PHASTER

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Submission Results

Sequence Name: Not Available

GenBank Accession Number: PGCW01000087.1

GenInfo (GI) Number: 0000000000

Download Results: PGCW01000087.1.PHASTER.zip

Summary
Details
Genome Viewer

gi|00000000|ref|PGCW01000087.1| Enterococcus faecalis strain G701R2B0C1 18710, gc%: 33.68%

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	18.3Kb	incomplete	20	37	358-18710	PHAGE_Entero_phiFL2A_NC_013643(6)	33.73%	Show

Region DNA

>1	 358-18710
TTATTCTGACAAGAATTTATTCACAAAATAAATCTGACCCTTCCCAGTAACTTTAGGCGT
TTTACTGATACTTACACTACCATCGGAACGTGCAATAGTCGTTTCTTTCACTTCAAATAA
TTCGAGATCCATTGACTTCTGTGTGGGCATATTCCAATCGGTACCTTTTCTTTTAATCAG
GTATCCTTTTTCACGTAACCATGAAAATAAACGTTTAGCACCAACGTCTACACCGTTTTG
TTTAATCAATTTAGCAAGCTCACCAATCAAAATACTAGTATGGCTAACACTGACAGCATC
TGCAAATAACGCTTTGGGCCTCAATTGCTCATTTTCTAATTGTAGAGCTTCAACTTTTTT
TGTTTGAATTTGTAAGGCGCGTTGCACGACCATCTCAGGATTATTCCAAGCTTTTTCTAG
TTGAATAAAATATTGTCGCGCTTGTTTACCCTTGTCAGTTCTTTGAATCATTGAAATCTC
TTTAGCCATATCTAAGGTCATAGCGTGATCAGTAACAGTACGAACGCCACCAAAAGCTGT
CTCGTCATGGACATTTTTGGCAATCACGGTAAAATCAACGTTTTCAGCAAATCCATATTC
TGTTATTCGTTCAAACCATCGTTTATAAGGCGTTCCAACCAGCAAAAATTCGTGTAACTC
TCTACCGCTAACTAACTGTTCATCATTTTCATTGACTGATACTTTGATTAGTTCTTTCAT
AATGAACACTCCTTTTTTTATGTGTTAAATTTTCTTGAATGTGATTGTCTTTATAAAATC
CATAACCTAGAAAATTCAATTCTAGAGCTACCATTTCTTTTTTATTTACACGTTGTATAC
ATTCAACAACAGCATAGTGTCGATGAAGTTCAACTTGTCTAGTTATTTTTGGTGGGTAAT
TTTTACTTAAACTTATGTACCAGTAATTCATAATGTATCCCCTATTTAAATTTATGTGGA
ACGCCTAGCCGAATCCACACTGAATAACAATACTAGGTTGCTCGCCTTTTCCTGTTTCCG
CAGGCAGGCACTTTGAAAGGAAGGAGTGAAAATCGTGTGTCACAGTAGTAGAAACATTTA
TTGACATATACCGATTTTTTATTTAAGTGGTTTCCCACTTATTGACGTGACAGGAGTCGA
ACCTGCACAAGCAATCACGCACCATTGATTAAAAATCAATTGCTCTACCTATTGAGCTAC
ACGTCTACCTAATTTACTCGTAATTTGTAGAAATTTAGAGGAGGAGGAACACCTCCTCTC
TTGTATTTTTTTACAAGTAAATATTATTAAGCTACTCTACCAACATAGAATAGGAGAATT
TTACCTCTCACCTATAGGTGGGAATGGTTTACAAAAAAATGAAATTTAAAATAATGAAAT
CTGATGTCCATATTCGAAATAAGCATCAATTTTATTCCTAATTCGTTGTGACATGGATTT
AGCAGTCCCTACTTTAATATCCATTTTTTCAGCAGCTTCTGCATAAGTAAGTTGCTGATT
ATGGATATAATCAAACAAATCACGTTCTCTCTCGCTGAACGTTGATAACAACTCTTTAAG
TTGAATCAACATCTCTTGTTTCTCTTCAGTAATAGGGTAATTACGTGCAGATTCATACTG
GTTACAATAAATTTCGTATGATATCTTATCCATATTTGTAATATGTTTATCTCTGCGATA
TTTAGGTATTTTTTTTGCTGCCTCCTCATCAAGAGGTCGCTCAATTCCATGTTCAAGCCA
ATATAACGCATATTTGGTAGATGAAATAATTTCAGCATAAATGGACTGTTCCTTTATATC
TTCTGCAGTGCGGTCATCAATTGTTTCTAATCTGCCATTTTTTTCAATTTGATACTTCTT
CTTTGCAATTCGTCGATGCTGACGACTTGCGTCTTTTAAATCAGACTTATATTCCTGAAT
CAAAATCTCTCTTCCGTGTTGGTCTAACATCGGCGAATCGCTCCTTCTAATAAAAATACA
AAAAGACACCTAACCAATGTGTATAAACACAATTGGTCAGATGTCTTCTAGTATGTCTAG
TCAGACTATATTAAAATTTTTCTTTAATTTTTTGTTCAATAAACGTTACTTTACCAGCAT
GAGATATTACTTCAACAATTCCATGTTCAGGCAGATCGGCTACTTTTGTTTGCCCGTTGC
TAACTAGTATTATAACATGCTTTCCATCAAAATTCTCTAATTCGGATAGTTTGGCTGGCT
TAAAGTCCACATAATCCACCTCTGATTATTTTTTCTTCGTATTTATCGTTCCATTGGCCA
TTGCTTTCTCTTGTAAACGACGCTTTTTCTTTTTAATTTTTGATTTTTTCTTACCCATAA
ATTTTCCTCTTTTCATTAATTAATATCTTATTATTTCTTTTTTTCAGTCGCAAATCCCAT
GATGATTTGATTCTTTAGATATCGTAATTGCTGTCTGGCATATGCTTCCTCTCTACAGCA
AGATAATCTATAGTTAATATCCTTTAAAACCGCTAAATCAAAATTGTATTTGCCCAGTAA
TTCATTGATTTCTTCTTCAGCTGTTTTCATTTAATTCTCCTTTAGCGTGATCGGGCTGCC
ATACTTTAAAATTTCCCAAGCGCCATCTTTCATATTGGTTTTATTCATATGATTTCTTTC
ATCACGAGCAATTGTATAATCGAAAAATAAATCGGCTTGCTCTGATCCATGCAGGTACTC
AACATACACGCCGTCTACTTGACGGCCCAGTATATATAATTCTGGATAACTTAGCATTGT
TGTTCTCCTTCAAGAGATATAGTGGCCCCAGTGATTTTTAAGCCAATTAGTTTACTTAAA
ACCATAATTGCTTCATCCACTAGCAATCCCTCTCGTTGAATAGAACTGGCACATGTAAAG
CGGTCCATGCTTACAATCTCATCCACCGTAACAGGATATGGAATAGTAACGCCTGCTTTT
TTGGCAATTTGTTCAATAGCTCGGACATGCGATTTATTCGATGCTAAAATATACTGACCT
GTTCTAGCTGATTCTTTAACTAGCTCTGTTGTTTTTCCAGTCCCTCGACCTTTAGCAATA
ATTTTCATTTATTTGACCTCCTTACTTAATCCCTAACACTACATAACCATCTTGTTGGGC
ATAATCTGTAATGTATGTTATTTCTGCAACATGAACATCACCTGTATATTGTCCGTCTTG
ATATTCGTTTAAGCGTAAGATATCGCCTTTTTCATAGTTTCGGTCATTCTTACGTATTTC
AAAACGCTTATCCCCTGAAACAACCGCTTCAAAGTATTCTGGTAAGATCTTTAATTCATG
AATAGTTGGCTCTTTCTCGACTTCGTAGCCGTTGTCAATGGCGCTCATTAGTTTAACTTT
ATTTTTTGGAACTGTAAGCCAACTCTCTATTTTTTCAGTTAAAAACGAGTATTCTTCATC
ATAGTACCGCTCTAACTGTCTGCCGATGAACGTCATGAAAACAGCCCCAGAATTTAACTT
AACATCACTGATTTGGCCTCTTAAATCATTAAGCCAATCAGCCACAAATTTCTCTTCATG
CGAAAATATAACTTTCCCATGTACTTTAAGCTCTTTTATGACCTCAATTGATGCATTTAC
TCCATCGTCATAACCTTTTGACCATTCATCTTCTGCATCGCAGCCTCCGATATCATAGAG
CGCTTGAATTAAATCTTCTTTTTCTTGTTTATTCATCACTAATCCCCCTTGAAACTGTTA
AAACAGTAGACAGATGTCCGTTATCACGCAAATATTTCAATAAGTCCTCAATATCAGATA
CATCTTCATCTCCTCCGTAATAGATGCTTTCAATTATTACAGCTAAATCTATATAGCTTA
TTTTTAATTGTTTCACTCTGCTTCCTCCACTCTGAAAAGTTCGTCTTCTAGTCCAGCTTT
TTGATACTTCAAAAATTCAGTAATTATGATCGGTTGTTTATTACGCCATGAAATTTCAGT
AATATCTGTATTTTTAAGAATTACAGTTGAGGGCAATGCACCTTGTGCATTTTCATTAAC
ATATCCCCATGAACCCAGGTCCATATATTTTTTAGGCTTCAAGGAAAAAAAGGAAAGATA
TTCGCTGTCGCAGTCTCTGACCACATATTTAAACCCTTTTTTTAAAGATTCTTCCATAAC
TTCTAGCGCTTCGTCTCTTGATTTAAGCTCCATTATCTTTTTTATTCGATCTAAATAATC
ACTCATTCCGCTTTCTCCTGTTCCAAGGCCCATCGGCTAAACGCTTGTATGACTTGTAAT
TGCCCAATTTTTGACATATATCTGTAACTTCTATAGACAGGTCTACCACGATAGTCTGGT
TTTATAGAATTAACTCTCAGTCTCCAAAATAATTCTATAGGTTCAATATTTGTGACTGTA
TATTTTTCTTTCAACCAATCAAGCACGATCTGCTGATTTGGATTGAGCTGCGGTTGCTTA
ATTGATTGAACCGCAGTTCCATATGCTATTTTTAACAAGTCTCCTTCGAAGCTATTCGGA
AATTCTATTGTTCCATCCGTCTGCAAATACATGTAATGTACCCGATCAATTATTTCCTGA
TGTCTTAATTCACTCATTCTGCGACCTCCAATAGCTCTGGATTTTCATGGATATTCCCAA
CAATCTCAATATCGTCGGTAACTTCAAATAAATCCTCAGATATATTGTCCCACTCATATT
TAAATGCACCATTTTCAAAAATTACTTGTCCGTGCACTTCTAGATGGTCATCCCAGCCAA
TATCGCCCTCAAAAAATTCAACGCCGTTCTTGTCTTTTAAGCCTGTTGATTGCATGAGAA
CATATTTATCAATCATTCCCCACATGCCATTTTCTAGATTGATAAGAGGCGCTATAAATC
CTGTATCATCATCAATAGTCCATTCTACATTTTTATCTTCATCTGGATAATACATTATGT
TTTCTTCTACTGAATATGCTCTAAATTTTGGAATCATCTTCTTCACTCACTTTCTAATAT
TTCCACTTCTTCCGCTGAAAGAAAACTAGCAAGACAATTTGCATCACAAAACATATTGTC
TGTTCCATCTTCAAACTGGAAAAAATTAACTATCATAAAATTGTCTCTAATCGTTAAATA
TGATTGATTAGTAAATTCTCCATCATTAAACAATGCGTTACCACAATTGGCACAGGTAGA
GCTATCTTTCTCAAAATTCGGATAAGTCACAATTTTTCACTACCTTCTGATTATTTAATT
AATACATAAAATCCATTTTTCTTTGCAACGTCTCCTCGAATTCCCAAATGGCCTTCCAAC
TCTTCAAAGGTCCTTTTTGTAATTTTGGAAAGTTGCGTATCATAGCCCAAATTTCTAAGT
GTCACGTATTCATCTGGTGTTAACTGGTCTAAATCTATCGCCACAAGTGGCGGAAAGCGT
TCAACCGACGACTCAAATATCACACTAGTTAATTTCATTTTTTCACCCTCAACAATTTAG
AATTAATTTTTTACGGCTTTCGTTAAATCAAAACCAAGAGCAGTTGGATAGCCTTCAACG
CTTTCTGGTTCAACATGATAACGATGATTTTCAATATCCATCTTGCTGGCTTTTGCTACC
TTCTCTAAAATGCTACCTGACCAGCTTTTACGATACCCTGCTTTCTTTTTTGACTTCGGA
TTTACACAACTTCTAGCGCCTTCGTCCGTCGCTTTACAGGGAATTACAAACAATGCTAAT
CTTGATTCATCTAAATACAATTGAATCCATTCAGGTTTGTTTAATCGTCTCACAACTGGA
CCGCTCAAAGCCAACCCGCTTTTTGAAATCGTAATACACTCTTTTCCTTCTGCTCCAAAT
GTTCCTGGTAATAATAAGCTTGCTGTATGAATGTTAAATTTCATAAGTTTACTCTCCTCT
TTCTTTTGTTTTCTATTAATTTTATTTTCTATCCCGTTAGCCTTTCGCCAATTTTGAAAG
GTTGTTGTGCCTAGTCCTAAGGCTTTCTTAATATCTCCTACTTGATAACCTAAATCTAAG
AAATGTTGATACTTCTCTTTTGTTAATTTATCAGGATCTAAACTGGGCAATGGTCGCTTA
TCTGCTATAAGATCTGACTCTAGTTGCTTAGAGAGCCTCTGGACTTCTTTCACGATTTCT
GGATTCTTCATCCAAGATTCGTTTTCACCCGTCAGAAAAAGAATTTTTTGTCGTATCAAT
CGCTTCTTCTCTCTGAGTAAATTTTTTCCCATTGCTCCCCCTCCAAACTCATAATTTTAA
AATTCATAATGACTAACCTCTTGAGCCAAAAGATACGATTAGCTATTACAATTTGCTACT
CTAAAATGGCATAGTCATAACAGCGACCCAATCTATCTTGTTTGCCAGTCTCCAAACATT
TTCGCAAAGTTTCATTTCCGATTCGACACGCTGAAATTACATCAGCTCTTGTGTTAAATA
CTTCTGAAGATCCATCTTTGTATATAACAATTAATGGTTTAGCATTGTCTGAAAAATCAC
CTGAGAATATTTCTCGCCCAATTTCGCACGCCTTTCTCCATGCAAACAAATCGCCATTAT
CCTCTGCAATTCTCAGGTAATCAAGTAACGGACCTCTTAAATGTTTTTGTTTTGGTAATG
CAATACTCATTTCCACTCCTCCTAAATCTGTTATTGCCAGTAGTTTTGCTCTAACTTTTC
TAAATAATGTGAATAGTATCCATGCTGTCGAACCTCAAATTCTTTTAAGTAATCTAATGG
AATACTCTTACGTCCTAAGTTTTTTTGCATATTTAAATAATCATCAACATCCACTAAAAA
TACTTGATGACTTTTGTTGAATTGAATTAATAAAAATGCTGTTCCACCGCTTAATTTAAA
ATCCTTTAAAAAATTTTTTTGGTGATCTTTTAACATTGGTTTATTTCCAACATAAAATGG
AAATGCAGTTTTATTTTCAGTAGATTTGCAATCGAAGGCGATTGGCCGTCCCTTCAAATG
TCCGATAAAATCACATCCTGTCTTGTTAGTTGGAATCACTACGGGTTTTCCACCAACCCT
TATAGTTTTAGTTCCATTAGGTATTTTTGCTACTGTGCCTTTTCTGTTACGACAATACCA
CTCGTTGGTTTGTTCAATCATTTTTTCAAACTGACTCCACGCTTTCATCACAGCACCTCT
CTCTTAATTTCCCTCTGGATTTAACCAGTTATGCATTGTAACTTTTGGTATTGAATCGAC
AGAAATCTCCTCTTGATCATTTCGCATATTGTATTCACTAATTTTTTTTATAGCTTGATT
TTTTGTCTTTATTCCCTTACGTTCCCAGCTTAACAATATGCGGTCCATATACTTTAGACT
GAATGCCTGATTAAGAACTGCCTCTTTAAGGGCTAATTGAATAAGGTCATCTGGATAACC
ATCTTCTGTTTGCCACTGTTTAATCATTTCCATTTCGATAGGCGAAAGTGGTCTCCCAAA
ATTTTGTTCGACGGCAGCGTATATATTTAATTTATTTTTATCTGTTTCTGGTGAAAAAGA
ATTGTTTGTGTTTATGTTTTGTTTATGTTTAATTAATGTGCCACTGTTCGTTGACTGCGT
TGTACTCTTTAGTGTCACTTTATCGTTACTCTGTTGTGTACTCTCTTGCGCACTATTTAA
CGTATAAAGTACGCATACCTTGTAAGAAGTAGCTTTTCGACCATTACTTTTAAAATCAAT
CAAGCCTAGTTGCTTTAGCGCGTTTCTATTCTTATTAATTCCCGAGCGTGACAATCCTGA
CAAAGATTCTAATGTTGCATTAGCTGCTGTAAACCATGTAGCCCATCCTGCTTTGTTGTT
TATGGACATTAATGCACGCCATAAAGCAATCTGACCTGATGAAAGCTTTTGTTTATAAAG
CAAATAATCGTCAAACGCAAGAATCTGTTGTAAATAATTCAATGTCACACCTCCACTCTC
TATGCAATAATTATTTTTTTATTGGTTATTTTTTCTATTTCTTCTTTAAATTTTTCTGGA
TCACTATTCTTGTCGCTTAAATGGATGAGATATATTTCTTCTGTTTTTGTTAAATCAGTT
GACTGAAAAAACTTTTTGCAGGCATCTATGCTCATATGCGTTCTTAAAATTCTATCTTGA
ACACTTTTTGGCAGTTTGCTCTGTCTTACTAACTTGATATCATGATTACACTCAACGAGC
CAATGAGTGACGTCTTTAAACGTTTTAGGTAAATAGTTAGTATCTGTAGCAAATACTATT
TTCTTTCCACTAGGTGAAAGAATAAGAAAGCCCAGTGGTTCTCTCGCCCGTGCCTTTTTG
TCATCGTGAATAGTGGCAAAAGGTTTAACTAACCAATCACCAATTTTCTGTTGCTGGTTA
GCTTTTAAAATATGTGACCGTCTATTTATACCTAATCCTTCTAAAGTTCCTCGTGAGGCC
CACACATCAAATCTTCCAGCGAGTAAAATATCATTGATATACTTTGAGTGGTCACCATGT
TCATGTGTTACAAGTAAACCTTGAATATTTGAAAAATTAATACCTTGTTTCATAATATCT
TTAGGCTTTAATCCTGCTTCTAACATTAAGGATGAGTTTCCATCTGCAAGTAAATAATTA
TTACCTGCAGATGAAGATCCTTGTATATTAATTTCAATCATTAAAAGCCACGTCCGTCTG
TTTCGCTAGCAATATTTGTGGTTAATTCATCAAAAAACGCTGTCTGGGTTGGTTCGTTAT
CTTTTTCATGACTAGTGACAGGCTCTTTTGCTAATTCTTCTGGTTCGATGATAGTTGTAT
CTGGTGTAGTTTCTTTATCGTGTTTCATAGCTTCTTGTTTGACTTTGGATGGTTCTTCAT
CAAAATCGAATACCTCTTGTGCTGTTTGTTCTGTGACATCTTTTCTAACTAATTTAACTA
CTTCGTCGTCTTGCGACTGATATTGCATAGCGACATACGCATTCTCGAAGTTTTTAGGAA
TTTTCTTAACAATGTTGTTTCTCATTTTACGAACAATCATGGATTCTCTACTTTGTGGAG
ATTTCCATGCGGGACTAATATATGATTGATATTCTTGACTGTCTAAAATGTCATCTAAAG
ACATTGTTTTCAAATTGTTCATGATTTCTTGCTTTTTATTATCAATTTCCTGCTTTTGCT
GATAACTTGCGTCCTTTTTCTTTTTAGCTATACCAAAAGTTTCATTCATAAGGTTCTGGT
TTATATGAGCAATTAAATTTTTAACAACATCCTCTCGTTCTGCAATGTGATACTCGATTG
TACCGTCAGACATTTCAATAGGATAAACAACTCTAACTACTTTTCCTTTACCAGTTGGCC
CCCATTCTGGATCTGTCACTGATAATCCTTTATAACCTGGGTACGAAAAATGGTCTTCTT
CTCTCACTTCCCAATGACGATGAACATGTTTTACGTTCCGTCCAAATTTTGAAAGGATAG
CATCGTTTCCATCTCCTTCAATACCCATTTCAATTACTTTCACCCAATTATCTGATTGAC
CAAACTGTTTCCTATTAACATTTCTAGTCTGAAAATAGACTTCACGAGGAATAGCTGAAG
CATTGACTTGTAATGCTGCAATTGTCATTAATGTTTCTGTCATATTTGTTGAATCTACAT
CATTAATTGACAAGTTTGAGTTTGTTAGCATTGTATTAATTCCTTGTATAGCGCTTATTA
CGCATTGCTTTTGATATTCAGTCATATTTATTCCATTACTCAATAACTGTGATTCTACTT
GTGGCATAAAGGTATCGTTAATTTTAGTTAATCTATTTCCGTAAATCTTATTTTCTGCAA
GTTCATGTGTCATCTATTTTCCCTCCGTTTTGTGATTTTTGATTCGTAAAGTTTTATCAT
CTTCATTTACATACATAGCAATAACTTGAGTGTCTACTTGAACAGAGTCTCTATTGTGAT
TAGTCAAACCTTCAGCGTTATCGATAAAAATTGGAACGATATAGCCTTCCTGTTTCATTA
GAGTGTTGGATACGTCTAATCCAGCTTGCATCCTGCTTCCGTTATTTAGAGAACTGAACG
GCACCCCGTCAATCATCGGCTCACATACTGCTTCATTAAGTCCTCCATCTTCAAAGAAAT
CGAACAATTTCCATTTAACAACTGAGAAATGACTATTTATAATTTCTTGCAGCATGTTTT
GTTTTGTTATAAAGAATTCTTCAAATAGTACTAATTTTTGTAATACTTCGCCTTTCTTAT
GTGATAATTGGCGCTCTTGTTCATTGAAATCTTCAATAATCGATAACTGTCTTTCATACT
CTTTTAACAAGGCTAATTTTTCATCAATCATTGCGATTTCTTTATCTATTTCTGTAATCT
CACTTGTTTTAGCGGAAGTTTGTTCTAGAATAGCTTCGTTACTTTGAGTAATGTACTCTT
GCAATTTTTTTATTTCTTTAGTGATAGTTGAATATTTTTCAGTTGCTTCAAATGGTATTT
TGTCTAATTTTAATGAGGAAATCTGCTGCTCTACATCAGCTAAGTTTTCCTTCACATCTT
CCAAGTGTTTTTTAGCAATGTTATATGCCTCTGTTTTAATCAATAGTTGTTCTTTTAACT
CGCCGATCTCTTTTTTTAGGGCTTCGCGATCTTTGTTATTTTGAATGCCTTTTTCTCGAA
TTTCAGAGAGCTTGATTTGCTTATCCGCTTCAAACTGGGCTTTTATTTCTTTATTTGTTA
ACTCAATTTCTTCTGCACGTTTTTGCTCTTCTTCCTCATGATGTCGTTTCATTTCATCTT
GATCCTTGATATCATATGGACGATTACAGTGCTGACAAACTAAAAGATTTTCATTGAAAG
ATAATTTGGTATAAACTAGACCGCCTGTAAATTCTTCAGCTTCTACTTCATCATATTTGT
CGTACAATTCTTCATGCTTTTTATTTAATGCAATCAGTTCATTATCTTTTATAGAAACCA
AACGTTCTGTTACATTAAGACTTGATTCTTCATCTGCATACGTCTTCTGGGCCTTATTGA
GATCAGCAAAGAGTTTTGACTTACCTTGCTCAATGCCGTTAATGCGAGCATTCTGTGCAT
TATCATGCTTCAATTTAGCAGCAGTTAATTCTTCTTGTTTTGTATTAAGACTTGCAATTA
ATTCTGAAATATTACCACCATTTCTAATTGTAACGAGCTGGTTTTCGATGTCATTTTTCT
TTAATGTCAACTCGTTGCGAGTGGTTAATAGTTGCTCTTTGTTGATATTTTCAATATCTG
GCAATGCTGCTTGAATACCTTCGATTTTTACAGGAATATTTTTCAGCGTTTCGTTGATTC
GCTTTTGGTCTTGAAGCATACGATCACGAGCTGTTTTAATGTCATCATTGCCAATAATTT
CTTTTAATTGGTGAATTGATGGCGTTTCGTTGATAATCTCTTCATCTGTCTTGCTGCCAA
AGTATTCAAAAAGCTTTTGACGTCGTTCATCTGCCACTAACTGCTCACAAAAATAAGTCA
CACTAGTCAGATTCTTAAATGTGTCTTGATCTAATACTTTTTCTACTTCATCGTCAAATG
CTTTCTTAGTTGTGGTCTCTAATCCGTCTACGAGGTATTTTGTAAACATCTCATAAGACT
TGTGTTCCGAATTTCGTTTGATAACCTCTTTGTCTCCTCGGACCTTTTCAAACTCCTTTG
CCTGACCATTGATAGTCAAAACGACAGTTACTGATGTCTGTTTACCGCGAATTGGCTCGC
TATTTTCATCAAGTGGACGCCACTGAATCTTAGTACGTTCTTTTGAATCTTTGTTGAACA
AGCACCAAAGAAAAGCATCATAGATAGTTGTTTTGCCTGCATCGTTGTCTCCAAAAATAT
CAATACTTTTACCATTTGGTTCAATCATCAGGTCCGATATACCTTTAAAATTATGAATAC
GGATTGACTTCAAGCTAATGTTTTTCATACAATTAATCTCCTTCGATTTCTATGTTGTCT
TCTAAGATTGCTCGTATAACTGTTTCTTTGCGTTTGTTACAAATTTCAGTAGCAACATCA
TACCAAGCACTACTATGATTTTGATTCAGCTCTGTTGTTAAATCATATCTATAACTTTTG
CTAATTATTGGATCTACTAACCAATCCATACGTGCAATTAACGCTATAGCGTATAATTCT
CGTTCTGCGCAATTTTCAGTTGCGTTTTTAAACCATTCTTCAAACCGTTTTGACATGGTT
AATTTATTTGACTCATTATCCATTTCATTTCCTCCAGTTTTTATGTTATAATTCACGTGT
ATAATTTTTGTATGGGACTTAATCGTTTGTGGACGAATGAGTCCCTTTTTTTGTGTAAGC
TAAATATTTTGCATTGTCGTATTTCGCATCGTCGTATTTCATGAACCAAACGACTGCAAT
TGGTCCAATAATTAAAAGTAGATAATTTACTGGAACGCTATTTTTAATTATCAATCCTAA
AATAAATACAGCAATAAACGCTCCTGAAATTCGAGCTTCATACAAACTTTTTAGTTTTCT
ACGTTTCATTTATTTGCCTCCTATATTTACCCAAAGAACTCTGATAATCATTGCTATAAG
TGCTATCATAGTTGCTGTAAAAAACTCTAAGCGGCTTAAGCACATAACAAATACAAACAA
TAGAATTCCTAGTGTAGTTAACAACATTGCTTTAATAACAAATTCTTTGTTGTGCATTGA
AATCCTCCTATATAAAATTTCTGTCATACCATTCTTCTAAATCATCAACTTCTATCCTTA
CCAATCCACCATTTCTTTTAGCAGGTAATGGATCAATTTCTCGTTTCATCCATCTTGTAA
CAGTAGCAGCTGAAACATTTTTTCTTTTTGCTACTTCTATTGCTTTCAAAGGTGGAATTT
TCTTTGAACTATTTTTTTTAATCTTTTTTGATCTAAAATCAATAACTTCTAAAGCCATTT
GTATTCTCCTTCCTCATGTATCCTAGTTGTTCCCAATATGGAAAACGTTGCTCACTTAAA
TAACGAATATCTATCGAAGCAAGATCACACAAGCTACTAAGTAGTGTGATTTCAACAATT
ACTTCATCTAAATATTCACTTGCGTATGCAACTATTTTAGAAATATCTTGTTCAGATAAA
TATTCAGGATTTTTCAAAATAATTCTTTCGATGTCATGCTTCAACATTTTTCTTTCATTG
GATTCGATTTTCTGTAATCGGTCCAATGATGAAGGATCTTTTCGATAAACATCACCATCG
CAAGTTTTAAATATTCCAAAAAACTGATGAATAACTTCCATTGTGAAAGCCGAATCTCTA
AAATGATCACTAAGTCTTAGAGCATTTTCAATCGTTACTGGTTTGACATTGTTCTGAGAA
GTCCAATCACTCAATGATTGTTGAGATGTACTGATTTCACGTGCGACATCTTTCTTCTTT
TCATTTTTCTTATTAAGAACTTCGATTAACGACTTTCTTAATATTACTGACATTGACATT
TACTTTTACTTCTTCCTTTCTTAATTAACCATCTTTTTATATGATGTATTTTTTTATACA
ATTAGATTAGATCCAATTGATAGTTCAACTTATCCTGTGCTTGTTCATACAGACGAACTA
ACTGGTCATCTGTTGCTAGTTCAACAATAAGCTTTACATTTGGCATGATCTCCAAAATGA
AATCAATCATTTTTTGTTTTTCTGGCATATTTATTCTCCTTCTAACTTTCCTTAAAAATG
AAAGTTTTGTTATAATAGATCCGTAGTTCAAACTACTGAAAGGGGCTGATAGTCCATGGA
GGCATTTTTGAACTCAGCTGTGTCTCTATAACAGAGTAAAATTACTAATCCGACCTTGTA
CAAAGGAGGATTAATAAATCTTGGATAAACTACTGGACATACCAGCGTAAATCTATGATT
TAAGGTGTTAAAGGCCCGCAAAGTTTTTAACAAATTTTACAAAGTTATCTTATTAGCAGC
GTTGGGGACGATACCAACAAAATATTAAGAGCTACTGCTACTAGTTTTGAGACAAATAAT
TTCCGTAGCGTGTCTTGTGTAGCAGACAAAGATACGCTTTTTATTTAAATAACTGATTAG
TATCAAAATCTTTTCCATAAAATTCTTTCATTCGTTTGATTACTTCATAACTTGGTTTTG
TAAATCCATTTTCAATTTTTACATAGTGAGAAATAGAGATACTTAATTTTTTTGCTAATT
GCTGTTGTGTAAAAGATGATTTCTTACGATATTTTTTCAAATATTGCAATCCTTTCTGCT
TTACCATTAAATAAGCTTCCTTTCTATTTATTAAAAAGTCCAAGCAGCTTACCGTATTGA
TTGTCCAATACTTCATTTATTCGACTTTCAGTCGTTTGCTCCAAGCTAGTCGCAATAGTT
TGGAGCAAATACTTTATTTCTTTTAATTCTTGAATAATTTCTTTTTCAATTACTTTTTGT
TTTTCTGGCATATTTCCTGTCTCCTTTCATATTTCTCTTGCTATAATTAGTTATCAGCAC
TGGCATGCTGAAATAAAGTAAGCGAGGTGTAATATTTGAAAGCTAAACACGACATTCCTA
GTGTAAATGGTTTTGATATTGATCCTATTCAGCTAGCACATGATTTAACTATGCTAAAGC
TCTATAAATCTGATTTTGAAATTCCAGAACATAGTGATGAGCTTTACGAGTTATACATTA
GTCAGCTAACCCCTATAAGGGAAGAAATTAATGATAGAACCAGATTTGATTTATTTAATT
CAAATTCATAGGTAATATTTCTTCTTTTTTATACTCAAACTTTGTTTTTTCAGACATTGC
TTTGACCCAGTAACAATCTTTGTAATGTTTTACATCGTTTGAGTATATTAATGTAAATGC
GCCCAACACTGGTAAGCGTCCTTTATTACCTCTACTTTTAAATGGCCGTAACATGAAGGT
TTCTGAATCAGCGTGAATAACGATACCTTCTGGCTTTCCTGAAATCTCGATAATGTCACC
TTCTTTAAAAAATCCTATGTTTTTTTCTGGCATGTTTTTACATCTCCTTTTAAAATAATA
CGAATCGAGTACTTACTCTTCAAAAAAAAGAGTCCATGAAACATTTAATATTTTTGCCAT
TTTTTTTGCAGTTTGTACTGTCGGATTTCTATGTCCTTGTTCATATGATGAATATGTGGT
CTTAGCAATCCCTACTTTTTTTGCAAAACTTTCTTGAGTATATCCTAGTTCTTCTCTCTT
TATTTTTAACCATTTTTTCAAGAGTATCACCCCCTGCCGTTTGTAATACGTTTTGCGTAC
TTTTATAATAATACAATATGCGTACTTTGTAAAGAGAAAATACTCTTTTTTTGATACTTT
TTTTATTTCACTTGAAGTACGCAATTTGTGATAGTATATTATTGATAAAGGAGACGAATA
TATGTTTGCTAATAGATTAAAACAACTCAGAAAATCAAAACCTCATTTAACTCAACAAGA
TATGGCAAATATCTTAGGAGTAGCAAAAACAACATACGCTTCGTATGAACAAGGAAAGCG
AACGCCTGATGTCGAAATACAAAATAAAATAGCTGACTATTTTGGAGTAACACTAGATTA
TCTACATGGCAGAAAGTCAGATAGTGCTTCTGAACTTACCAAAGAACAACTAACAGTAGC
TGCACATATTGACGACGATGTTTCTGAAAAGGATATGAATGAGATACTCTCTTTTATCGA
TTACATCAAAAAACGCGATCACAATAATTAAAGTAGTAGGTGTTTTAATGGTTACTTCAG
AAGAATTAATGGCTCGCTTTTCAGATTTAACGTATAAGTTTGAACCTAACATGCCAGAGA
AGCAAAAAGGATTGTATATTAATAATGTTGTGTATTTAAATCCGCAACAACATCCTAGAG
AATTGACTAGTACGGTTGCCGAGGAAATTGGTCATCATCTCACATCGGTCGGTGATATAA
TAAATCAAGATACAAATGAAAAGAGAAAACAAGAACAAAAAGCTCGTGATATTGGAGCAA
CAATGGTAGTCACACCTCAAGATTTAATTGACTGCTATCATGAACGTTTTACATATGTTT
GGGAATGCGCCGATTTCCTAGGCATTACAAAACAAGCCTTGGAACGTGCTTTATCTGCTT
ATTCCAAACAGTTTCCTGAAGGTCTTGTATACGGCGATTATAAATTGTTTTTTAAACCTA
ACGGTACATTGGGGATTGTTAAATGGTTTTAAAGTAAAGGAGCTATATTATGAAAAATAG
TATCTTATTTATGTTGGGAATATCTTTGTTCTCAATGACTGCTTGTTCTGATGGGGATAA
AAAAGAAGTAAAAACAACAGTATCCTCTTCTACTGTTATCTCTGTCACCAAAGAATCATC
TGGTAATACGAAGAAAAACGAATCAAATTCAATAACTAAAACGTCCAATGTTATTACTTC
TTCTACATCTGTGGAAAAACCACAGGTGGAAGTAAGTTTAGCTGATTTTATTGGCGGTTG
GGGTATTCCTCAAAGCGGAAACCTATTTTTTATTAATGAAGACGGGACATATTCAAATGG
TCAAGTAGACCACTCTTCATTAATTGACCTTAAATTTAATATTTTAGCGGATGGAAGAAA
ATCAATGAGCTCTAATTTAGGAACTCTAATTAAAGAATCTGATGGCACATTAACAGATGG
CGAACTAGTCTTTCAACCACTTGAGTTTAGTAACAAAGAAGATTTCCTTGCAGATAAACA
AAAAGAATACAAAAATTCTCCCGAAACTAATGCACCCGAGAACGAAGTTGAAATTACTGA
TACTACAGAAGATATCACTAACGGAAATATCTCTACTGACATAAATACGCTCACAGGATT
CCTAAATGTGTATGGTATGACTCCTGCAGCTTATAAAGTTACCGTTGAAGGAATGAGTGA
AGAAGAAGCTTTAAGAAACACACCTAAAGAAATGAAAACTTCTGCAGAAATACAATTAGG
TATTTCTAAATATGGTATTCAATAATTTGTCTACGATTTATAATTAGCATTAGCCATAAA
AAACACATATAGGAGGCTAAAAAATGAGTGCATTTTTAGGTCTATCATCTTTATTAGGAT
TATTCGTAACTTCTGTATATTTTGTTTACTGTATTTTTAAGAAGAGAAATAATTTATCCT
ATTTTGTATGGATTTATATGATTCTTATTGGATTATTTTTCACTGCATTAGAGTTATTTA
TTCCAGGCACTATTTTTCTTTTTATTTCATTGTATAAAATATTAAAAGATCCAAAAGCAA
AGAAATTTCTACATGAACAAGAAATAAAACGAACAGAAAAAATAATAGAAAAACAAAATC
CTATTCAAAAATTTACAGAAAGTAATTCAAACGAAACAGAACAAAATCAGAAAGTTGCTC
CAACATATTCTAATGATTATTATCACTCGGATAAAAAAGCAGGGCTATTCCATCTTGGTG
TCTATTGTCCTTATTGTAAAAACCTTAACGTCCAATATATGCATAATAATCGTAAAGGCT
TCTCTGTGGGAAAGGCTGCAGGGGGTGCACTTTTAACTGGAGGAATAGGAACACTAGCTG
GTTTCGCTGGAAAAAAGGGTAAAAAAAATACATGGAGATGTAATAATTGCGGATGTACGT
TTAAATCCGCTAAGTAAGATTAGCCTACGGGCTTTTCTTTTAAGGCTGAAAAGAACATAC
GTTCTTACCTGTTAAGATAAATACTGAAAAAATAAAAGATATTTAATATAAATCTTCTAT
TTTATGTTACTAATCTTATTTAAATATTATAACTACGAAAGGATTTGCTTCAATGATGAC
ACCCTATGAATTACGAGAAAGATTGAAAAGAGATGTTCCAGAAGTAACAATTTATCCAAT
ATTAACAAACCCATATTATAGTGAAGAGAAATATCAAGATGTGTTGAAAGATCAATTAAA
ACTAAAAAAAGACATTGAAACTGATAATATGGTGACTCTCCCCTTGTTTTCTTGGGAAGA
AAAAGAATTAAAAATGGATCAGTTCTATGAAAAAGGTTGGTACAAACCTAAACTTTATAC
TCTTCCAAAATCCATGTTCAGGAGTGAAGATTAATGGCTTCTATTAAATCTTATAAATTG
AAAAACGGTCAAGAACGTTGGGAATACTTCGTTTCAAATGGGCGTAACAATGGTACTGGC
AGACAACAAAAAATACACAAAAGAGGTTTTAGAACCCATAAGGAAGCTTTGAAGGCTGCG
AAAATAATTGAAGGACAAATTGCTTCTGAAGAATTCGTTAAAGAAAACTCACAAAAAATG
ACTATTTCAAAATTTATGAATATTTGGATAAACGAATACAAAAATAACGTTAAGGAAGGA
TCACGAATTGTCTATCGAGATGCTATCCGTATGTATATTGATCCCTATATAGG

Region Details

Region	1
Region Length	18.3Kb
Completeness(score)	incomplete(20)
Specific Keyword	integrase
Region Position	358-18710
# tRNA	1
# Total Proteins	37
# Phage Hit Proteins	24
# Hypothetical Proteins	10
Phage + Hypothetical Protein %	91.8%
# Bacterial Proteins	3
Attachment Site	yes
# Phage Species	14
Most Common Phage Name(hit genes count)	PHAGE_Entero_phiFL2A_NC_013643(6) PHAGE_Entero_phiFL3A_NC_013648(5) PHAGE_Aeriba_AP45_NC_048651(5) PHAGE_Entero_phiFL1A_NC_013646(4) PHAGE_Entero_EFC_1_NC_025453(4) PHAGE_Entero_phiEf11_NC_013696(4) PHAGE_Lactob_PLE3_NC_031125(4) PHAGE_Entero_vB_IME197_NC_028671(4) PHAGE_Entero_EFLK1_NC_029026(3) PHAGE_Entero_phiEF24C_NC_009904(3) PHAGE_Brevib_Jimmer2_NC_041976(2) PHAGE_Lister_B054_NC_009813(2) PHAGE_Entero_ECP3_NC_027335(2) PHAGE_Lister_2389_NC_003291(2) PHAGE_Bacill_Pavlov_NC_028782(2) PHAGE_Bacill_Pookie_NC_027394(2) PHAGE_Lactob_iLp84_NC_028783(2) PHAGE_Bacill_Palmer_NC_028926(2) PHAGE_Bacill_Pascal_NC_027372(2) PHAGE_Lister_A500_NC_009810(1) PHAGE_Staphy_55_NC_007060(1) PHAGE_Staphy_2638A_NC_007051(1) PHAGE_Brevib_Davies_NC_022980(1) PHAGE_Lactob_LF1_NC_019486(1) PHAGE_Lactob_Lj965_NC_005355(1) PHAGE_Clostr_phiMMP02_NC_019421(1) PHAGE_Staphy_StB27_NC_019914(1) PHAGE_Bacill_Pony_NC_022770(1) PHAGE_Staphy_Ipla7_NC_018284(1) PHAGE_Brevib_Abouo_NC_029029(1) PHAGE_Bacill_phi4B1_NC_028886(1) PHAGE_Entero_EF62phi_NC_017732(1) PHAGE_Bacill_BalMu_1_NC_030945(1) PHAGE_Lactob_phiLdb_NC_022762(1) PHAGE_Entero_phiFL4A_NC_013644(1) PHAGE_Bacill_1_NC_009737(1) PHAGE_Staphy_13_NC_004617(1) PHAGE_Geobac_GBSV1_NC_008376(1) PHAGE_Lister_LP_030_2_NC_021539(1) PHAGE_Lister_LP_HM00113468_NC_049900(1) PHAGE_Strept_phiARI0468_4_NC_031915(1) PHAGE_Thermo_THSA_485A_NC_018264(1) PHAGE_Brevib_Jimmer1_NC_029104(1) PHAGE_Lactob_Ld25A_NC_025415(1) PHAGE_Strept_phiBHN167_NC_022791(1) PHAGE_Strept_O1205_NC_004303(1) PHAGE_Lactoc_TP901_1_NC_002747(1) PHAGE_Lactob_c5_NC_019449(1) PHAGE_Bacill_Page_NC_022764(1) PHAGE_Brevib_Osiris_NC_028969(1) PHAGE_Staphy_vB_SpsS_QT1_NC_048192(1)
First Most Common Phage #	6
First Most Common Phage %	16.21%
GC %	33.73%

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|PGCW01000087.1| Enterococcus faecalis strain G701R2B0C1 18710, gc%: 33.68%

Download details as .txt file: detail.txt

Hits against Virus and Prophage Database

Hits against Bacterial Database or GenBank File

Region 1, total 40 CDS

#	CDS Position	BLAST Hit	E-Value	Sequence
1	complement(358..1077)	PHAGE_Entero_phiEf11_NC_013696: antirepressor; CUR52_07325; phage(gi282598719)	4.54e-110	Show
2	complement(1046..1288)	hypothetical protein; CUR52_07330	0.0	Show
3	complement(1479..1563)	tRNA	0.0	Show
4	complement(1723..2307)	PHAGE_Brevib_Jimmer2_NC_041976: putative DNA polymerase; CUR52_07340; phage(gi100100)	3.30e-07	Show
5	complement(2408..2587)	PHAGE_Aeriba_AP45_NC_048651: hypothetical protein; CUR52_07345; phage(gi100025)	9.99e-05	Show
6	2477..2488	attL	0.0	Show
7	complement(2603..2713)	hypothetical protein; CUR52_07350	0.0	Show
8	complement(2728..2907)	PHAGE_Lactoc_TP901_1_NC_002747: ORF24; CUR52_07355; phage(gi13786555)	4.49e-10	Show
9	complement(2908..3114)	PHAGE_Entero_phiFL2A_NC_013643: hypothetical protein; CUR52_07360; phage(gi281416521)	1.46e-36	Show
10	complement(3108..3425)	replicase; CUR52_07365	0.0	Show
11	complement(3439..4053)	PHAGE_Entero_phiFL2A_NC_013643: hypothetical protein; CUR52_07370; phage(gi281416519)	6.12e-38	Show
12	complement(4210..4563)	DNA topoisomerase; CUR52_07375	0.0	Show
13	complement(4560..4934)	PHAGE_Entero_phiEF24C_NC_009904: hypothetical protein; CUR52_07380; phage(gi158079457)	3.75e-35	Show
14	complement(4931..5314)	PHAGE_Entero_phiFL2A_NC_013643: YopX superfamily protein; CUR52_07385; phage(gi281416516)	1.90e-43	Show
15	complement(5320..5547)	hypothetical protein; CUR52_07390	0.0	Show
16	complement(5568..5795)	PHAGE_Entero_phiFL2A_NC_013643: hypothetical protein; CUR52_07395; phage(gi281416513)	2.24e-44	Show
17	complement(5820..6569)	PHAGE_Entero_phiFL2A_NC_013643: hypothetical protein; CUR52_07400; phage(gi281416512)	1.87e-152	Show
18	complement(6653..6967)	hypothetical protein; CUR52_07405	0.0	Show
19	complement(6988..7488)	PHAGE_Bacill_1_NC_009737: hypothetical protein; CUR52_07410; phage(gi158348412)	2.53e-21	Show
20	complement(7501..8265)	PHAGE_Aeriba_AP45_NC_048651: hypothetical protein; CUR52_07415; phage(gi100016)	6.49e-27	Show
21	complement(8277..8978)	PHAGE_Bacill_Pookie_NC_027394: holin; CUR52_07420; phage(gi100034)	2.63e-51	Show
22	complement(8978..10150)	hypothetical protein; CUR52_07425	0.0	Show
23	complement(10151..12265)	PHAGE_Aeriba_AP45_NC_048651: hypothetical protein; CUR52_07430; phage(gi100013)	3.50e-73	Show
24	complement(12270..12560)	hypothetical protein; CUR52_07435	0.0	Show
25	complement(12616..12846)	PHAGE_Entero_phiFL4A_NC_013644: hypothetical protein; CUR52_07440; phage(gi281416444)	1.10e-07	Show
26	complement(12847..13044)	hypothetical protein; CUR52_07445	0.0	Show
27	complement(13025..13255)	DNA-binding protein; CUR52_07450	0.0	Show
28	complement(13236..13796)	PHAGE_Lactob_iLp84_NC_028783: hypothetical protein; CUR52_07455; phage(gi971743099)	1.15e-15	Show
29	complement(13859..14005)	PHAGE_Entero_EF62phi_NC_017732: hypothetical protein; CUR52_07460; phage(gi384519764)	7.65e-06	Show
30	complement(14378..14584)	PHAGE_Lactob_PLE3_NC_031125: putative phosphoesterase; CUR52_07465; phage(gi100037)	4.47e-08	Show
31	14853..15068	hypothetical protein; CUR52_07470	0.0	Show
32	complement(15052..15330)	hypothetical protein; CUR52_07475	0.0	Show
33	complement(15370..15558)	PHAGE_Lister_B054_NC_009813: gp42; CUR52_07480; phage(gi157325326)	1.28e-10	Show
34	15719..16048	PHAGE_Lister_B054_NC_009813: gp41; CUR52_07485; phage(gi157325325)	1.87e-26	Show
35	16065..16529	PHAGE_Lister_LP_030_2_NC_021539: DUF955 domain containing protein; CUR52_07490; phage(gi514051963)	7.38e-27	Show
36	16547..17302	PHAGE_Entero_phiEf11_NC_013696: LysM domain protein; CUR52_07495; phage(gi282598770)	3.70e-13	Show
37	17361..17954	PHAGE_Entero_phiFL2A_NC_013643: hypothetical protein; CUR52_07500; phage(gi281416552)	7.64e-25	Show
38	18110..18391	hypothetical protein; CUR52_07505	0.0	Show
39	18368..18379	attR	0.0	Show
40	18391..18710	PHAGE_Lactob_iLp84_NC_028783: integrase; CUR52_07510; phage(gi971743086)	7.55e-21	Show

Click on a region to see details.

Intact (score > 90)

Questionable (score 70-90)

Incomplete (score < 70)

Viewer Options

Length: 18710 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