PHASTER

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Submission Results

Sequence Name: Not Available

GenBank Accession Number: WJYJ01000078.1

GenInfo (GI) Number: 0000000000

Download Results: WJYJ01000078.1.PHASTER.zip

Summary
Details
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gi|00000000|ref|WJYJ01000078.1| Bacillus sp. RIT694 78, whole genome shotgun sequence. 20751, gc%: 35.26%

Download summary as .txt file: summary.txt

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	19.3Kb	incomplete	30	31	1400-20751	PHAGE_Bacill_phBC6A52_NC_004821(6)	35.42%	Show

Region DNA

>1	 1400-20751
TTATGTCATACTAAGTGCTTTTGCGAATCGTAAAACACCAGATTTCCTCTTTCTATAATA
TTTCCCTCTCTTCATTCCAAGCATCGTATAAATATATTCATCATTTAACTCTTTATGATT
CATATACTTCATTTTGAGTATCTGTTGCTCGTCCTCATCAAGGGCTTCTTCAAATGCTCG
CTTTAATTGTCTATATCTGATTTCGTCTTCCGTACTCTTTCTAAGCTCTGGAAACATCAA
TTCTGCTCCAAATTCCGTCCGTTCTTGAATATTTTTAAATTTAACTTTCAGCACACGGTA
ATCTCGTAACTCTTCTATCACGAAAGGCCGTATTTCCTTTTCATTTACATATCTAGAAGG
TTGATTCATACGATACGGTTCCCCTCCGTTCGATCTACTTACTTATCAAAAAATTATTCT
ATCGAATTATCAATTTCATATTTCATTGTTTTTCCAATACGGATTGCATCTTGAATAGTA
AGTAAGCTAGAGCTTCCAATCATTTTTCTTTTCCTTTTAAAATACAATCTGTATCTTGGA
TGCTTTGCATAGCCTAGACCTTTACCTCTTTTTTTGTATTCCAACCTTATCACTCCACCA
TCAGGATATCTGTATATGGATTGTGACTTTTCATGTTCAGCTCTCATTTCCCTCCATCAC
CCTTTTCTACAAAATGAAGTTTTTGTTTAGTTTTTGTTTAGTTTTTGATTTCTCTTAATT
TTTCTTGCATTTCCCATATACCTGAATGAACTTTTTGGATATCTTGTTTTAACTGTTCCG
GTACTTCTTCCACAAGCTCAAGCACTGTATTTGCCCAGCTCATAAATTGAGAGGCATTTC
TCATATAAGCTAGTGCCTGGAATAGATAATCATCTTCTTTACCAATTGCTTTTAAATTTT
CTAAGTTTGGACGATGATCTAAAACATTGTCAGAGAACTCCACTGATTCTTCATCAATCC
CTTTTATTAAATGAATTACTCCAATCTCTTCATATGGCTGCATGTCATATCCACGTTCAC
CTAAGAACTCGACAACCGCATTCTTTTCTTTCCAAGCATTATCGCCTTGTCAAAATTTAA
TAGTAACTTTATTCACTGTTCATTCTCCTTTTCTAATAAAATAGCGTTTTTGTTCAGTTT
CACTCTAAAAGTAAAATTGTCATTTTTTCATTCAACCGAGTTCATAACATATTCTTTTCC
TCTGAAAAAATAATGATTAGGTGTCCCATGCGCATTTTATCCATTGGAAATAATACCTTT
CACGTACTTACGTATTAGAAACTTCATTTCTGCATCTTCTGCAATAGCAATTTTGTTCAC
TTTTTTGATACATTTATGAAACATTCACATGTTATCTTCATTATGTTCTATTCTTTTTGA
AGAACCATGTGAGAATACCAAAACAAGAAGCCCTAGAGCCCTAACTCTAGGGTCTTTTTG
TTTTTAAATAAGGATTTTGTTTCAAATGTATTCACTCTTTATTCTCAGCTTCCATATATT
TATACGGACTATAAAAAATACAGAATATAGTTCTTGGTCCAAGAGCACCGTTAGGGCAAA
TGGTGCTCTTTTCGATTCAAATAACTATTTTGTAGAATTTTTAAAAATTTATATATACTT
ATAATTAATAATTAGTTATACTATGAAAGTTCCTAACAGTCAGTATTATGGAATCGACAA
TTGCAATAGCTTTACTGCCTTGAGTCCTAGCATTTTAAACTAGGACTTTTTATTTTGTTT
ACACTCGCATTCGTGTAGCCACTCATCGCACTTATTGCAACAGCAATCACAATTCTCTAT
ATTTCTATCACACTGACTGCAATACTCGATCACTTCATAAATCATGTTGATTCCTCCAAT
CAGATAAGGATTTTATTGAGCTTTCTTTTCATCATTTTTCGTTTCTTTCAGTTGCTCCAT
TTCCTTCCTTACCGAATCATCAATCATTCTTCTTTGCATAGCTGCTTTTTTGTTTTCTTC
AGCTCTAAAACCAAAGTACATTAGCGTACATGTAACCATTGAACCTACAATAAATCCTAA
AAGGCATCCTAACCAAAACATAATGTAACTCCACCTTTCTGTATAAGATTCAAAATTGGT
ACTACTTTGCAACTCCCTGCGCTTTCCCAAAAGCTGCAGCTCTTTCGTTGATTCGTTTTA
ATATCCGACTAATTTGAGTTTGAGTAACCCCTACACGCTTCCCGATATTCCCTTGTGACA
TATGGTTTGAGTACATATCCCAGATCATTAACTCTCTATCTGGTAACGTCTTTTTAAAAG
AATGCATTACCATCTTTTCTTCAATCTCTTCTGTTTCACGTATCGAGCTTTCATCAACAA
GTTTTGACTCAAGTGTAATTTCTGCTTTCTCTCCACCTGAAGAATACATTACTTCACTTA
AATAACTTGGAATTTGCTGATATTGCATAGCTTCTTCTACTTCCTCGACAGATACGCCTA
ATTGCTGACTAATATCCTCTGGTTTTTCTTCTGTTAATCTTTCCCTTTGGATTCTGCCTT
TTAAATAAAATACGTCTCGTGTTACCTTGATCTTTTGATTATCTATAATTGCCCTTGTAG
TTTCTCCGTATATTTTAGGAATTGCTAAAGTTGAAAATTTGCATCCATATGCAGGGTTAA
AGTCCCTTCTCGCTTTAAGCAAACCAATCATTCCACTTTGAATTAAATCCTCTACATCTA
AGCCAGTAGTAGTTTTTATTGATTCCAAAACTGCTCCGTACTTTCCCCACACAAACTTAT
AAACTAGCTTTTTATATTTCTTCACAAACTCATCATCCGACATGGCTTTCACATCAACTG
CTTCAGGCATTCGCTCCACCCCTTTTGATTTCTCTCATATTAGTAGGACCTTTCCATTTC
CCTTCACTTTCCCACTTCTTTTTAAGCTTTCCAACATAGGTAAAGCTGCGATCATACATA
ATGCTGATTTCCTTATCTGGAATTCCCTGTTGATTTAAACCTCTTACAATTTCAGGTGTT
AATCCAACTGGAATTCTCTTTCTTGGCCCACCGTTCTTTTTTGGTTGTGTATCAAAATAC
CTACCCAACTGGCGTAATTCATCACCAGTCGGGCATGATTTACATTCATTAACACTAAAA
CTTTCGTTGGATGAGCGATTATAATAACAACGTCTGCATTTTTGATCGATAATGTCACCA
ATTTGATAAGTGATCTCTTTTCGTTCCTCTTTAGTAAGTTTCATACCGTTCACCTATAAA
ACTACTTTGAGCGCCATACCAAGCGCTTGTGTTTTCCCTTGCAGCTCAATACGATGCTTT
CTTTCCATTTCTGCCGTTTCTTCTGCAGCACCAACTTGAATATGCATTTTTCGTAGGTCA
TGTTCTAATTCATGATTCTTTTCCGCAATCGCATTAAATTCATTTAGTAATGTGTTGTAA
TCCTCATCACGAGATTGAAGCTGATCTTGTGATAGCTTTAGTGCATCTTCCGTTTCAAAT
CGTAATTTTGTTTCTGCGAAAAGATCTTGCGCTAATTTTTCTTTTATACCTTTTAATTCC
TCATACATTTTTGATACTTCACATAACTCTTTTTGCAGTGCATCTTTTTCATCAAGAATG
CCATTTAATCGCTCTTTCCAAGAAACATCTATTGTTTCTGTTTTCTCGATATGATCAACA
GCTACAGAATTTAATTCTGGCCGTTCAATTTTCGTTTTCTCAACCTTGTGAGGTTGTGGT
GATGGTTTTGTATCCTGAGAATTCTTTGATGCGCCTACACGTTTATTAGGCGTTCCGTTT
GCTTCACGCCTTTTAGAAATATGATGATACAAAGTCTTTTCATTTACCCCTAAGTGTTCA
GCGATATTTCCCCAAGTCCATTTCTTCGCATCTGCCTTACGTAATTTATTTGCTGTTGTA
CATAATTGATCCCAATTTCTTTGTTCAGCCATATGTTCCGTTCTCCCCTCGAGTAGGCTT
TCACCTAAGCTTTTTAGATTTTTACCAACTTCACAATTCTCAGCGCACCATGAAGTTTTA
TGATTTTTGCAGGCATTACTGTATTTCGGAACCTTCGTACACCCCTTGCACTGATCATCC
TGTATATTTAAAATCCTGAGTCGGATTTGACGTTTCTCCGCTTTGCTCAATCCATCACCC
CATATGAGATTGAAAGGTAGGTAGTACAACAAAACTGTCATACTACCAACCTGTATTTAT
TAATCTTCTAATGTTTCATCAAACGGCTTATCCTCATCAGTGACTTCGATTTCTTCGGAA
GATTGCGTTTCTTTTTCTTGTACCTGCTCTTCCTCTGTTGTTACCGCTTCTTCTGTCTCT
GTTTCTTCCTTCGGTTTCTCTTCTGCCTTTGGCTGCTCTGCTACATCAGGCTGCTTCTCT
TTCCATTCGTGCCATTTAATAGCTAATGGAGCGACACGCTTGCGGTACTCATCAATCACT
TCAATAATTTGTCCTGAAGACATATTAAGTTCATTCGCAAGCTTCAAGTAAGACTCACCT
TCCAGACGACGTTTCACGATTTCAGGCATTTTATTTGGCATTCCGTCAAAGCTTGGCGCT
AAACCACTTGTAATGAACTCATCAACAATTTCACGATCCGCTTGCTCTTTCTCTTCACGA
GTTTGAACCTTTTCTTCAGGGATATCAAAGTCAGCTTCTAACTGCTCAAATGATGGTTTC
ACCTCTTGCACGATACCTTTCTCATCAACTTCATACTGCGTTACAGGCTCGTTTGTTTTC
GTGTTAATTGTTACGTTAAAGCTAACTTGCATGGACTCTAATGCAATTAGCACTTTTGTA
TCAATCAAATCAGATAAAGCATCCAATTTACCTTTTAACGATGAATCCGATACTTCCAAC
ACAATTTCTTTCTTACCATCAGCTTTAAGATTTACTTTCTTTAAAGTTGGTTTGAATTCG
ATATATGACATATGATCCGCTCCCTTTATCTCGCTTTTTTAATTTTTTTCTCTTCACGTT
TTAACTTGTCGTACTCATCCAATGTGATAAATCCGCCATACTTGATAACATGCTTTAAAA
GAATGAGTTGTAAGTGTGGGTATTTATACTCAAACATTTTTCGCTTTACCGCGAACGTTT
CCGTTACCATACCCTTTATATCAACAACTTCCACATCACCATTTGGCAAATAAACCATGA
AGTCTGCCTTATATGTAATTGCTTGATATTTTTTGCCGTTCTTTATAAATGCTGGCTGCA
AAGTGAATCTCGGTTGTAATTCAAGATTTAAAATTTCACCTGCAGCTTTACGAACTTTTA
AACCATTGTAATAATCCGCTTCTGCTTTACTATCGAATATATGACCATCAATTTTAACTT
TCTTGTTATTGTACTTGCTCAATATCCATCATCCTGGCGTTGATGATTGACTTTGTTCTT
TTCCAGATATGCTTGCTCTATTTCTTCATGAGTAAAGCTGAGGTATTTTGTTCCTAATTC
CATAAACAAATTAAAAACTATTTCAACATCATCAGCTATTTGCAATTTACTGCCTGAATA
ATTATGTGCTGTATCCCACATTTCTCCTACGTAATAGAATAGCTTGTTAAATGTTCCAAC
CATTGTTTTTTCAGTTTCATCTTCGCAACGAAATTCTATTGTGATATCCAACTGATTACT
GATACTTAAAATAAAATGTAGTCCATCCACAAACTCTGTGAGAATGGTTTCTCTTTCACT
TGGGCCTTTATTACTCCAATGTTTAAAACAACGTGTTTCGTTTGCTAATTCAGCAATTTC
AACCTGTAGCGCTAAGATTAAATTACTAACTAAGTTTTGACCTTCTAAACCATGTTGTTT
AATAATCCGATTATCAAGTATCTTTTGTAATCCACGTAATTTTGCGATATTCATTATTTT
CTTCCTCCTTTCGCTTCGCTGATCAGTAAAGTGATTTCGTAAACACCATTTTGAAATTCT
GTCATTTCATCCATCCCCTTTAACATTTATTGGTCAATCCCACGAGCTAACACGATTTCA
AGCGCCTGTTCTTGCGTAAACCCTTCTCTGACTAATGCATCGAATCTAGCCTTATATAGC
TTTGCGAGTTCGTTGTGATACTTGATTTGTATCGGTAAGTTCTTTTTCATTGCATCCAGC
ATCATTTCGAGTTCAATATTTGAATAGTTACCGTTCTTCTCACTCATACCGCATACTCTC
CTTTTTGGTAGTTTTGCACCACATTACCCTCGTCATCGTAGTAAGCAATTTCCCAAAAAG
GATGGCAGTTGTGCTTCTCAATTTCCCCATCGAACAAAACGAACAAATTAGTTTTCCAGT
TTCCAACGATTGTACCCCACATGCCAGCTACGTTTACTCGCATACCCATGTAAGCAAAAT
GGAGGTTGCGGTAATTCTGCATTTTCTTAAATGCTTTCTCTGCGCTATACATACGCTTGA
TATCAAAAACACCCTCGTTCTCACACTTTACAAACTTCATAAATTCAACCATCGGCATCG
TTAGAAACTTTGTTCTAAACTTCTGCCAGTACAGGAATCTTGCTTTACTTTCCGTTTCTG
CTACTACAAATTCTTCGTTTGGCCAATGTTCGAAAACGGTAGTCAGTTTAAATTTGTACA
GGAGAAAACTCAATTTGAGCGCTCCCTTCTTTAGATACTGCTTCGTAAATATCAGTTGTC
GCTTTTTGGATTACCAGGATCAGTTCCGTGATGCTTTTAGATTCATTTTCTCTAAGCTCC
CTATTTAACAAGCTGATACATGCTTTTTCTAAAGTTGGATGAAAACTTACTGGTTTATAA
TCAAACACTGGATCAGCGCCTTCTTTTACCTTTTTGTTAAAACGTTGATTCACGATGACA
TTAAATGTGTCTGAAGTGATTTTGTACTTTTCTCCAATATTGATTTCCACTGTTTCTCCC
CCTTTTAACTCTTTTCCCATCTACCAATCCGAGTTAAATCATTCATAAACTTTTCTTGGT
TCATTTCGATAATCGCTGAATGCGTAATGAATATACTCGCTCGCTTTAATACCTTTTCTT
TAAGCCAAAGTGTTCTGCCGAAATAGTAGACATAATAAGTTCCGTTCTCTTTTTGTTGCA
GCATGACATTTCCAAACCGTTTGAATGTATTGCGAATCTCTTTCACCAAATCGTCCCACT
CTTTGTTAGCAAAGGATATTTTTGTATCGTTATACCATTTGATTTTTTCATAATCCGTAT
CATCATCTGGATCGCTAGTACAAATTGCTTTCCCTCGATTATTTCCGATTAAATATTGTT
CATACGTAAGTTGCGCTTGTTCTTGAATTGAAACGTGGTAGTAATACCCTTGTTCTACTG
GTTTTGGACTATAAAAGTTCCTCATTTCTCTCTCCCCCTTAATTCGCAATCAACTTACGG
AACAATTCTTCGTTTCTTGTGTCTAGTGCATGATCAATAAGTTGTGCTTTAGCTAGTTTT
TCTAAATCATTAACTACCTGTGCTAGTTCCAACCTTTCAGTAAAAGGTAGATCTGTTTCA
TCAGATACCTCACCTTCTAATACCTCAATGAATAACGGATATCTGAATTTATCAGCGAAG
TTTAATTCAATAAAAATTGTTTCTTTTTGATTAAAACGGATCTGATCAAAAGCTTTGTCT
GGATCATCAGAAACTAAATTGTTTTTATAAAATTTAAATGGTACTGTTTTTGTGCATTGC
GTAGACATAAACAATGAAATTGGTTTATCGAATTTAACTCGTTCTACAAAATGAACCCTT
TTTAATGCCCCTTCATTTTTCAGTAAATATTCCAGAATCCAAAGGCACTCTCTCCATTTC
ATTTTGTAATGCTCTTTGAACCATTCAATAAACTCACGCTTTTTCTCAACCGACACGATG
CTCATGCAGTAACCCCCTTTTCCATCCTTCAAATTTTTCTATCCAAGCATTCCATTTTTC
TTTTTGCGTTGCTGCTTGCTGCTCTGCTACCTCACAATTACAACCCTCAACCGTTATCAT
CCCAGGATAAATTTCTTTATGAACTACGCCAGTGTTACTGCATGTCATGCACATTTTCTT
CACTCCTTTTCACGATAATCATCGCCTTCTACAGCGATTAAATAATGTTTACTCATGCCG
AACAAACGGCTCTTTGCTGCATAACCAATCTTTTCAGGTAATGTTTCATCATCTTCATTA
GAGCTGTATAAAATCGGTAAATTATGTCGATACCGATAATCAATAATTTGATAGTAGAGG
TTCTCTTTCGCTTCTGACCATTTTGACTTCCCTAAGTCATCCCAGATGAGGACCTCTACT
TGTTTTGCGTGGTTTAACAATCGGTTAAATTCTTTCTTATCATCGTTCATCATCTTGGCT
GCAATGAGATCATCCATGAAAGTTCCGTCTGATATGAGCAGTACGCTATGCCCTCGTTTC
ATGAGATACTTTGCTGCCGCTACTTGAAGATGTGTTTTACCAAGTCCAAAACTATTATGT
TCTCTTTTCGCTTGCGCTCGCTTTGCTGGCTCTAATTGCTTAATTCGTAACTCTCCAAAT
GTTGCGATGAAGCCCAGGCTATTTTGTTTTGTATCCTTGATCTCTTTGAAGTTCTGTAGG
TATTTACCCATCGTGCTATACAAAAGCTTTTGTTCTTCTGTTTCTCTTTTGTACGAATCA
AACCGAGCATCTGTAAATTCTTCTGGAATCATCGCGTTCTTCAACCTGCGTTCCATTACT
CGTTGCGCTTTGCACTCACAATCTTTTTGCATAGATACTCGCATACCGAATTCATTCACT
TCTTCGTAAAAAACTACTTCTGAATCCTGACATTTTAAACATCTATACTCGTTTAATGAA
GCTTGGCATGTTACGCTCTCGGCTTGCATTTTCTTCCTCATAGCTTCTGCTCGTACCATA
ACCTCTGCCAGTGCGTGCCCTACGTGTTGCATTTCCAACACCACCTATTTGGTTTTTATA
ATCCTCATCAAGCTTGATTACATCTGCCATTGTTTTTACGTTACTTTTTTGCCAATTGAA
TAAAATACCGCTAATGTATTTCCATCGCTTTGCGTTCTGATCCACTGCTCTATCGACAGC
TTCCATAATGATTTGACTTCCTAATACATCACTGAATTCCCCGAGGTCCTGCATAGCCGT
TTCACTTAATGGAATATTGTTTCGTAAAAGGTAGTTATAACTTTTCTGGAATTCTTCATC
TGTCAGAGGATGCTTATCTACATCATCATTATTTAGATTAGTACTTGGTATTTCAGTACT
TAGTTCTTTAGTACTTAGTAGTGTCGGATTTTCCACAAGTGGCTTTTCCACTTCTGGGTT
TTCCATATGTGGTTTTTCCACAAGTGGCTTTTCCTTATGTGGGGTTTCATGAATTTCGGT
TTCCCAACTAGTTATTTTCTTTGTTTTTTCATCCTTAATGGGATAGCGCTTTACATACCC
CGCCTTTTTCAATTCGTTAATTCCTGTCCTCAATGAATCTTCACCATCTTTAGCGTGTTG
AGCTAATTCACTGATGTGGAATGTCCAATCATCAGGTAGTGTAAGTGCATACGCTAAAAT
CCCTTTAGCCTTCCAAGACAAAGTTTTATCCTTCAAACCAGTGTTATTTATAACCGAATA
ATTGTTATCTTTCTTGACTCGAAAAATCCCCAAAGTGTTACCCCCTTGTGCAAATCGCGA
TGTACGACCCATTTTCCTTAATTACTTTCTCTATCCGATAACCTGGATAACCCGTTTGTA
TATAACGTGCAATCGACTGTTTCAATTCATCTTTTGATTGTGCTCTCTCCCACAATTTGC
GAGAGAGAAGCACTTTAGATTTATTACTCACCTTCAATCACGAAATCGCCTTTTCCGTCT
CCTTCAGCTGACATTTCTACTTCACTTTGATCCACTTCGATAAATTCTGGTTCTTCCGTA
ATATCTTTGCGAACCACTTCGTCATGCTGCGCTTGTGACTGAACCTCAATGCTGATTGGT
AGGTATTTGAACATGTAACGAACCACCGTTTTCTTTGCCATTTCATCATAGTCACTTGCC
CAAGGGCTATAACTTGAATTAGCTGCTGCAGAACGTTGACGGCGCTTTTCGATTTCACTC
TTCGGCATAAACTCCATTTGATGTCCACCATCTTTGAAATGAGCTACTGCATAAGCCCCA
ATAAACTCACCACGTTCACCAAATGATGGCTTATGCTTTAACTGCGGATGTAAGCCAAGC
TCATATTCGAACTCATCGTTTTCATATACTGCATGTGCGTAAATACTTTGAATATGGCCA
GAACGTCTAGCTAAATCAATCATCCCTTTGTAGCCGATAATGAACTGAACTTCCATTTTG
TTTTGTTTTTTATTTTTGAACGGTAATAAGTAGCAATGACCGAGTAAGCCTGGCTCTAAG
CCTAATTGCACAGCCTGCATAACAGCTCCCATAAGAGAAGGAACTTCACATTCTAATAAC
TTCGGATTCGTACGGATTGTTGTTAGTGCGATACGGCTCATACGCTCCATACTCATGTGC
TTTGGTAACACTTCTGCAAAACGTGGAGCCATTTTCTTCATATAACCTTCAACCAATTTA
TCCGGTGTTGCAGGTGAGTTTGTCTTACGATTTACTAATTGATTTTTCACATCTTGATTA
GTTGCCATTGTTTAGTTCCTCCCTTATTTAACCGTGAATTTTCTTGATTTAGATTCTTTA
ACATACTGCTCAAATAAATCAGGGTGTTCAGCTTTAAATCGCTTGCTATCAAAACGATTT
GTTGTATATGACTTCCAATAAATTTTGTAGTTCTCCGTTCCACCAACTTCATTGGTACCG
AGTTTCGCTTTGATTTTATTTTCGTACTCTGCTTTCTGTTCTTGGAGTACTTTAATTTCT
CGGTCCACTTGATCACGAGCTTCAATGAGAAGCTCTTCTTGCTTACCTAAACTCACAAAG
CTATCTGCAATAGACTCTGGGTATAAGTGTTTAAGTAATTCTGTTGATGCATCCGAACCG
TCAAACATCGGTGGTTCGTGCTTCTCAACATTATTGAGCCAGAAGTCTTTTTCAATATCG
ATAAGGTATTGAATCAATTCCTCATCGCGTTCAATTTTTTTATGAACAAACTTGTTACCA
CCAATCAATACCGCAATCCACCATGCTTCATAGCCTGTCACAGCCATATAATGTTGACAT
TGCAAGAGATAAGCTGCTGGAATTTCTTCGCCTTCCCACTCTTTTTTTAAATATTCCGAC
GCCGTTTTGCATTCGAGTCCAACTCTTTCACCAACAATTAATCGGTCTACATTTGCTAAC
ATCCACGGATATTCAGGATGCTGAAGGATTGCATTTCTACGTTGTACTTTTAAATCCGTA
CGCTTTGAAAATTCCTTTGCGACTACTTCTTCCAGAACGTTACCGAAGTATGCCGCTTCA
CTTTGTATATCTTCTTTTTCAATCGCTTGTGTTTTTTCAAGGAACACTTGAACTGCTGAT
TTCCATTTATTTAAACCTGCAATTGCAGATACATCTGAGCCGCCAATACCTTGTGTTCGT
GCTTGCAACCACTGATCGTGGTCCATATTGAGTGTATTAACCAATACTTTTGCTTGCATG
TTCTATTCACTCGCTTTCCGTGATATACTAGCCATAACTTATCTTTTAAAGGGAACCCAT
TGCCGTGGGTTCTTTTTTATTCCCCTGCGGTTTTCTTCTCAAATCCCAGCTGCGTAATCA
TGTAATCCATCATGTTTTCTCTCAAAACCACTTCGCCATCTGGTGCGATTAACAACTCGT
CACCTGGTAGAATTTCATTACCTAATACATCTTCAACTGGATGGTCTATCATCTGTTCTT
GTGGATCAGATTTGCCATAGCCATTGTGCATCGACATCGGGTTATCTAGCATCTTGTTCA
CCTCCTTCATCAGAAGAATGGAATATGGTATAATTATGCTAAGTCATACTTTTTCAAACC
GTTCTAGGGGTAGGACGGTTTGTTCTGCTTTTACCCAACTTCCTCACAAAGAGTAATGTA
ATGAGCTCTTACCACCGAACTTGCATCAACACCTTGACTTCTTAACCGCTGGATAATTCC
TAAAATGTTTTTACGATCTCTTTCATGTTCTTCATCATATTTTTCTTTCGCTCGATACAG
TGCTGCAAGTTCCCTTCTTGCCAGACGCGCTTCCTTTACCCACTCACGTAATAACTTTTC
ATCATGTGTTCTTAATGCTTCAATTTGCTTCTGTTCGCAATGTTTTAAAAATGAATCTAA
CGTTTGTTTCTTTTGTATGTCCTTTTGTAATACTGGCGCTGTAATGCTCATATTCTTTTC
ACCTTCCTTAATTGCTGATTTTCTTGCTTCAGCTGTTCATTCTCATTGATTAGCTTTTCG
AATGTATCAAAAAGCGCTACGCCACCCATGAATAACACGATAACCACCGCTGTGATAATA
AGGCTGAGTGAACTTTCAACCAACATACGGTTCCTCCTTTTTTGCTTCAAGCCATGCTTC
TAAATCTTTTTGTAAGAAGAGTAATTTACGTCCATCTCGGATAACCGGAAACTGCGGATG
ATTTGCCAACTCATACATTCTGCAAACTGCGATGTTAAGGTAAGCTGCCGCTTCTTTCAC
TCGCATTACTTTGTTTGGTTGTGCTTGTTGCTGGAATGAAGCTAACGCTGCTTGGATTTC
TTCACGAACAACTTCACGGATTGACTCTTTAATAATTTGATCTAATCCCATTTTGTTTTG
CTCCCTTCAAAATTCGTATAACATGTGTATCTTTGTACTCCCTCTCTTAAAGTTTGAGAT
TATTGGACTTAAGTTCCTGAAAAAAGACTAAAAACATCTTCTTCTAATACTTGAGCCAAT
TGTAATGCATCACCTAATGTAGGTGTTGCATAGCCTGTTTCCCAATTACTTATCACTGTT
TTCTTTTTATTTATCTGCTCTCCTAATGCTTTTTGTGTTAACTTTTTGCGTTTGCGAGCG
TTGATTAAATTTTGTCGTTTCTTTCCCACGATGACACCTCCTAAAATCCAACTTATTTGG
ACTTCTTGTATTCATTATATATCCAATAAAATTGGATTGTCAACTGTATTGTTTGATTTT
CTTGTACTTTTATTCATGAACTAAAAAACTAAAACAAAACCATTGAAAAAACTAATGCAA
AAGTATTGCAAACAAAGTACAATTTAATTGTACTTTTATTTGGTCAATTATTTTTTACTA
CTTTGGAGAATATATATTAACGGGGTGATTTTGTGACTACTCTGGGACAGAGGATAAAAG
AAACCAGAAAAAAACGCGGCTTAACTCAAGATGGCTTAGCGTTAAAAATTAAAGAAAAAA
TGAATACGGAAATCAAAATGAATAAAACCACAATTTCTAATTATGAGACTAGTTATAGTT
CTCCTTCTAATGAACTTCTAGTTGTAATTGCAGACGTTTTGAATGTATCGGCTGACTTCT
TATTAGGAAGATCTGACGATCCAGAGTTAAATGCAGTTCAGTATACTGAATTAAGAAAAG
AATTCAATGAGCTAATTGATGTGTTAGAAAAAATGCCAAAAGAAAAACAAGATATGTTAT
TGGATATGATGAAGGCCGCTGTGGGCCCTAATAAAAAATGATTGTCAGCATTTAGGCTAA
CAATCATTTTTTTCTTTTTTAATTATATCCTTTATTTTTTCTATCTGTTCTTTTTGTTTG
GCATCTTTTGTTAACACATCAACCTTCAACATTTCCCACAATGTATTCGCTAATACATTC
CCCATATTCTTCCCCCATATCTCCTCAAGTTTGTGAATTGAAACACAAACGTCATTTTTT
AAGACGCTTTTCAAAAAAAGTGACACCCCGTAAAGTACGAAAGACACTACAATTAAGTAG
TGTCTTTTTATAACTTATAGCCCACCTGGGTCTACTTGCTGATATTGTAAAGTAGGAGTT
CTTAGCCCTCCTGGATCCATTGCATATTGCTCTAACACTTGTTTATCTTTTGTTTGGTGA
ACTTTAGTTAAATCGGTAGAAGTTTGAAATGCAAATCCTAATGCTAATGTACATAAAATT
GTTGCGATAAACTTTTTCAATTAACTCACCATCTCTTTCATCATGGCTGTTTGGACAACC
TTTATATAAAATATATTACCATTTTTAGCGAACTCTTCCAACGATTTATTCAAATATTCT
TTATTTTTTTCTGGATATGCATAAGAGAGATAATACAACTGGAATGGGGTTAGTTTATCA
TTGTCATTTTCTATATTTTCAAGTATTCTTTTCGCTACTTCTCTATCACCATATTTTGCT
TCATAAAAAGCTATGTCCGCTTGCTCAATGCACGAAAAATCAATTTTGTCTAAATTGAAA
CCAAATTCTATGTAAATAAATGCTAAGGTAGTTTTAAAAGACTTGTATTTTCGTGTTTGT
TGGAAAGAAGGTACATCCTTCAAACAATCAATAGCCTTTAAAATGTACTCTTCTGCCTTT
AACACGTCCGTAAAAATATACGACTCCCCTAAACAACACAAAGCTGTCGCCTTAATAAAT
TGTAAATCTAAATCTGATTGTAATATCTTGTTACAAACAATGCGACTTTGTTCAACATTG
CTATTAAGTAATTCTACATATGCTAAGCGTTCATAATAATGCATCTGTAAATAATCATGT
ACTAACGAGTTTTTTATTTTAGACAATAACCCTTTTGTTTTATTGGCATGTGGAATCATC
GCGCTATAGTTTGCAGAATCATACATACAAATCGTTAACAACATTTCGATAAGAGTTTTG
CATTCTGCATCTTTTGAAACATTAAGATCATAAACCATATTTTCTAAACTCCTACCACGC
GCTTCATTCTGATTTCTTTTATTAAATAATTCATAAATCACAATGTATTTTTTCAAATCA
TCATTTTCTTTATGTTTTCTTACTAAGAAATGAAGAATGTCATATTCACCTGATGCCTGA
CAATAACAAAGTGCTTTTCTTATATTTAGATCGTTTGTACATTTCATAATAAAAGTTTTA
ACTTTCATTCTGATTTCTTTGGGATGTGTATACATTTTCTTCATTAACTTAATAAAAGCT
TCTAATTTCATTTCATGGTTCATGTGGAGGCCATTCCAAAGCGTAGTGCGGCTAATATCG
ATTTCCATAGCTAATTTTCGCATGCTCAAATTATTAGAATTGATTGTTCCCAATACTTCA
CTCATTAATTTCTTCATTATGTTCCTCCCAGTAGAACCAAAAGACAATTCACCTTTCTCA
ACATGATTAAACCTCATATTAATTTTTATTGAACACCTTTATGTTATAATCAAGAAGTTA
CACACGTAACCAAAGAAAGACTTATGGCCGATGTTCCCTTTGTGAGTTGGGTGAACGGTG
TAAGAGTGCACCACCACTACTTACACACGCTGTGAGTCTTTTTTTGTTCTTTATTATTTT
CTTTAAAATCAGTTTATCACAAGATTTAGAATCTTCATTCCACTAAAAGTAAATTCATGT
TGAGAAATTTTTTTTCGAATAGTCCATTTTCTCACTAAGAATATTTTACCATCACAAGAA
CGTTTGTTCTAGTTATTTATATATAAATTATCACATTACGTGACAATTACTATTATATAG
ACAAATTTCATGACATGTATAGTCTAAAAATTCACATGTATTTATACTGAAATTATGAAT
ACATTTGGAGAAAATTTAAAAAAGTTTAGAGCAAGTCGTTCTCTTACTCAATCAGAATTC
GGTGACAAGGTGCAATTAAGTCGTAGTCAAGTTGGCAATTTAGAAATTAACTATAACCAG
CCTGATCTCGACACACTCGATCGTATCGCAACATATTTAGGTGTTTCTGTCGATGTATTA
ATGGGTAGAACCAATTCACCACACGAAAAAAACATAGCAAATGCCCTCGATGAAATTCAA
ACGGTTTTCGCAGGCCTGGATGAATCTCAACGAGAGCAATTCTGTAAACAACTCGTTTTA
TATGCAAAATTTCTTAAAGCTCATAACGAACTGTTATGAGTCGATTGTAGTAGAAAACTT
TTCCAATCGCAACGGTAAAAAATAACATATTTTTACCAACTAAAAAAGAGAGCGTAATGC
TCTCTTTTTTATATTCCCGTTCCTGGGTCTTTCATGTATCCTCCACCCGGGCCTGGATCA
TAAGATAACGGGCTCCCACCTGCGCCACCTGGATCAGAAATTACTCTCCATCCTCCAGGG
TCTTTTATGTAGATATTCATTTTGTTTCTCCCCTTTGTTATATACACCTGGGCCTAAAAT
TGATTTCCAACCCGTCCCCCAGTCTCTTCTTTGTAATCCCAACCACCACCGCCAGGATCA
GTTACTCTGTAACCACCAGGGTCCTTTGTAAACTCTCCCATGTTTTACCCTCCTTTTTTC
AATATACAAATATTGTAACTCAATTCTTTTATATCTGTATATTTAACAAAAAAAGAGAGC
CAAAAAGCTCCCTTTTGCTAACATGTTGTTTGATTAACTCCAGGAGGGCACGGTATATTA
TTTGCAGTCGCTGTTGGAAGCACTATTGTTCCACCCGCTACTAATGAACTACATTGTATT
GTCTTGTCACAAACCGGTACACCCGTACCTGGTACTATATTAAATGTATCTAGAATTACA
GAATTACAATCTAAAACTGGAACAGTAGGTATTTGAGTACTTTGACCAATTATTTCATCT
ACACATACACTGCCTTTACAGCATATATAACCTAACTGATCACCATTAGTTGTAACATTA
CATCCATCCGCAGTAAGATTTACTTCCCCACCACACTGAGATCTCACTGCTATAGAAATT
AGATAGGGAATGCAACCTGTAATTTTTGCAATATAGCAAGTACCAAAAACTGGACCACAC
GTCGTATCACAACAAATTTGTTGTGATACTATATTAGTAGACAAGCACTCTGTGCTATAT
ATAAAACGAGGATTTCTATCAGTTGCCGGCACAAATCCTTCAGGCAAATCAATTGTACAA
CAAAAAACTATTTGGGGTCCCTGTCTCTGTTCTTTTAATTCAGCATTTAAATTAGTCTCC
TCTCCCCGTCTCAAAGATTCAGAATCATTTTTAGGAACAAGAACGTTCCGCTCATTATAT
TCAAACTTCATACCAATCCACTCCTATTATTCCAAATTCATACAAAATTATAATAATCAT
TTAATTTCTTTTTGAGACTGTACCCCCAAAAATTTTTTATCATTATATTTAAAACAATTA
GAAATTTATATATACCTATGTTATTAGACGCTTCATTCTTGTAAATTTTCTTTTACAGAA
ATGAAGCACATATCACAGCTTGTATCTAGAAAACGAATATGACGAGGTGAAAATCATGGC
TTACTTTCGTAAACGTGGTTAGAAGTGGTCTTTTACTATGTATGTTGGCAAAGACCCACT
CACAGGTAAACAGAAATAAATCACTAAAGGGGGTTTTTAAACAAAGAAAGCTGCCCAGAA
AGGATGCTCCAATTCTTTTATATCTGTAAATTTATTTTTCTGTAAATCTAGATAAATTGT
TTGTACTTCCTCATTCTATATTTATAAAAAAGCATACCATTTCTTTATATTGTAAATATT
CACCTTGTAAAAGTTTAAAATCACTTTCTATAACTGGATTTGTTCATATATGGTAAAATA
TATCCATCGCTGATATGTCCAACTTTGTAATTTTCATAGCAGCAAAATTACAACTAGACT
TATACACCATGATTCAAAACAAAATGAAGGAGTGTTTTAAGTGAAAGGACATATTCGAAA
AAGAGGAAATAAATATTGTATCGTAATTGACATTGGATCTGATCCAGAGACAGGAAAAAG
AAGACAAAAGTGGTTTTCTGGATATAAGACAAAAAAAGAAGCACAGGCTGATGTTGCGAA
GAAGATTACAGAATTAAATGAAGGAACTTTTATAGAACCGTCTAAAGTTACGTTAAAGGA
ATATCTAAATCATTGGCTAGAAATTAAAAGTATGAGTATAGAAAGAAGCACCTTTGTCGG
CTATAGAGCATTTATAAACCAACATGTTATACCTAGTATAGGAATGGTTGCGCTCCATAA
ATTAAATGTTATGCACATCCAAAAATGCTATAAAACTGCAATAGATAAAGGTATTGCAAA
CAATTCTATTCTGCTTATGCATAGAATATTAAAAAGCGCTTTAAATCTAGCTGTAAAACA
AAATATTATTTCTCGAAATCCAGCTACTTTTGCAGAGATACCGAAAAAAGAAAGAACCTC
TATCCAGACTTGGACAGAGGAAGAGGTAAAAAAGTTTCTTTTGCATTCACAAGAATCACG
ATATCACATTGGGTATCTACTTGCAATAACTACAGGTATGCGTATGGGAGAAGTTCTAGG
CTTACGATGGCAGGACGTTGATTTTGAAAAACACACCGTTACGATAAACCAAACATCTGG
CCATGACAATAAAATCAAAAAAACAGCAAAAACAAATTCATCAAAGCGTACTATTCCTGT
ACCTAAAGAAACTATAGAATCCTTAAAAAGACATAAGCTTTTAATTAATAAAGAGAAATT
AAGGTTTGGCTCTGCTTATCAAGATCAAGATTTAATTAATTGTAATGAGTTTGGAAGAAT
AATAAAAAAAGCGCATTTCAGAAAAAGCTTCATTAGAGATACACATAAAGCGAGTATACA
AGAAATTAAATTCCATGATTTAAGACATACACACGCTACTATACTATTGAAGCAAGGAGT
TAACCCTAAAATTATCAGTGAGCGATTAGGTCATACAGACATTTCAATGACATTAAGTGT
GTATTCGCATATATTACCGAATATGCAAGAAGAAGCTGTTAAAAACTTCGGTAAAAGCAT
CTTTGGATAACTTATGTTTGCAAAATGTTTGCATTTTATAAAAACAAGTCAAACAAACGT
TGTTATATCAAGGTTTGTTTGACCTAACATCTTATATTCTTGATAAAACCTCCGAATTCC
TATTGAAACATTTAATAACGGAATATTCTCGCCACCGCGCGTGATACATTCGAACCGATA
TACATAGGCGAAATAATCTTGTGTTTTTTCATCTTTAATAGGCTCTGACATTGCCTCACA
AATATTTTGTGATCTAAGCGGAGAAAAATATATATCTTCTTCGTTAATATTCTCTAATCG
TACAGATTGTTCACAAAAAATATGTGAAATTAAAGCGGGCAACCACTTAGAATATACTTC
ATTATCATGTAGTACTGTTAAATTAGAAATTAAATCGTAATGCCATTCATATTTTGGCGA
TTCTATTAATTTATTAGGTTTCCAATCATGTATAACCTCATACCAACTTTGGAAAATATA
ATCGAGTTGTTCTTTTCTAATAGGTTCTTTGC

Region Details

Region	1
Region Length	19.3Kb
Completeness(score)	incomplete(30)
Specific Keyword	tail,lysin
Region Position	1400-20751
# tRNA	0
# Total Proteins	31
# Phage Hit Proteins	25
# Hypothetical Proteins	6
Phage + Hypothetical Protein %	100%
# Bacterial Proteins	0
Attachment Site	yes
# Phage Species	17
Most Common Phage Name(hit genes count)	PHAGE_Bacill_phBC6A52_NC_004821(6) PHAGE_Thermu_OH2_NC_021784(4) PHAGE_Staphy_SpaA1_NC_018277(4) PHAGE_Bacill_BceA1_NC_048628(4) PHAGE_Bacill_PfEFR_5_NC_031055(3) PHAGE_Bacill_phIS3501_NC_019502(3) PHAGE_Bacill_1_NC_009737(3) PHAGE_Bacill_phBC6A51_NC_004820(3) PHAGE_Geobac_GBSV1_NC_008376(3) PHAGE_Bacill_PfEFR_4_NC_048641(3) PHAGE_Bacill_vB_BceS_MY192_NC_048633(3) PHAGE_Bacill_phi4J1_NC_029008(3) PHAGE_Bacill_vB_BtS_B83_NC_048762(2) PHAGE_Bacill_Waukesha92_NC_025424(2) PHAGE_Bacill_BMBtpLA_NC_028748(2) PHAGE_Bacill_BtCS33_NC_018085(2) PHAGE_Bacill_250_NC_029024(2) PHAGE_Bacill_vB_BtS_BMBtp14_NC_048640(2) PHAGE_Bacill_phi105_NC_048631(2) PHAGE_Bacill_IEBH_NC_011167(2) PHAGE_Aeriba_AP45_NC_048651(2) PHAGE_Bacill_phi105_NC_004167(2) PHAGE_Paenib_Vegas_NC_028767(1) PHAGE_Geobac_GBK2_NC_023612(1) PHAGE_Lister_A118_NC_003216(1) PHAGE_Bacill_phi4B1_NC_028886(1) PHAGE_Staphy_11_NC_004615(1) PHAGE_Bacill_Moonbeam_NC_027374(1) PHAGE_Staphy_B236_NC_028915(1) PHAGE_Bacill_SPP1_NC_004166(1) PHAGE_Bacill_phiAGATE_NC_020081(1) PHAGE_Bacill_SPbeta_NC_001884(1) PHAGE_Clostr_phiCT19406A_NC_030950(1) PHAGE_Bacill_phiCM3_NC_023599(1) PHAGE_Staphy_phinm2_NC_028913(1) PHAGE_Bacill_JBP901_NC_027352(1) PHAGE_Staphy_69_NC_007048(1) PHAGE_Bacill_Fah_NC_007814(1) PHAGE_Bacter_Lily_NC_028841(1) PHAGE_Paenib_Jacopo_NC_048718(1) PHAGE_Lister_B054_NC_009813(1) PHAGE_Clostr_phiCTC2A_NC_030949(1) PHAGE_Staphy_42E_NC_007052(1) PHAGE_Paenib_Yerffej_NC_048714(1) PHAGE_Bacill_Eldridge_NC_030920(1) PHAGE_Bacill_Bcp1_NC_024137(1) PHAGE_Anoxyb_A403_NC_048701(1) PHAGE_Lister_A006_NC_009815(1) PHAGE_Bacill_WBeta_NC_007734(1) PHAGE_Bacill_vB_BhaS_171_NC_030904(1) PHAGE_Lactob_iLp84_NC_028783(1) PHAGE_Bacill_Blue_NC_031056(1) PHAGE_Bacill_Gamma_NC_007458(1) PHAGE_Bacill_G_NC_023719(1) PHAGE_Brevib_Abouo_NC_029029(1) PHAGE_Paenib_PG1_NC_021558(1) PHAGE_Bacill_BCP8_2_NC_027355(1)
First Most Common Phage #	6
First Most Common Phage %	19.35%
GC %	35.42%

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)

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.

Method 2:

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).

Method 3:

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.

Compared the total score of method 2 with the total score of method 3, the bigger one is chosen as the total score of the region.
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|WJYJ01000078.1| Bacillus sp. RIT694 78, whole genome shotgun sequence. 20751, gc%: 35.26%

Download details as .txt file: detail.txt

Hits against Virus and Prophage Database

Hits against Bacterial Database or GenBank File

Region 1, total 33 CDS

#	CDS Position	BLAST Hit	E-Value	Sequence
1	complement(1400..1768)	PHAGE_Bacill_phi105_NC_004167: hypothetical protein; GJV13_25550; phage(gi22855040)	5.68e-21	Show
2	1521..1532	attL	0.0	Show
3	complement(1813..2046)	hypothetical protein; GJV13_25555	0.0	Show
4	complement(2097..2342)	PHAGE_Bacill_vB_BtS_B83_NC_048762: hypothetical protein; GJV13_25560; phage(gi100060)	1.77e-43	Show
5	complement(3272..3460)	hypothetical protein; GJV13_25565	0.0	Show
6	complement(3501..4211)	PHAGE_Bacill_WBeta_NC_007734: putative RNA polymerase sigma subunit; GJV13_25570; phage(gi85701416)	1.76e-67	Show
7	complement(4222..4623)	hypothetical protein; GJV13_25575	0.0	Show
8	complement(4633..5580)	PHAGE_Bacill_BceA1_NC_048628: tail tip protein; GJV13_25580; phage(gi100054)	4.39e-06	Show
9	complement(5599..6330)	PHAGE_Lister_B054_NC_009813: gp58; GJV13_25585; phage(gi157325342)	3.73e-10	Show
10	complement(6345..6761)	PHAGE_Anoxyb_A403_NC_048701: endolysin; GJV13_25590; phage(gi100033)	1.02e-41	Show
11	complement(6758..7273)	PHAGE_Aeriba_AP45_NC_048651: hypothetical protein; GJV13_25595; phage(gi100019)	3.17e-31	Show
12	complement(7366..7566)	PHAGE_Bacill_phBC6A51_NC_004820: hypothetical protein; GJV13_25600; phage(gi31415779)	1.85e-23	Show
13	complement(7563..7877)	PHAGE_Bacill_BMBtpLA_NC_028748: hypothetical protein; GJV13_25605; phage(gi971482528)	1.34e-29	Show
14	complement(8059..8319)	PHAGE_Bacill_Blue_NC_031056: hypothetical protein; GJV13_25610; phage(gi100009)	1.27e-25	Show
15	complement(8304..8525)	PHAGE_Bacter_Lily_NC_028841: hypothetical protein; GJV13_25615; phage(gi971748311)	5.33e-12	Show
16	complement(8758..9264)	PHAGE_Bacill_G_NC_023719: gp577; GJV13_25620; phage(gi593778019)	1.59e-21	Show
17	complement(9245..9433)	PHAGE_Bacill_phBC6A52_NC_004821: hypothetical protein; GJV13_25625; phage(gi31415830)	1.35e-14	Show
18	complement(9439..10131)	PHAGE_Thermu_OH2_NC_021784: IstB domain-containing protein ATP-binding protein; GJV13_25630; phage(gi526118348)	1.96e-78	Show
19	complement(10202..11032)	PHAGE_Bacill_phBC6A52_NC_004821: replication protein; GJV13_25635; phage(gi31415828)	8.91e-63	Show
20	complement(11203..12027)	PHAGE_Thermu_OH2_NC_021784: RecT protein; GJV13_25640; phage(gi526118350)	1.16e-131	Show
21	complement(12043..12978)	PHAGE_Thermu_OH2_NC_021784: phage-type endonuclease; GJV13_25645; phage(gi526118352)	1.61e-128	Show
22	complement(13056..13271)	hypothetical protein; GJV13_25650	0.0	Show
23	complement(13370..13690)	PHAGE_Bacill_BtCS33_NC_018085: hypothetical protein; GJV13_25655; phage(gi392972744)	4.07e-40	Show
24	complement(13835..14110)	PHAGE_Bacill_phBC6A52_NC_004821: hypothetical protein; GJV13_25660; phage(gi31415825)	3.67e-43	Show
25	complement(14188..14388)	PHAGE_Staphy_11_NC_004615: cI-like repressor; GJV13_25665; phage(gi29028568)	8.15e-09	Show
26	14632..15000	PHAGE_Bacill_250_NC_029024: helix-turn-helix domain protein; GJV13_25670; phage(gi971766654)	6.05e-14	Show
27	complement(15274..15459)	hypothetical protein; GJV13_25675	0.0	Show
28	complement(15460..16596)	PHAGE_Bacill_phBC6A52_NC_004821: helix-turn-helix protein; GJV13_25680; phage(gi31415822)	1.11e-22	Show
29	17054..17398	PHAGE_Bacill_phBC6A51_NC_004820: Transcriptional regulator, MerR family; GJV13_25685; phage(gi31415741)	1.74e-48	Show
30	complement(17857..18351)	hypothetical protein; GJV13_25690	0.0	Show
31	19140..20249	PHAGE_Bacill_phBC6A52_NC_004821: DNA integration/recombination/invertion protein; GJV13_25695; phage(gi31415821)	0.0	Show
32	complement(20288..20751)	PHAGE_Bacill_phBC6A52_NC_004821: hypothetical protein; GJV13_25700; phage(gi31415820)	6.76e-95	Show
33	20591..20602	attR	0.0	Show

Bacillus sp. RIT694 78, whole genome shotgun sequence

Click on a region to see details.

Intact (score > 90)

Questionable (score 70-90)

Incomplete (score < 70)

Viewer Options

Length: 20751 bps

Phages: 1

Click on a region in the genome above to show details here.

Click on a sequence to see details.

Lysis

Terminase

Portal Protein

Protease

Coat Protein

Tail Shaft

Attachment Site

Integrase

Phage-like Protein

Hypotheical Protein

Other

Transposase

Fiber Protein

Plate Protein

tRNA

Download data as .txt file: png_input