
| GC % | 41.96% |
| 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: | The number of tRNA 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|VYVJ01000008.1| Streptococcus anginosus strain UMB8710 92890, gc%: 35.13%
Download details as .txt file: detail.txt file_download
Hits against Virus and Prophage Database
Hits against Bacterial Database or GenBank File
Hits against Bacterial Database or GenBank File
Region 1, total 15 CDS
| # | CDS Position | BLAST Hit | E-Value | Sequence |
|---|---|---|---|---|
| 1 | complement(3198..4286) | PHAGE_Helico_1961P_NC_019512: DNA primase; F6I38_06750; phage(gi422935771) | 2.94e-05 | Showinfo_outline |
| 2 | 4014..4028 | attL | 0.0 | Showinfo_outline |
| 3 | complement(4325..4963) | peptidylprolyl isomerase; F6I38_06755 | 0.0 | Showinfo_outline |
| 4 | complement(5059..5349) | hypothetical protein; F6I38_06760 | 0.0 | Showinfo_outline |
| 5 | complement(5365..5664) | hypothetical protein; F6I38_06765 | 0.0 | Showinfo_outline |
| 6 | complement(5734..6693) | PHAGE_Erwini_PEp14_NC_016767: putative DNA methylase; F6I38_06770; phage(gi374531875) | 6.74e-22 | Showinfo_outline |
| 7 | complement(6660..8543) | PHAGE_Bacill_Gamma_NC_007458: site-specific recombinase; F6I38_06775; phage(gi77020163) | 5.46e-27 | Showinfo_outline |
| 8 | complement(8598..8789) | stage II sporulation protein R; F6I38_06780 | 0.0 | Showinfo_outline |
| 9 | complement(8860..9090) | PHAGE_Bacill_PBS1_NC_043027: hypothetical protein; F6I38_06785; phage(gi100289) | 4.75e-20 | Showinfo_outline |
| 10 | complement(9136..9990) | PHAGE_Burkho_KS9_NC_013055: chromosome partitioning protein gp35; F6I38_06790; phage(gi255033718) | 6.85e-12 | Showinfo_outline |
| 11 | complement(9999..10964) | plasmid recombination protein; F6I38_06795 | 0.0 | Showinfo_outline |
| 12 | complement(10971..11150) | hypothetical protein; F6I38_06800 | 0.0 | Showinfo_outline |
| 13 | complement(11062..11448) | hypothetical protein; F6I38_06805 | 0.0 | Showinfo_outline |
| 14 | complement(11481..12512) | PHAGE_Gordon_Cozz_NC_030941: hypothetical protein; F6I38_06810; phage(gi100056) | 1.07e-07 | Showinfo_outline |
| 15 | 24975..24989 | attR | 0.0 | Showinfo_outline |
Sequence
>complement(3198..4286)
StreptococcusanginosusMTIIKAVKQKSILDVAESLGYSFRCLSGQVYEHPEHDSFRIFADTNTFKWFSRDIQGDVIDFVQLVTGVSFKEAVSYLETGDFKQTKTIEEIYKPFRYYLTEEPFQQARTYLTQIRGLSDEVINAFGRKGILAQACYQTKTFQESVLVFKSYNHHGQLEGASLQGLVKNNQRHVRGYLKKTMKGSHGHVGISFDIGTPKRLIFCESVIDMMSYYQLHQKQLSDVRLVSMEGIKLAVIAYQTLRLAAEEQGKLDFLDTVKPSRLTNYLYAIKDTTTYFKKHPEMIMLAVDNDEAGREFCQKLSEKGLPIVQELSPLQGFETKSDWNDLVKQQREISLGEVIQSTQAQVIRNHPLPKRETVLEL
Sequence
>4014..4028
TTCTTCTATCGTTTT
Sequence
>complement(4325..4963)
StreptococcusanginosusMLNKVKARFLIGVGGLVAVSFMVMIGYTIGSQSVSKQTEHQIRAEANKLVTKERQEEKATILSDELVKEFLTRYYTKVQLGENNTRIKPYMTDSAFSEEEANQKEAINQVYKDYMLDYRFESASIYVDTEENEALAEVSYQVTYVSDLSKQQQRTTQTETKTIKLSYSKVSDKLLVNHLTICNGKLENLKEATDGANSSIPNIQGDTTHETN
Sequence
>complement(5059..5349)
StreptococcusanginosusMMEQILQSSLLITALGLIFIVLFQIVKAATGLVLIGLIGSLAFMEIFGIYLFFTERNLYTEDLATNGIWSFTGFYIASNFLFFLTLMIRLWRKRVA
Sequence
>complement(5365..5664)
StreptococcusanginosusMAQTIEEMRYQLEEWLVQGFTSPEDRADYQALKEQYEDETLDVSFSKREIISQLEVIITTRENDFPDLDEVTKEDYLDLVSQLDELDKEQADYYRKQLT
Sequence
>complement(5734..6693)
StreptococcusanginosusPTDIQQRNGRLIRQGNLHQNVEIYHYITKGSFDNYLWATQENKLRYIKQIMTSKEPIRAAEDIDEQTMTASDFKALATGNPYLKLKMELENELTVLENQKRAFNRSKDEYRHTVSYCEKYLPIMEKRLSQYDKDIAQSLATKHLDFVMRFDNQAMDNRAEAGDYLRKLITYNRSETKEVRTLATFRGFDLKMTTRGPSEPLPETISLMIVGDNQYTVALDLKSDVGTIQRINNAIDHIIDDQEKTEEMVKNLKDKLQVAKVEVEKVFPKEEDYQLVKAKYDVLAPLVEQEAEIEEIDVALAKFNEGTQHQKQQQIALEI
Sequence
>complement(6660..8543)
StreptococcusanginosusMAGIRMENKIYEVGMYCRLSKDDGTDNESASIATQKSILTDYVKKQGWHLAKTYVDDGYSGTNFQRPSFQNMIKDIESGLINCVITKDLSRLGRNYLDCGLYLEVFFPEHNVRYIAVNDGVDTLNKSAMDITPFRNILNEMYSADVSVKIKSAYRARFQQGKFMGTTAPYGYVKDPADHNHLLIDDKVAHVVREIFDLALAGNGIAKIRKHINKQHILRPAAYAAEQGATGYERYFEENEENRYIWSENSVRGILRSPIYAGNLAGYKRIAANMKSKKRPSKLPEEWEVIPDTHEGIVTQEEFDTVQQLITSRRLPENKGGFENIFAGVIKCADCGYAMRAMSANRRKRPDIIDCVQYSCNNYGRYGNIMCTAHSIEARDLFNAVLTDINRFADMAVNDEKAVRAIEKRLTETDQSKAKALEKEQRKLNKRLAELDRLFSSLYEDKVMERITERNFEMMSGKYQKEQLEIEARLKEVTETLSDSYEKTQGVRDFLSLIRNYQGIKELDATIINALIDKILVSEREKLTDGMVRQEIKIYYKFIGFVGELHITPTKRWTALKPKNCTVCGVEYVPRSGISKYCPACAKKIQREKSNESKRRSRERNRQACIELSAKNDRLTSSNAMDV
Sequence
>complement(8598..8789)
StreptococcusanginosusMGEDKKADKKRKRIVPKAPVQMIISREYVGTQTVTEAFIPIISEDIRKKIAEGDTFDNEGLSA
Sequence
>complement(8860..9090)
StreptococcusanginosusMKEIQYEIVKEIAVLSKGDSGYTKEINLISWNGREPKYDIRSFSPNREKCGKGITLNADEAAALLEALQKEVNSGD
Sequence
>complement(9136..9990)
StreptococcusanginosusMKKQDFKVLKTKDLYPFPDNPFHVAEDETLSELAESIKEFGIVTPIITRPKEDGNGYEVIAGQRRVRASELAGINTVPAFVLPLDRDRAIITLVDSNLQRENILPSERAFAYKMKSEAMKRQGFRTDLTSSQVVTKLRTDDKVAQGFGVGRMTVQRFIRLTELIPPILRMVDEGKIALTPAVELSFLKKDEQENLFATMESEEATPSLSQAQRMKSLSQSGRLDMDTIFAIMTEEKGNQKETLKINTSKLKKYFPKNTTPKQMEETIIKLLERELQRKRGRDSR
Sequence
>complement(9999..10964)
StreptococcusanginosusMPYAILRFQKRKAGGVAACERHNERKKEAYKSNPDIDMERSKDNYHLVNPPRYTYKKEINRMVAEAGCRTRKDSVMMVETLITASPEFMNSLPPKEQKAYFTMALDFISERVGEKNILSAVVHMDERTPHMHLCFVPITPDNKLSAKTILGNQKSLSEWQTAYHERMSSRWNQLERGQSSMETKRKHVPTWLYKLGGRLDKQYEEIVSALSDINAFNAGKKRDKALELIAAWLPDVEKFSKEISKQSAYINSLKEQIGQESDYAGRMRDEKYEQELKVQKANQKIFELQRTNEQMGRLLSKIPPEVLEELQKNHKSRAKER
Sequence
>complement(10971..11150)
StreptococcusanginosusMTVTALARGYSKNTVIIDMTVMQGIRVTVEAVGRGYPKTAVTAVTAVTQRAVYPPKKGR
Sequence
>complement(11062..11448)
StreptococcusanginosusMTAVTAVTVILGYPAAVIPAGEHPVNAKCRRRIYPPFSACKTTPAVRKILPIFPTAFTGCNTLHFALQSRVPDVPSGLPYGRSYALLILRSTLRIKEWQHDGDGSCEGVFQKHRHHRHDRHAGNKGDS
Sequence
>complement(11481..12512)
StreptococcusanginosusMQKLQTVNAETLLYEPLEKPSFVVDSLIPTGLSLFCGSQKIGKSWLMLKLCLCVSQGLPLWDMPTMEGDVLYLCLEDTFCRIQDRLFRLTNEASRRLHFAVASCKLSDGLIVQLEDYLKDYSNSRLIVIDTLQKVRTASKDNAYASDYGDISLIKDFADRHSLAVIVVHHIRKQNDSDVFNKVSGTTGLTGSADATFVLEKEKRASDTAKLYVTGRDTPYQEYTLRFRDCSWELVERKTQEQLAKETIPDVLFRLVDFMRDKEEWAGTATELLAAMRETETIPTVITKWLNEYRTTFLNENHIVYQYSRKKHGRQISLAKRAGDSGDGGDSDIGIPPVTVIDA
Sequence
>24975..24989
TTCTTCTATCGTTTT
Click on a region to see details.
Intact (score > 90)
Questionable (score 70-90)
Incomplete (score < 70)
Viewer Options
Questionable (score 70-90)
Incomplete (score < 70)
Viewer Options
Length: 92890 bps
Phages: 1
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Click on a region in the genome above to show details here.
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Click on a sequence to see details.
Locus 1: F6I38_06750 (Region 1)
Locus: F6I38_06750ORF Start: 3198
ORF Stop: 4286
Strand: Backward
Protein Sequence: MTIIKAVKQKSILDVAESLGYSFRCLSGQVYEHPEHDSFRIFADTNTFKWFSRDIQGDVIDFVQLVTGVSFKEAVSYLETGDFKQTKTIEEIYKPFRYYLTEEPFQQARTYLTQIRGLSDEVINAFGRKGILAQACYQTKTFQESVLVFKSYNHHGQLEGASLQGLVKNNQRHVRGYLKKTMKGSHGHVGISFDIGTPKRLIFCESVIDMMSYYQLHQKQLSDVRLVSMEGIKLAVIAYQTLRLAAEEQGKLDFLDTVKPSRLTNYLYAIKDTTTYFKKHPEMIMLAVDNDEAGREFCQKLSEKGLPIVQELSPLQGFETKSDWNDLVKQQREISLGEVIQSTQAQVIRNHPLPKRETVLEL
Homolog/Ortholog Species: Phage-like protein
Homolog/Ortholog Protein: F6I38_06750, DNA primase, phage(gi422935771), PHAGE_Helico_1961P_NC_019512
Homolog/Ortholog E-Value: 2.94e-05
Locus 2: attL (Region 1)
Locus: attLORF Start: 4014
ORF Stop: 4028
Strand: Forward
Protein Sequence: TTCTTCTATCGTTTT
Homolog/Ortholog Species: Attachment site
Homolog/Ortholog Protein: attL
Homolog/Ortholog E-Value: N/A
Locus 3: F6I38_06755 (Region 1)
Locus: F6I38_06755ORF Start: 4325
ORF Stop: 4963
Strand: Backward
Protein Sequence: MLNKVKARFLIGVGGLVAVSFMVMIGYTIGSQSVSKQTEHQIRAEANKLVTKERQEEKATILSDELVKEFLTRYYTKVQLGENNTRIKPYMTDSAFSEEEANQKEAINQVYKDYMLDYRFESASIYVDTEENEALAEVSYQVTYVSDLSKQQQRTTQTETKTIKLSYSKVSDKLLVNHLTICNGKLENLKEATDGANSSIPNIQGDTTHETN
Homolog/Ortholog Species: Non phage-like protein
Homolog/Ortholog Protein: F6I38_06755, peptidylprolyl isomerase
Homolog/Ortholog E-Value: N/A
Locus 4: F6I38_06760 (Region 1)
Locus: F6I38_06760ORF Start: 5059
ORF Stop: 5349
Strand: Backward
Protein Sequence: MMEQILQSSLLITALGLIFIVLFQIVKAATGLVLIGLIGSLAFMEIFGIYLFFTERNLYTEDLATNGIWSFTGFYIASNFLFFLTLMIRLWRKRVA
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06760, hypothetical protein
Homolog/Ortholog E-Value: N/A
Locus 5: F6I38_06765 (Region 1)
Locus: F6I38_06765ORF Start: 5365
ORF Stop: 5664
Strand: Backward
Protein Sequence: MAQTIEEMRYQLEEWLVQGFTSPEDRADYQALKEQYEDETLDVSFSKREIISQLEVIITTRENDFPDLDEVTKEDYLDLVSQLDELDKEQADYYRKQLT
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06765, hypothetical protein
Homolog/Ortholog E-Value: N/A
Locus 6: F6I38_06770 (Region 1)
Locus: F6I38_06770ORF Start: 5734
ORF Stop: 6693
Strand: Backward
Protein Sequence: PTDIQQRNGRLIRQGNLHQNVEIYHYITKGSFDNYLWATQENKLRYIKQIMTSKEPIRAAEDIDEQTMTASDFKALATGNPYLKLKMELENELTVLENQKRAFNRSKDEYRHTVSYCEKYLPIMEKRLSQYDKDIAQSLATKHLDFVMRFDNQAMDNRAEAGDYLRKLITYNRSETKEVRTLATFRGFDLKMTTRGPSEPLPETISLMIVGDNQYTVALDLKSDVGTIQRINNAIDHIIDDQEKTEEMVKNLKDKLQVAKVEVEKVFPKEEDYQLVKAKYDVLAPLVEQEAEIEEIDVALAKFNEGTQHQKQQQIALEI
Homolog/Ortholog Species: Phage-like protein
Homolog/Ortholog Protein: F6I38_06770, putative DNA methylase, phage(gi374531875), PHAGE_Erwini_PEp14_NC_016767
Homolog/Ortholog E-Value: 6.74e-22
Locus 7: F6I38_06775 (Region 1)
Locus: F6I38_06775ORF Start: 6660
ORF Stop: 8543
Strand: Backward
Protein Sequence: MAGIRMENKIYEVGMYCRLSKDDGTDNESASIATQKSILTDYVKKQGWHLAKTYVDDGYSGTNFQRPSFQNMIKDIESGLINCVITKDLSRLGRNYLDCGLYLEVFFPEHNVRYIAVNDGVDTLNKSAMDITPFRNILNEMYSADVSVKIKSAYRARFQQGKFMGTTAPYGYVKDPADHNHLLIDDKVAHVVREIFDLALAGNGIAKIRKHINKQHILRPAAYAAEQGATGYERYFEENEENRYIWSENSVRGILRSPIYAGNLAGYKRIAANMKSKKRPSKLPEEWEVIPDTHEGIVTQEEFDTVQQLITSRRLPENKGGFENIFAGVIKCADCGYAMRAMSANRRKRPDIIDCVQYSCNNYGRYGNIMCTAHSIEARDLFNAVLTDINRFADMAVNDEKAVRAIEKRLTETDQSKAKALEKEQRKLNKRLAELDRLFSSLYEDKVMERITERNFEMMSGKYQKEQLEIEARLKEVTETLSDSYEKTQGVRDFLSLIRNYQGIKELDATIINALIDKILVSEREKLTDGMVRQEIKIYYKFIGFVGELHITPTKRWTALKPKNCTVCGVEYVPRSGISKYCPACAKKIQREKSNESKRRSRERNRQACIELSAKNDRLTSSNAMDV
Homolog/Ortholog Species: Phage-like protein
Homolog/Ortholog Protein: F6I38_06775, site-specific recombinase, phage(gi77020163), PHAGE_Bacill_Gamma_NC_007458
Homolog/Ortholog E-Value: 5.46e-27
Locus 8: F6I38_06780 (Region 1)
Locus: F6I38_06780ORF Start: 8598
ORF Stop: 8789
Strand: Backward
Protein Sequence: MGEDKKADKKRKRIVPKAPVQMIISREYVGTQTVTEAFIPIISEDIRKKIAEGDTFDNEGLSA
Homolog/Ortholog Species: Non phage-like protein
Homolog/Ortholog Protein: F6I38_06780, stage II sporulation protein R
Homolog/Ortholog E-Value: N/A
Locus 9: F6I38_06785 (Region 1)
Locus: F6I38_06785ORF Start: 8860
ORF Stop: 9090
Strand: Backward
Protein Sequence: MKEIQYEIVKEIAVLSKGDSGYTKEINLISWNGREPKYDIRSFSPNREKCGKGITLNADEAAALLEALQKEVNSGD
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06785, hypothetical protein, phage(gi100289), PHAGE_Bacill_PBS1_NC_043027
Homolog/Ortholog E-Value: 4.75e-20
Locus 10: F6I38_06790 (Region 1)
Locus: F6I38_06790ORF Start: 9136
ORF Stop: 9990
Strand: Backward
Protein Sequence: MKKQDFKVLKTKDLYPFPDNPFHVAEDETLSELAESIKEFGIVTPIITRPKEDGNGYEVIAGQRRVRASELAGINTVPAFVLPLDRDRAIITLVDSNLQRENILPSERAFAYKMKSEAMKRQGFRTDLTSSQVVTKLRTDDKVAQGFGVGRMTVQRFIRLTELIPPILRMVDEGKIALTPAVELSFLKKDEQENLFATMESEEATPSLSQAQRMKSLSQSGRLDMDTIFAIMTEEKGNQKETLKINTSKLKKYFPKNTTPKQMEETIIKLLERELQRKRGRDSR
Homolog/Ortholog Species: Phage-like protein
Homolog/Ortholog Protein: F6I38_06790, chromosome partitioning protein gp35, phage(gi255033718), PHAGE_Burkho_KS9_NC_013055
Homolog/Ortholog E-Value: 6.85e-12
Locus 11: F6I38_06795 (Region 1)
Locus: F6I38_06795ORF Start: 9999
ORF Stop: 10964
Strand: Backward
Protein Sequence: MPYAILRFQKRKAGGVAACERHNERKKEAYKSNPDIDMERSKDNYHLVNPPRYTYKKEINRMVAEAGCRTRKDSVMMVETLITASPEFMNSLPPKEQKAYFTMALDFISERVGEKNILSAVVHMDERTPHMHLCFVPITPDNKLSAKTILGNQKSLSEWQTAYHERMSSRWNQLERGQSSMETKRKHVPTWLYKLGGRLDKQYEEIVSALSDINAFNAGKKRDKALELIAAWLPDVEKFSKEISKQSAYINSLKEQIGQESDYAGRMRDEKYEQELKVQKANQKIFELQRTNEQMGRLLSKIPPEVLEELQKNHKSRAKER
Homolog/Ortholog Species: Non phage-like protein
Homolog/Ortholog Protein: F6I38_06795, plasmid recombination protein
Homolog/Ortholog E-Value: N/A
Locus 12: F6I38_06800 (Region 1)
Locus: F6I38_06800ORF Start: 10971
ORF Stop: 11150
Strand: Backward
Protein Sequence: MTVTALARGYSKNTVIIDMTVMQGIRVTVEAVGRGYPKTAVTAVTAVTQRAVYPPKKGR
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06800, hypothetical protein
Homolog/Ortholog E-Value: N/A
Locus 13: F6I38_06805 (Region 1)
Locus: F6I38_06805ORF Start: 11062
ORF Stop: 11448
Strand: Backward
Protein Sequence: MTAVTAVTVILGYPAAVIPAGEHPVNAKCRRRIYPPFSACKTTPAVRKILPIFPTAFTGCNTLHFALQSRVPDVPSGLPYGRSYALLILRSTLRIKEWQHDGDGSCEGVFQKHRHHRHDRHAGNKGDS
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06805, hypothetical protein
Homolog/Ortholog E-Value: N/A
Locus 14: F6I38_06810 (Region 1)
Locus: F6I38_06810ORF Start: 11481
ORF Stop: 12512
Strand: Backward
Protein Sequence: MQKLQTVNAETLLYEPLEKPSFVVDSLIPTGLSLFCGSQKIGKSWLMLKLCLCVSQGLPLWDMPTMEGDVLYLCLEDTFCRIQDRLFRLTNEASRRLHFAVASCKLSDGLIVQLEDYLKDYSNSRLIVIDTLQKVRTASKDNAYASDYGDISLIKDFADRHSLAVIVVHHIRKQNDSDVFNKVSGTTGLTGSADATFVLEKEKRASDTAKLYVTGRDTPYQEYTLRFRDCSWELVERKTQEQLAKETIPDVLFRLVDFMRDKEEWAGTATELLAAMRETETIPTVITKWLNEYRTTFLNENHIVYQYSRKKHGRQISLAKRAGDSGDGGDSDIGIPPVTVIDA
Homolog/Ortholog Species: Hypothetical protein
Homolog/Ortholog Protein: F6I38_06810, hypothetical protein, phage(gi100056), PHAGE_Gordon_Cozz_NC_030941
Homolog/Ortholog E-Value: 1.07e-07
Locus 15: attR (Region 1)
Locus: attRORF Start: 24975
ORF Stop: 24989
Strand: Forward
Protein Sequence: TTCTTCTATCGTTTT
Homolog/Ortholog Species: Attachment site
Homolog/Ortholog Protein: attR
Homolog/Ortholog E-Value: N/A
Lysis
Terminase
Portal Protein
Terminase
Portal Protein
Protease
Coat Protein
Tail Shaft
Coat Protein
Tail Shaft
Attachment Site
Integrase
Phage-like Protein
Integrase
Phage-like Protein
Hypotheical Protein
Other
Transposase
Other
Transposase
Fiber Protein
Plate Protein
tRNA
Plate Protein
tRNA
Download data as .txt file: png_input file_download