PHASTER

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Submission Results

Sequence Name: Not Available

GenBank Accession Number: VLPN01000065.1

GenInfo (GI) Number: 0000000000

Download Results: VLPN01000065.1.PHASTER.zip

Summary
Details
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gi|00000000|ref|VLPN01000065.1| Bacillus thuringiensis strain NT06 gnl_MG_NT06_65, whole genome 20864, gc%: 34.20%

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	20.4Kb	incomplete	30	33	206-20629	PHAGE_Bacill_Waukesha92_NC_025424(32)	34.20%	Show

Region DNA

>1	 206-20629
CTATTTTTTTGACTGTTCAAATGCTTGTTTCTCACAATCTATACACGCTACAATGTCACC
AGACTTATCGAATTGATAAATAGACTTTTCTTCAATATCCTTATTTAAAAAGCAAATATC
ACAATTAAATTGCTTTTTCTTATCTACTAATTCGTCATTGATTTTCTTAGTTAGTTTTAC
AGTTCCAATTTCTTCATACGGTTCAACAGAATACCCTTTCTCTTGTAACACTTTCGCAAT
ATCTTGCATATCCTTCCAAGCTGCTGTACCTTGTCCAAATTTAATAATAATTGTATTCAT
TTTTTATTCCCCTTTAATTTTTCTATTTATTTTTTCTAATAATCCTGTTATTAAGCCTAT
AATCCAGCCTAATAAAAATATGAACGTATATCCCACTACACCACCTACTTAATAACAAAT
ATTTATATATAATTTACAATCTAATCCAACAAGAATTTTCTTTTAGTCTCCGCATACGTT
CTTTTGTTGATAAAGCAGGTGTTGTTAACGCTTCTTCTATATTCCATTTCAATTTCTTAA
TCCGATCGTAAACTGTGCTATATCTTAAGCCATTTTCCTTTGCCTTTTGTATTTGTTCAT
CCGTCAATACACGATTACATTCATTCGCACGCTTCAAAGTTTCCTCTCGACTCAATGGAG
GTTTAGTTATTGAATCTATTAAACTCCAACCTCTTTTTCTTCTTCCCTTAAATGTGGTTC
TTCCTATATTATTTTTCAAAGCAATCTCTTTCACTTTAGACCATTCTGAAGCTTTTCGAG
GTGATTCAGTCATTGCAAAATCTTTATCCCAACCCAAATTTCTAATCCTATGTTCTAATA
ATTTACGACTAACCCCATGCTTAGCTGCTACTTCATAATCTTCTGGAGTGACATAATATT
CATATGACGATTTCATAAAACCCATCCTCCTCTTTACTCAATATCCACTTGCTTGACGTT
CAAAGTTCTCCTTATTTTTATCTTTGTAGGCTTGTACAATATCTTCAAATTTGTACCCAT
ACAAGTAACAAAGACGGAAGAAAATACCAAAAGCCTTATGCAAATGTGTTAGAGTTACGT
TTAAATCTCTATATTGGCACCACGCACGTTTAGCGGTTAAAATATCCTGCATATACCATT
CAAATAGCATATTGACGCTTAATATATTTTTCTTCATAATGTATTGTTCGCGGAACATTG
CTGCTATTCTACGCTTTAATGTATGGCGATCTAATTCAATTACAATGTTCATGAGAAAAT
GAAACCCATCAACTAATTCAACCAACAGCCCTTCTTTAGGAGTCCCAAACCCTACACTCC
ACATTTTAAATGCTCTCGTTTCATTCCAAGCCTCGCCAATCTCCACTAATAATGCACGAA
ACAGCATGTCTAATTTGTCATTACCCTTATAACCAATGCGTCTATCAAGTTCTTTTTGCA
TTTCCATTAATTCACTAATATCAAATGTTTGGCTTGTTTCTTCTTTAGTAATGATATGCA
AGTTAGTTGTATGTCTCATTGTGCATACACTCCTTTACGATAATCTTTAATAATGGCACC
ATTCTCATTAAAATATGCAATTTCCCAATACGGATTAAATCTAAACTTATGCGGATTTCC
ATCTAAAATAACGTACAAATCATTTTTGCAATTCCCGACAATCGTCCCTTGTCTTCCCTG
TACTTCGACACGCATCCCGCGTTTAGCAAATGGTATTCTTCTGTAGTTACACATTTTTCG
AAATGGTGCTTCTTGTCCAAAAAGTGTACTAATATCTACTACTCCCAGATACTTGCAACT
AATGAACCTTTCAAATTGTTCGAATGGCATATCTATAAAGTGCTGCTTTTTAAATTGTTT
ATAATAGTGGTATTTTGCTTTCTCTTCACTTTCCTTAAACACAATATGGTCACATCTCCA
CTGCGGAAAAACCGTTGAAATATGATACTTGTATGTAGGAGTATCCATTAGTTTCCCTCC
TGTCCAACAAAGGAGACTTTTGACCAATCCATTTCTGCTATTTTTTCTTGATTAATCATC
TCCAAAGGTACTTCTAGCAAAAAGCGCGCCGTTTTGTTGCAATTCGTGCATTTCACATGA
ATAGTTTTTTCTTCTGCGCTTACCATGATTCCGCCAATCCCGTTATCCTCCGTTGTAATA
ATTGGCAATACAGATGTAACTGGACCTTCATTTTCAAATTCCTTTTCAACCAAACTAGCC
AGTATATTCATTCCACATAAGCAAGTAATTTCAAATTTCATATTATTTATCCCCTTTAAT
TGTTTTATATTTGTAACTATTAGTAAGACCGTCAATTCTAGCTCGTCCAATTCCCACAAT
TGACGGTCTCTGAGCCTATAACACTTCAAATCTATTAATCGATTTATTATCCTTTGTTTC
TCCAATTGCTTTGTTCACCTGCTGTTTACTTTTGAATCTTATCGAATACCCTAATTGCTA
TAGCTATAATAAGACTGAATATTACAAAAACAATTAATGTATCCTTATCCATAACGGATT
AACCTGCCATATCTTCTGCGAAAAAGTAGATTTCTAGTTCTTTAGGATCTATTTGGAACC
TTTCATCTGAATTATTGACCAGTACTGCTACAAGTCCCGTTTCAGAATCTTGATGTTGTA
CAGTTAAAACACGTTTATCGTTACTAACGAAGTCGCCAGGATGGAATTCGTTGTTTTTTC
TACCTTTAGCAGCGAATACTCTGCGGCGTTCTTCCCAATACTGCTCATCTTCTGTTGCTT
TTCGGCACTGATCAGCAAACTGCCATCCCTTATCTCCTACACTCATAACCGATTCGTTAC
CCCACGTTCCATATAATGCAATACCGCCATTCTGATCGATAAAAGCAATATCTTCTACTG
CTGCAAACATTGTGTAGTCTTTGCCTTCAAACGCTACCCATTCCCCTTTTGCAATAAACG
GTGCAATGATTTCCGTCATATTTATATTCACTAAAGTCACTTTCATATTTAATTCCTCCT
TAATTTGTACTAAACCCAAAAATTAACGATGTATGCTCCGTTCATTTGAATTTCTTTTCT
TGCATAAGTCGTTTTTCCATTTTTAAACTTGACTGGTTTATAGAACCCGTTTTTACTAAC
ATCAGATGCTCTGTTAGCATGTTGATATTGATATATTTTAAATTCATTTGCATATACAAC
CGGATCATGTCCTGCTCCCCAACTGTCCCAACGACCTTCGACAAACTTAGCTGGATCATC
ACAAATTGCATAAATACTATCTTCTTCATTAATTACGAGGTATATATCATCCCAATCTTG
CATTGTTTTCAATCCATTCTTAATAGCTCTCATTGCATCTAACGCACCAATAAAATCAGC
TTCCATAGTAATTAACATCCTTTCGTTATTTAAGATATTTAGTTACATATTGCGGTCTAA
ATCCACTATCTAAATAGATTCTTAGCTGCTGTGGCTCTTGCGATTCCCTAGCCGCGCAGC
AAATCCTCTCTGCGGAATCCCAATGAAAACTTTTGTCTTCACTTCTCTTATAACGCCATA
TAGCTTTGACATAATCCATGAACATGTCAAAGTGATTATCCTGTTTTGTAGAGCGAGGCA
GTTCGTCCGCGCTCCAGACGTCGCATGGAATAATAGCCATGACATCTACAAAGCTCGCCA
ATCCTCGCCTTTGTTTTACATGCGCCTTCTTTATATCAAAAGGAGCACTTTGTACTATAT
CTGGTTGTTTTATAGAATCATTCAGTAACAGTGTCAGTTGTTCCGTCATGGTGCTCACCT
TCTAACTGCATTTGCAGTGTTGCAGTGAATCCGCGTTCTAATATTGATCCGATAACTGCA
TTCATCCATAAATGAGTTCCGATCTTCCTTTGTAAAAGTGTTATAATCGTTAGTATTTCT
TTTGTAGAGAGTGAGACAAATTCACCTGATTTTTCTTGGTTAAATTGCCCACCACGCTTT
TCTATGTTTAAAGTAATGTTATTTTCTTTCACATATTGTTCTGCCTTAATTAGATCAAAC
TGACGAACCTTATCGCGTCCATATTTGGTAATTAACGCTTTTAACATGTCTACTAAAACA
TTGACATCTATCACTTTTAATTTGGTTTCCATCTCACCACGGCAAGATTTGCATAACGTT
TTTTCGCATCCCTCAATGTGCATATTTGTTACATCGGATTCTGGTATTACATCACCGCAA
ATATCGCACCATTCACTATTGTCAAACAACGCACTGAACATAAATTTCAACTCCCAACCT
TTAATTTTTTATCGTTTATATTTAATGCACTTATTGCATGGCCGCTAGTGCGTTTATGTG
TACTAATGTGTTATAATTGCAAATGTAAATTCTTTCTTAACTACCCATCTCGCAAATGGG
TATTTTTTATACACTTTTTTTGATTTCTTCTACTATCTTCGAACTTCCACTAACTTCTTC
TAGATGCTTAGCAACTTTCAAAACTTCATTTCTTTCTTTATTTCTATTTTGTTGATCACT
CTTCTGCTTTTGCATGTACAGGTCCATAAGTTCCGATTCAATCGCAACTGCTTCACTAGA
TTGTTTGTCGCATAGTGTTTTTAATTCTTGAGCAGCTGTAAACTCACCAGAATTCATTGC
TCTTTCACATTGAGAAAGTAATAACTTACGATTCATCATATATTCTCGAAGCTTTCCCTC
TAAAAGTTCAGCTCTTTGTACATGCTCAGGAAGCACTCTGTCTCTTATTCCCAATTACAT
TCACTTCCCGTTCTTGTTTACGGTCATCTTCATCGAGTTTTCGCTCGATGAAGCTACCGC
CTTTGTATGCTGCTAATGCTAGTAATCCAAGTCCTAAACCAAAGATACACACGGCATTGG
TACTCTCAACTAAGACAATGTCCATTACGCAATAATAAATACCTTTTTAGATTCAATTTC
CTCTGCTAATTCAGCAGTTAAATACTCTTTAATGTTGTCAATTGCTTCTAGTTTCCATGC
GCCACCGTCCGCTTCAAATAATGCACATTCTGGACCTTTACGCATTCGGAATATAAAATT
ACTTTCTGGTTGTTCAACTTCAACAAATGTTCTGTATGGCTTTAATAAAACCGGATTAGG
TACTTTCACATTCCCTACAGTAGCAACGCCCATTTTTGCTACGACACTTTGAGAAACACC
ATCGTCACCAATTGTATTTACAGCCTCTTCCTTGACATTTCCAACAAGCTTGAGCATTAA
ATCACGATCTGAATTCGGTACAAATGCAGACTGTAAACTAATATTAAAATTCTCTACATC
ATGGTATCTTTCAAATGAAAAACGCGGTAATAATGCTTCTACTTGAATAAAATTACTACG
ATTATAGTCATTGTTAATTTGCGTGAAGCAAGAAACACTTGTTGGACTTTCAATATGAAC
CATTAATGGATGATCTCCATCAAACTGCGATTTAATATAGGCAACTAAACCAGAAAGATT
ATTTACAGTGATTGTTTTTGCTGTCGGTTTCTTAATAACATGCATAGGTTGTGTTGATAA
CTTTTGTCCATTAATCTCCTCAATACGTGTATTTCCCAATCCAACTACATATTCAATTGC
TGCTTTAATCATTTTTCATTTCCCCTTTTCTTTTTTTAGTTAGTTGATTGTTGACGTAAA
TCTACAACTTTATCGCCTACATCATTTTTTATTACTTCTTCACCTGGATCATAAAAGGTT
TGTCCAATTACTCCAGAAACAAGTTCTTGTCCTACTAAATTACCTTCATTGTCATAATCC
ATAACAATTTTAGATTCAACTTCTGTTGCAGGAACTAACGTTGTTTTAGCTTGTACCTTA
CAATTCAGTACATCTCGTTGCTGATCACCTGCTACTGCAATCGTAATATTAATTTTCCTT
ACCTTTTTAGGGTCGGTATTTGGGTCTGCAATGTTCTCCAAAACCTTCTTTAATTCAATA
TTTACTCTTTCAAATAAGGCCCCATCTGCAAAACTATTTAAGTCAATCATCTTTCTACCT
CCTAAGCGGTTTTACTACCGTTAAATAACGGGCGCCATCCTTCTATAAAACTGAGAGCTT
CCCCAAAATCCTTTTGAAGTATATTAGGATAAGCATTCACTTGGTAAGCATCTTTTAGGT
TCTTCCATAAAGCGGAGTACACTTTTCTTGTTGTAGCGTACAATTCCTTATCTATCTTGT
TTTCATTCCATAGATTATGTACTCGTTTATTTACAGCGTTTCTAATTACTTGCTGCTGTC
CATAATCAAGCGTGATACGTTTATCTATATCACTTCTCATTTTCTCTACATCTTTTTTCA
GACTATCGACTTCTCCATTTAACTCAATAGTCATTTTCATATTGGCCAGGATACTTTCTT
TTGCGTTCATCGCTTTAGGTTTGCTGCGAATATATTCTTGCATCCTTTTAAACTCTTGAA
TAAACTTAATCTTCATTTGAACAGCTTCTCTTGTGTTGTAACTCATAACAACTAATGTAA
AGGCTTCTTCTGTCATATCAATTTTCGGATAATAACGTCCTCTGCTCTCATAAGTTCGCT
CCGCAAAATTGCTTAGTGAAAATTCGTAACCTGCATATTCCATTTGTTTTCTAATATCTC
TTAGTACGTCAGCGTGATTTTTACAAAACACCTCAGCAATCGTTAAACTATTTGTTACTG
CCTTTCCATTAACTTCAAATACTAACTCAGCATGTACTGGCGTTTCATTTACTGCTGCTA
ATTGATCCATTTTACTCTCCTCATCATTCGTTTTTTGAGACGTCTCATTTAGAGACCTGA
AAGGCAAAAAAATATACTACTTCATCAATTCATCGATGGTTACTTCATACAGATTAGCTA
ACAAAGACAATCTATGTAAGTTAGGTTCACGTTTTCCTGTTTCTACTTGAGAATATGAAT
TCCTATTTGTGTAACCTATTGTTTCAGCTACTTCAATCTGTGTGAAACCTTTAGAAAGTC
TAAGTTCTCTGATCTTTTCAGTGTTTAATTTCATTCGGTATCACCCTTTGTTCGTTTCGT
TAAATTGAGTATATCACAAGAGGTCTCTTTTTGAGAACCCCAAAATTATAAAAAATAAAA
GTTTTTAAAAGTGTTGTCATTTCGAGAACATATTTGTTAAATTTAAGATATAGGAAATGT
ATTTATATAATTATTTTTAGTGTTAGTAAATAAAAATTACTAATAAATATTAAGGGGAAT
ATAAAGTATGGATTACAAATTAATTAGTAGACGTGTGAAAGATATAAGAACTGACATACT
GCGAATTAGTCAAAGGGAATTTGCTGAAGCTTTAGGGATACAGAGTAGATCAGCTGTTTC
GATGTGGGAAAATGAAGAGAGTACAAAATGCCCATCTAAAAAGATGAGCTTAGAAATTGC
AAAACTTGCTAATGTATCTGTTTCTTATGTACTAGGCGAATCAGATGAGAAGAACCCTGA
CGTCGCTGCAAAAGACGAATGGGAAAGACTTATGATGCAAGTTAAAACAAAATCACCTGA
GAAGCAAAAAGAACTTTTAGATCTTATTACTAACTTAGTTAAGATATCCGGCGATTGATA
GCTTTAGTTGCTACCAACCGCTTTTTTTATTTCTGCTAGTATATCAAAAGATACTGAATC
CCCTTTCTCAGCACTGTTCATTACTTCTTTTAGTACGTCCCCGAATTTATCTACTACAGT
TTTATTCTCTAATTTCTCCATCCCTAAATCCTCCAATGTAATCTTTATAGTTTGTGAATC
ATTCACATACTTTCGAAGTTAGCTTTTCACAATAAACTTCGAACGCCCTCTAAAATCAAG
AAATGCGATTACCCCTTTTGGATAATCGCAACTCTACATTTTATATTAAATTTTACCAGC
CTCCGCCACCTGGTTCGGACATCATAGCAACTTTAGGCTCAGACATTGTATATTCTTTTT
GATCTATCTTGTAATTAATATTAAAAGTAATCATACCCACAAAAGCTAATATTGGGAGAA
TCATTAAGTATTTCTTCAATCAATTCACCTCTTTCACATAAGATTATTATACCATTTTTT
GAATATTAACCCAAGTATATTTTAGGGAGATTTGCGTAAAAAAGGCTCTTTTTTTCGATA
AACATTCTATGTGAGATTTCGATTAATTCTCGGTCATTTCTTGCTAAACCTAAGAAGAGT
GTCTGAAACTCATTAAGATAACCTTTTGTTTCTTTCATTTTCAGTAAAATAGACTCTGAC
GCTTGATAGTTACCTCTCTTAAATTCTAAATAAGCTTGATCATCATCATCCAAAATATCA
GGCAATGTATCTAAGTCTCGGTAATGATGAATCTTCAAGAAAATGATTGTGCTTTTTATT
CTTTTCTTCTTTCTTTCTATGTCTTTATCACCTTCAGAGAAATTTGTTTCCAGAATTAAA
AGTGATTGTTCAAGGTGAAATTTCGCTCGTGAATAACTTTCAAATAAAAAAGACTCTCCG
ATATTATATAAAGAATTGGCTTTTTGAATTATAAAGGCAGGATTTTTGTCGCAAATTTCT
AATAGATCATTACAAATAGCACGTGCCAAATCAACTTTATTTTGCATCATATAAGTTACA
ATTAAACCCTCTTTAATTCTTGCTAAGTAACTATCACGTTTGTAATTGTTAAATATTTTT
TTAACTTTAGTTTCGACAGGAGTTATACGCTTGAATAACCTTTTATATTCTTTCATTTGG
TATAAAGCTTGGCACATCAAAATACTAGTTAGGATTTTCATCTCATTTGTTGTAATTTCA
TTTTTACACGATTCAAGATCATCATAAAAATCTGCCGGTTCATATTTTTCATTAACTTTA
AAATGTGTATATATAATATCATAAACCTTCGCGCACTCTTTGTTAGCGATTGTTGGAGAA
TTTTTTTCTGACTCTATAAGTTCTTTCAAAGAATCGAATTGTCTTTGAAATGCAGCATAT
TCAAAAGCTTCCCGTTTATTTTCCGGTTTTGCAAATGCTAAATAGTCGGATATCATCTGT
TCTTCCATTGATACAAAAGATTTATCATACAGTTTCATAATGATCTTTACTAGATAAATA
AAACTAATTTCTGTTTTTCCATTTAGTATGCTTGATAAGGTACTTTGAGCTATTCCTAAA
TACAAAGCTAACTCACAGTTAGTAATTTTAGATGCGAATAAATCATCATTGATTTTTTTT
AATAAGTTCTTCATAGTTTGCTCTTTTGTTTTTACTATTGTACTTTCTTGCATCCCTTTT
GCTCCTCCCATTGGAACAAAGACTTCGCTCGTTTTCTCAACTTTTTTAAAGGAAAAATAA
TACCACAGTAATGATTTAGTAATATCGGCATGTTATAATGTAAATGTTACTCGTGTAGTG
ACCGAAAAGAGACTTATGGCAGATGTTCCCCTCGTGAGTCGGGCGAACGGTGTAAGAGTG
GGCCAAATCACTCTTACACACGCTGTGAGTCTTTTTTTCGTTCCGTTTTTTATTGTTATC
ATAATACCACAAATTTCCCAAAATTCTGTCGTATAATAGTCTGAAAACTATTGAGAAAAT
TGAAAAACCGCTTTGTATCAACGTTTTATGTATTACATGGAATAAAAAATGCAATTATGC
ATTTCATCGTTTTTTGAACCTGTATGAATATTTTACCACAAATACGAACTCTCGTTCCTT
TTATTTCTACACAGACTCATAATGAATCTTCACATAACATAAAGGTCACATAATTAATCA
TACCATTCGAATATATACCATTATTACCACTCGTTCGCTTATAATTGTCGAAGATTATAA
AGGGCGGTGAATAGTCATTGCTTAGCGAACGACTAGTATACTTTCGCAAGAAAAACAAAT
TAACACAAAATGATGTCGCTTACCGTTTGAATGTTGTCCGTTCAACATATACAAACTGGG
AAGCAGGACGGTCTGAACCAGATGTATCAACTCTCATTAAACTTAGTGATATATACAATG
TCAGCCTCGATAACCTAGTTGGCAGGACATATCGAATGCCTCCACAGTTCGAAGTCATTT
TAGATCAAATATCCGATTTAGATACAGAACCTAAAAAGAAAGCGCTCAATCTTTTAGTCG
AATATACTTACTTAATTAAAAAGTATTTCATGTAGCTATCACACCTTTCATTTTCGCTTG
TAAGCAATTTTAAATTCAGAAATGATTAAGTCCATAGAGATAATGTAACGACAAAATTTA
CAGCCTTTTAAACTCTTATATTTAAAATCCGAAGCATTGACACCTTAGAGAACATTACGC
TCTCTTTTTACATATAACCCAAAAATGTAACTATTTGGATTGTTGCATTTGAGTATATAG
TACATTTGGATTTTAATATAGACTAGCGGTAAAATATTCTTGTAAAGTCAGAAATTAGTG
AATTTTTGACTATTTCCATTGATTTTATGCGGTTATTCGGAAATATGCAATATTACATAT
CCATTAATTGTAATGTAAACCATGTTTTACTCGTATCAACCAACTCAAGGAAATGCTATA
ATCCGCTTTGACTAACTGCTACGAAAGCTCATGCCATTGCTAACGTTTGCAGTTTATCAT
CCACAACTAGGGCGACTCCCTAGATTGCGGTACCATTCCGCAGCCCTTAACAATTTGTTA
GGGGCTTTTTTCATTTCTGTTCGACAAAATATGACAATATTATAATTAAATGTTTGCTAT
GATAAGCTCGGAAATCTTACATTTTACATAACTGGAGGTAATAACATGTATAAGAAACTT
GGTACCTTAGCTTTAACAGGCACATTAGCTTTAAGCTTAGCTGCATGTAGCGAAACTGAG
GAAACTGCAAAAAAAGTATCTAGCGACCAAAAAACTGAGCAAACAGATACTAAAAAAGAA
GATAGCAAAGAGTTTAAAGTTGGTGAAACGATTCAACTAGGAGACTATAAATTAACAGTT
TCTAATGTTGAAAAATCCCAAGGTGGCGAATTCGACAAACCTAAAGAAGGACAAGAGTTT
ATAATTGCTAACTTAACCATAGAGAATGGCGGAAAGAAAGAAATCAGTTACAACCCATTC
GATTTTAACCTGCAAAATAGCGAAGGTAACATTGTAGACCAAGCGTTTACAATGGTTAAT
GAAGAGACTCAATTGAATTCTGGTAAATTAGCTCCAAACGGAAAAATCACTGGAACTATT
GCTTTCGAAACAAAGAAAGATGACCCGAAGCTCCAATTAATCTTCAAACCCAATTTTTTA
TCTAAAAAAGAAGTGAGAATTAATCTACAATAATTAAATAGGAGTGTTTATTTTGAAACG
AACAACTGAATTTGTATTAGGACTTATTGGTGGTATTTTTGGAGTATTAGGTGCTGTTTT
AGCTTTAATGATAGGTGGAATGGGAGCAGCATTTGAAGCTGAAGGAGCTGATTCTATTAT
CGGGTTAGGTTGGGCTGCGGTAGGTCTATCTATTTTAGGAATTGTTGGATCTATAGTCGT
GAGAAATAAAGCCAAAGCTGGCGGTATCATGATGACAATCGCAGCAATCGGAGGATTTAT
TTGTATCTTCGTATTCTATATCTTACCAGGTATTTTATTATTAATCGGTGGATTAATGGG
AATCTTCCGTAAAGATAAGGCTTCTGCATCTGCATAAAATGAGCACTCGAAAGAGTGCTT
TTATTATTTCTCAATGAATAATATAGATAAATATGGTAAAATAGGAATTGGGTAGTATTC
TATTAACTCTCTCGTTATTAAAATTAAAGTGGTTATCAAGTCGAAGGAAGGCACCTTAGG
GTGTCTTTTCTTTAGGGAATTTATAAATGCTTCATTACGATATAAAGACTCAAATCAATA
CCTTTAGGTGTGAAATAATAAATTCAACTTGTGGATATCCTTACTTATCCACAAAGAAGA
CCGTCATTTATTTGACGGTCTTCTCTTTTACTCTTCTTTTTTCAACAAAGTTCTGCTATC
ATAAAAAGAGTAGATATATAAATTGCAAATGTAAATTTTTCATATAAATTAAAAAAACAA
ATAGAAAAACCCCGACGAAATTTTCAAAGGTTGATGTAAGTTTGTCCGCCTACTAAACCG
ATGAAAATTGGAAACTGGAGATCGAGGTTTGTATGAACATATTTAAAGTTGTATCGCTAC
GTCTATGATAGCATATACTTTAAAAAATGTGAACTACAATCCTCTATTTTCCTATACCCA
TTTTTGGGCGGGGTGGAAATTGGAGGATTTTTTATTATGTCAAAAAGCAAACGTGACCGT
CGTATTGATGGTGAAAAAGCAAGTAAAGATTTATATTTTCAATTGTTTCAGTACTTATTC
TATGAACCAAAATATAGAAAGCTAGATAACAATGCTCGTGTCTTATATTCTATTTTACGT
GATCGTTACAAACTATCTGTTCAAACTTCACAAAGTAAAGATACATACGTGGATAACGAA
GGATATATTTATTGCATCGCTGATAACACTGAGCTAAGTTATATGCTTATGGTATCAGAG
CCAATAGCTATCAAAGCTAAAAAGCAGCTTCATGATGTGGGCTTATTGGACGAAGAACCT
GTAAAAGATGGCGCCAATCGTTTGTATGTATTAGAACCAGAATTAACAACTGATAATTGG
ATGTATAAAGCTGAAATAGAGGATCTACGAAAAAAGAAAAAGGCAAAAAAAGAGGAAGAA
AGAAAAAAACGAAAAGAGAAAAAAGCATCTGAGAAAGCAAAAAAAGAGGAAGAAAAAACT
CCACAACCAGTTGGTGACTTAAAAAACTTAAGTCACCAGGAAAATAGGGGTTCATCCGAA
AACGGTGACTTAAGAAATTTAAGTCACGTGACTAAAGAATCTTTAGCGTATACAAAAGTA
TTTAATATACAGAACGATTTTAATTACTTTAGTAAGTATGTAGGTAAGAGTATCCCTAAT
CTCATTATTAATTTTTATAATCAATATTTCAAAACAACTAAGTACGCAAAAATTGAATTA
ACTAAAATGTGTGAAGAAGAAAATGCAGTATTAGTATTCGAATCAATTAAACGTGCTATT
GATGGAGAAGCAGATAAACCTATTGCATACATAAAGAAAACTATCGCTAATTGGAATGCT
GATAATTGCGAGACATTAGAAGATATTCAAAAATACGAAGAAAAACATCGTAATAAGAAA
AATCAAAATAAAACTAAGGGCAGCTATACTCCTAAAAAGAAAACTGTACGTAAAGAAATG
GTTCCAGAATGGGTTGGCGAGGAAGATACTGGATCATCAACTATGGAAGACAATGGACAA
GCTTCTGAAGAAGAGCGTAAACGTTTAGAAGACGTATTAAAGAAATACAAAAAAGATTAA
TGTCATATAGGGGATGAATACGTATGCCGAGAAAGTTCAAATTTACTGAAGAAGAACAAT
TACGATTTGATCACTTTGTTACAACAGATGAATTTGCAGAAGTATTAGCTATCGCATGGA
GATACGGTTCCAAACGAAATGACAGTTTCTCAATAAGAAGTCAAAGAAAATGGATTGTTG
CTCGTTTTTCAGAGTTGGTTGAAAGAAGTTGGTCTATAAGATATTGCGAATATGGAGGCG
ATGAACCTTATTGGGAAGGAGCAGTATGTTTAAATCACCCTTTAGTGAACATGCTAGTTG
AAATGGGATGGTCCCAAGTTACTAAAGAGGAGCGTTCTTTTCCGATAGGCGATTTTAATG
AACTAGTGTTCGTAAAGACTTTTATTCTATTATTACACGATTTAGGAACAATTCGAGAAA
AAAGAAAAGGTAGAATGATAGTCCGTCCACGATTACGAATTCATGGATCAGTTGATGTAT
TAAACAATATTGGTCGGGTCCTCAACAATGAATTAAATGTTGGATTTAAAAAATTGCAAA
GTGATCAAAAGGTTCCAAGAGCAAAGACAGTTTATTTTCAATCTAAATTTGAAATACCCA
AGATTTTAGAATTTGTTGGAGCTGTAGAATCCTTAGATAAATTTAATTCGCTTGATCTAG
GATCTAGGGAATTAATGAGAGTGTGAAATTTCACACACCGTACTATTTTTATATCTTCTA
AAACTCAGTATATAGGGGATTTTAAGGAATATTAGGGAGGACAAGCTTATGGCTTCCCTA
CCTTTCTACACGCATTTTATAAATTTAGCGAAGCCATTGCGAAGACTAACGACCTCGCAA
AAAGTACAAACCAATGGTTAATCAATTGTATTTTGTTGTTTTTGGCATATTTTATTGAAA
CCTAGCGTAAATATCTGTTAGAATCAAAATACCAATGATTAATCAATGGTTATGAAAGGG
GAATGTATATGTTATTAGGAAATCCATACGCGATTGACTTAGGAAATGGCTTTACAAAAC
GCGCTTCAAAGAAAAATAAATCACTAGAGGCAGATGTTATTACAGAATTATCTGTGTTGG
CTCCTGTAGACGACTACTACAATGAAGCTAGTTTCACGAAAATTGAACTAACAAACACTG
ACTTCCCATACTACATAGGAGAAGAAGCTAGAAAATCCAAACTACCATTAATCCGTGCCC
TTGGCGAGAATAAAGCGAAGCGCTATGAGGATCCAACATTTAAGAAGCAATTATTTGGAT
TCATTGCAAAAGACTTTAAAAAGAACGTTACAATTCCGTTACTTGTTACAGGTCTTCCAG
TATCACACTTTGGTAATCAACGTGAATCGATTCAAAAAGTAGCTATGGAAGAAACAGCAG
TAAAAGTAAATGGCCAGTTAATCACAATTAAAGTGAAACAATGCTTAGTTATTCCGCAAC
CCGTCGGCACTCAGTATTACTTAGTGAAGAAAGAAATTATTAATAAAGAAGATCGTATTC
TTATTATCGATGGTGGGTTTGGCACATTTGATGTTACTGATATGTCTGGTAATGCTGTTA
TTGATCGTTTAGGAACTGAATTAGGCTGTGAGAAAGCATTTATGGCTATTGAACAAATCG
TTCGCGATAACATTGGTGAAACACCTGATTTAAGCGTGTCGAACATGCACTATATTCTTG
AGAATGGCTATAAGTACAACGGCTCTCTATACGATTTATACACTCATAAAGACGTAGCTG
AGAAGGTTGATGAAGAGTTACAACGTCATTTTGATGCAGCATTACGTGAAGTTTCTCAAA
AGTTCAACTTAGCTGTATACGATAAAATCGTCTGGACTGGTGGAATGGCTGCTCTTCATA
AAAAGCGTATTGAGAAGAAAAAAGAGCAATTCCCAACATTTGCGGTTCTAGAAAACGGTC
AAGAAGCTAACCTATTAGGATACTACTATTTAGGATGTGATGTCTTTGACAAACTTACAA
AAGAAAAAGCTTCAAATTGAGCTAAATCCAAACAATGACAAGGTTCTGTATAACTTCGTA
ACTCGATTAGAGGAACAAGGTAAAGGACAAAAAGGGTATGTAAATAAACAAATTAAAAAG
AGATTAGAAATGTACCAGGTACTTGCTGAAGTTGCAGGAGAAGAAGATCCACTTCAATTA
GTTAAGAAGTTACTAATCAATATAAATACTCATGGCATACAGAATGATGCAGGAGTAGAT
GAAAAGCCTTCTGAAGAAGTCGTTGATAATGCTATGGATTTACTAGCTAATTTAGATAAA
AGCTTTATGTAAGAAAAATTTTACTCCTTCCTCCCTCCTCTCAAAAACAGCAGGAACGAT
AGCATGTTGGAATTATGTCCCTGAGAATACAGAGGGGGGAGGAGGTTGAATTTGAAAGGG
GAGAGCATCATGAGCAATGTTAACCCTATGTTTAGTTTTTCTAGAAAATCTACTACAATA
ACAAATCAACAACCTCGTAAAACTCGTTCTGACAAAAAGAAAGATGTAAAAATCCCCGTA
AATGAAATACAAAGACAATTAATAAGATCTTCAGCGTTCCAACAAAATATAACTACTACA
CAATACATGTCTAAATTGATCACAGAACATCTCGGAATTGATTATATTAGTGAAATACAT
GCGTATGAATATAAGGACACCAAAAAGTACATTCACGCAAAATTGGAGCAAGGAGCGCAC
TCTAAGCTTGTCCAATTAGCGATTGAATGGGGAGTTTCGCAAAGAGCAGCTGCAACACGT
ATTTTATGCTTTGCATTACGCACCATGTAGGGAGTGAGCGCATGTATAGTAAATACGACG
TTATGACGAAAGAAATACAGCTTATGAGTGCTAGTAATTGGTGGGAGCGAACGAAAATTG
AATGGAAGTTAAAAGAGAAGTACCGTTTTGAAGTGAAGATGCTCAAAATTTACTTATTTC
GAATGAATATTATTATCGAAGATATGGAAGAGGAAGATTACGAGTGTAATGCTAGTGATC
TAGCTGAGATACTTGTTGAGGACTTTCTTGAACATATACGCTCTAAAAATAGTATGGAGC
AGCTGTATCAAATCCTAGAGAGCAAGAAACATTATACGGATTTTAATTTGGAGTTTAATG
AAAATGACGATCGATACGGTACAATTTCTGTAAAAATTGATAGACGGATATTAAGACGAA
TTGAAGTGTTTTTTTCGGATATGGCTCATAGTTTCCCTATGCACGGTTTTACAGCTGAAA
AATTAATCAATATTCTGATGTGTGACTACATGCGGTTTTATGCTGAAGAACCAGGGAAGA
AACTATCTTTGTTGAAGCGAAGATTTTCATAGTGTTTAAATTTCCTATTTTTGAGATGTT
TAAAAAATGAAATCTTTGACCACTCTTGTACTAAGAATTTAAAACAGGAGTGATAAAATG
GGATGGCTTATTTCTGGTAAAGGGAGAAAATCGAAGCTCTCCAATTTTCTGGAGAAAAAC
AAAATTACTCAACAGGAATTAGCGGAAAGAAGCGGGGTAAGTAAATCGACTATTAGTCGT
GTATGCCAAGGAGATAAATTTTCGCCAACCATGAAAAATGCACAAAAGATTATAAAAGCA
TTGAAGAAATTAACTAACAAAGATGTACATTATGATGACTTTTGGATGTAGCTCCGTTAA
AAACGGGGCTATTTATTATTAGAAGTAATTATTTTGTTTTTGGACATTTTTTTACTATAA
AAAAATGTTAGGGTAAAAGTGTCAGTCCGTCCTAACAAATTTTTAAAAATTAAAACCCCT
TAAATACAGGTTATAAATGAGCAAAAAAGTAAGAGTTTGGACCCCAACTTCAGCGTACAT
ATTTTACTATCATAATTAATATAATTCATCTCTTTATTTTTGTTAGGATGGCCTAACAAA
AGTCCCCTCAAAAAAAGGGGGAATGTTCGTTTTCCTACTGTATGTTATGATGGATTTGCG
GTTCTTATTTGTTCAACAAGCCAAGTAGAATTACCTAAATCGCACACTTTCTGAATGTAG
CACATCCTTACTACTCATAAGGTGTGCTCCGCCTTTGTATAAAGATAAATAGGAGGAGAT
AAACGATGCGTGATGTATATCCGGTCAAATATTATAGCAAAGAAGGATTTGTAGAACGAA
AAATAGAGATTAACGAAGAAGATTTACAGAAAATCATTGAAGATTATTTAGATAGGCATG
CAGACTTTGATTTTGATGAACTTGAGGTTGTAAATAACCGTCCTATGAATATTTGGTTAT
ACGCAAAGTGTAGAAAGTATGTAGATGAAGAAAATCCTGAAGATGATCAAGCTGTACATG
AAGCAGAATTGGAAATCACAGGAGATTATGACGGAAATGGTATATTTTAAAGGGGTACGG
AAACGCTTCCTTTTTTGGGGGTCACTCACAAAGTATGAATATATTTAAGCATTGTATTGG
GTCATTGCTATACATACCTCGTATTTTATAAGAAAAAGGATACGTTATTTGATTAACGTA
CCCTTTTTTATTTTTTTCTATATTTTTCTTGCTCATAGATACTGGCTGCCATTCCAGCTC
GGAATAAAATAAATGCTCCATGAACTACTAATGGGACTACGCCACCATTTGTTTTAACTT
ACTTTACATACACATAGGCTTCACTTGCTGTTACATAGTATGTTTTATTTTTCAAACTTC
ACATATTCACCAGAAACCCATTGGTCGCCGCCAACATTATACCAACCGTCTCTATATCCC
CAAGATTGATATCTTTCACTTTGGTACACATTTTTTACGACACCATAGTTAGTTCCTGGA
CCAGTACGAACACGTAATACATCAGCTGTAATAGTTACTACACCAATGCCATCATTTGAA
GGTTTAGAAGGAGCTGGTGCATTTTCTCCTGTATAACGAATATATGATGAATCATTATAT
ACCCACTGATCGCCACCCAAGTTTAGCCAACCATTTGACTCACCCCATACTTGGTAGCAT
TCTCCTTTACCTAACTTACGAATAACTGCATATCCAGTTCCAGGTCCTTTTCGTAAATTC
ACGTTATCGCCATTAATGTAAGCAACTTTTGTACCATCGTTTGAAGGTGGAATAGGAGTT
GGCATTACTGGACTACCTCCACCGTTATATGCATTTTGGACTCTTTCAATAAAACTATTC
CAACGTCCTTCTGCTAACATACGATGAGGACAATACTTTCCACTCCATGATTGATGTGTG
CGAACTTTACTAATTGGAATATTGTACTGTTTCATGAGCCCAGCTACGACGATAGCTGCA
TTATCCTCCGCTTTATAATATCGATCTCCACCACTTAGAGAGTAACAGATTTCAACTCCA
ATAGATTTACGATTTCCGTTACCGCCACCATCACCGCAATGCCAAGCGTTACGCTCTAAA
GGAATACCTTGTACAGCTTCTTTATCGTCTACCGCAATATGAAACGATACTTGGTTATCA
TTACGAATCATATAAGCCACTTCGTTATTTGCTGTAGCATCGTTATAAGTATTGTGGACA
GTAATGAATTCTGGATTCATTGTATAAGGGCACTTAGTACCATATTTGCTTGCATCAACT
AAATTTTTTCTGATTTCCATTATTAAACATCTCCTTTTAGTGTAAGTCATTTTTTTCTAA
TACATTTTTTTGTTGTAATCCTTTGTTGCTCAAATAGTTGTTCTTCCACGCCATATACAA
AGTGAATGCTCCTGTAATTACAGCAACTAAATCATTTGTCATTTTGTCATCAATCGTTTG
GTATCCCACAAGATTTAAGACACTATTAATCACAGCAATCACTAATACGACATAGCGACT
AATTGAAGCTGCATCAAAGTTCCTCATACTCTCACCTCCTCCAAATAAAAAAAGTGACCG
TATATACGATCACTTCCCTGCGAATTTAAAAAGAGCCATTATCCCACCGGTGATAATAGC
CCCAACTACTGTAGTACCAATCCAAAACACTAACTTATCTAATCGATCAATTCTTAAATG
AGCACTTTTCGCTGACTGCTGCGCTTCAATTGCAACATCCTTAACATTACCAAGTGTATC
TAGTTTGGTTTCCACTCTGGTTAATCCAACTAATAATTCTTTAAAGTCATCATTTTTTTG
TTCTGACATTTATTCAGCCTCCTTTTATGCTGCGAAATAACTTGGGTCCATTCCAAATAT
CTCTGCAATATCTTCTTCACTTCTATCCTTCAGATAAGATTCAGTCGTTGAAATATCAGA
ATGATTAGCGAGTGATTTTAATTTTTCAAGTGGAACACCTTGTACTTTTAAATTATCTAA
TCTGCTATGGCGGAAACAGTGAGGATTCATTTTAAATTCCTTCCCTTCCTTTTTGTTCAG
CATCTTAGCAAATATATCGCACCAATAATTAAATACACTCTTGTTCAATCTCTTTCTCTC
ACCATTCTTATACACACGCACAAACAAATCTGGAATAGTATCCTTACCTCGCTGATTTAT
ATATAAACGAATGCATTTCTGCACCCGGTGATTGTAATATAATCTAAACTTCTTACCCCG
TTTTCCTCGTACCACATTTGTATAATATTGTTCTGTCAGCCCTTCTTTTTGAACCTGGTA
TACCTCATTCTTTCTAGCTGCACTGTAATAAGAAAGTGCTAAATACGTTGCTAACATATA
TCTTTCTTGTGCTATTAGCTCATCGATTAACCACTCAATTTGTTCTTCTGTTATAAAAGT
GATTTCTCTAACTGGATTCTTAGGTAAACCACGTACCCGTGAACCTACATTAAATTCATA
ATCATAGTCATCATCATCCGCACAAAACTCTAACGCGGACCTTAATGCACTCATTAATCC
GTTCACACGAGCATTAGACATCCTCATATCTTGAAAAATAATAGATAAATTTCGAATATC
TTTACGCGTTAAATCAATAAGATTTTTATTTCCGAAGTGTTGATGTATTAGAAACAAAAT
AATTCGTAAATCCCAACCGTATTGCTTTAAAGTGCTTGCCGCTTTTCCTTGTGCTTTCTT
TTCAATCAGAAAATCTTTGACTAGGTTTTTATTTCCTTGGCTAACATGCTTTTCGTAAAT
TGCTTGGTCTACTATTCGTTTCAC

Region Details

Region	1
Region Length	20.4Kb
Completeness(score)	incomplete(30)
Specific Keyword	lysin,recombinase
Region Position	206-20629
# tRNA	0
# Total Proteins	33
# Phage Hit Proteins	32
# Hypothetical Proteins	0
Phage + Hypothetical Protein %	96.9%
# Bacterial Proteins	1
Attachment Site	no
# Phage Species	1
Most Common Phage Name(hit genes count)	PHAGE_Bacill_Waukesha92_NC_025424(32) PHAGE_Bacill_BMBtpLA_NC_028748(26) PHAGE_Bacill_phi4J1_NC_029008(10) PHAGE_Bacill_IEBH_NC_011167(7) PHAGE_Bacill_vB_BtS_BMBtp14_NC_048640(6) PHAGE_Bacill_250_NC_029024(5) PHAGE_Bacill_vB_BtS_B83_NC_048762(4) PHAGE_Aeriba_AP45_NC_048651(3) PHAGE_Bacill_PfEFR_4_NC_048641(3) PHAGE_Staphy_SpaA1_NC_018277(2) PHAGE_Brocho_BL3_NC_015254(2) PHAGE_Bacill_PfEFR_5_NC_031055(2) PHAGE_Bacill_BceA1_NC_048628(2) PHAGE_Bacill_BtCS33_NC_018085(2) PHAGE_Bacill_phi4B1_NC_028886(2) PHAGE_Bacill_TP21_L_NC_011645(2) PHAGE_Bacill_phiCM3_NC_023599(2) PHAGE_Paenib_Vegas_NC_028767(2) PHAGE_Bacill_Nemo_NC_031070(1) PHAGE_Geobac_E3_NC_029073(1) PHAGE_Bacill_Kida_NC_031012(1) PHAGE_Bacill_phBC6A52_NC_004821(1) PHAGE_Geobac_GBK2_NC_023612(1) PHAGE_Lactob_iLp84_NC_028783(1) PHAGE_Clostr_phiCTC2B_NC_030951(1) PHAGE_Bacill_BMBtp2_NC_019912(1) PHAGE_Bacill_vB_BanS_Tsamsa_NC_023007(1) PHAGE_Bacill_phIS3501_NC_019502(1) PHAGE_Bacill_SIOphi_NC_042133(1) PHAGE_Geobac_GBSV1_NC_008376(1) PHAGE_Bacill_G_NC_023719(1) PHAGE_Clostr_phiCT453B_NC_029004(1) PHAGE_Bacill_SPO1_NC_011421(1) PHAGE_Brevib_Abouo_NC_029029(1)
First Most Common Phage #	32
First Most Common Phage %	96.96%
GC %	34.20%

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|VLPN01000065.1| Bacillus thuringiensis strain NT06 gnl_MG_NT06_65, whole genome 20864, gc%: 34.20%

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(206..505)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26350; phage(gi712912373)	1.64e-65	Show
2	complement(639..1121)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26355; phage(gi712912374)	2.11e-114	Show
3	complement(1143..1724)	PHAGE_Bacill_Waukesha92_NC_025424: dUTPase; FPG90_26360; phage(gi712912375)	7.84e-143	Show
4	complement(1721..2173)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26365; phage(gi712912376)	1.59e-110	Show
5	complement(2173..2610)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26370; phage(gi712912377)	6.01e-65	Show
6	complement(2724..3191)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26375; phage(gi712912378)	1.47e-112	Show
7	complement(3215..3571)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26380; phage(gi712912379)	4.53e-84	Show
8	complement(3591..3974)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26385; phage(gi712912380)	1.50e-91	Show
9	complement(3943..4446)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26390; phage(gi712912381)	1.36e-120	Show
10	complement(4592..4921)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26395; phage(gi712912382)	3.76e-73	Show
11	complement(4911..5090)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26400; phage(gi712912383)	7.34e-18	Show
12	complement(5090..5797)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26405; phage(gi712912384)	3.52e-174	Show
13	complement(5821..6195)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26410; phage(gi712912385)	1.26e-84	Show
14	complement(6207..6935)	PHAGE_Bacill_Waukesha92_NC_025424: putative rha family phage regulatory protein; FPG90_26415; phage(gi712912386)	0.0	Show
15	complement(7002..7199)	PHAGE_Bacill_Waukesha92_NC_025424: repressor protein; FPG90_26420; phage(gi712912387)	1.52e-40	Show
16	7413..7763	PHAGE_Bacill_Waukesha92_NC_025424: transcriptional regulator; FPG90_26425; phage(gi712912388)	5.95e-79	Show
17	complement(8251..9438)	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26430; phage(gi712912391)	0.0	Show
18	10003..10320	PHAGE_Bacill_Waukesha92_NC_025424: transcriptional regulator; FPG90_26435; phage(gi712912392)	2.79e-71	Show
19	10931..11458	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26440; phage(gi712912393)	2.23e-122	Show
20	11478..11822	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26445; phage(gi712912394)	2.84e-69	Show
21	12422..13525	PHAGE_Bacill_Waukesha92_NC_025424: DNAD domain protein; FPG90_26450; phage(gi712912395)	0.0	Show
22	13549..14211	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26455; phage(gi712912396)	1.64e-161	Show
23	14494..15525	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26460; phage(gi712912397)	0.0	Show
24	15485..15817	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26465; phage(gi712912398)	1.43e-71	Show
25	15935..16315	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26470; phage(gi712912399)	1.58e-90	Show
26	16327..16857	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26475; phage(gi712912400)	5.05e-127	Show
27	16943..17176	PHAGE_Bacill_Waukesha92_NC_025424: DNA binding protein; FPG90_26480; phage(gi712912401)	6.26e-51	Show
28	17611..17895	PHAGE_Bacill_Waukesha92_NC_025424: hypothetical protein; FPG90_26485; phage(gi712912402)	3.76e-63	Show
29	complement(18033..18137)	class IIb bacteriocin, lactobin A/cerein 7B family; FPG90_26490	0.0	Show
30	complement(18190..19125)	PHAGE_Bacill_Waukesha92_NC_025424: endolysin; FPG90_26495; phage(gi712912403)	0.0	Show
31	complement(19142..19372)	PHAGE_Bacill_Waukesha92_NC_025424: SPP1 family holin; FPG90_26500; phage(gi712912404)	1.51e-48	Show
32	complement(19415..19654)	PHAGE_Bacill_Waukesha92_NC_025424: peptidase; FPG90_26505; phage(gi712912405)	2.46e-50	Show
33	complement(19670..20629)	PHAGE_Bacill_Waukesha92_NC_025424: site-specific recombinase; FPG90_26510; phage(gi712912406)	0.0	Show

Click on a region to see details.

Intact (score > 90)

Questionable (score 70-90)

Incomplete (score < 70)

Viewer Options

Length: 20864 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