Genome Detective

Genome Region

Sequence starts at position 1 and ends at position 5153 relative to NC_001538.1 reference sequence.

NC_001538.1

SRR3458562_Metagenome_example-NC_001538.1-90-0

NC_001538.1

SRR3458562_Metagenome_example-NC_001538.1-90-0

NC_001538.1

SRR3458562_Metagenome_example-NC_001538.1-90-0

TTTTGCAAAAATTGCAAAAGAATAGGGATTTCCCCAAATAGTTTTGCTAGGCCTCAGAAAAAGCCTCCACACCCTTACTACTTGAGAGAAAGGGTGGAGGCAGAGGCGGCCTCGGCCTCTTATATATTATAAAAAAAAAGGCCACAGGGAGGAGCTGCTTACCCATGGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGACTCACAGGGGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGACTCACAGGGAGGAGCTGCTTACCCATGGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGAC--------------------------------------------------AGACATGTTTTGCGAGCCTAGGAATCTTGGCCTTGTCCCCAGTTAAACTGGACAAAGGCCATGGTTCTGCGCCAGCTGTCACGACAAGCTTCAGTGAAAGTTGGTAAAACCTGGACTGGAACAAAAAAAAGAGCTCAGAGGATTTTTATTTTTATTTTAGAGCTTTTGCTGGAATTTTGTAGAGGTGAAGACAGTGTAGACGGGAAAAACAAAAGTACCACTGCTTTACCTGCTGTAAAAGACTCTGTAAAAGACTCCTAGGTAAGTAATCCCTTTTTTTTTGTATTTCCAGGTTCATGGGTGCTGCTCTAGCACTTTTGGGGGACCTAGTTGCCAGTGTATCTGAGGCTGCTGCTGCCACAGGATTTTCAGTGGCTGAAATTGCTGCTGGGGAGGCTGCTGCTGCTATAGAAGTTCAAATTGCATCCCTTGCTACTGTAGAGGGCATAACAAGTACCTCAGAGGCTATAGCTGCTATAGGCCTAACTCCTCAAACATATGCTGTAATTGCTGGTGCTCCTGGGGCTATTGCTGGGTTTGCTGCTTTAATTCAAACTGTTAGTGGTATTAGTTCCTTAGCTCAAGTAGGGTATAAGTTCTTTGATGATTGGGATCACAAAGTT

TCCACTGTAGGCCTCTATCAGCAATCAGGCATGGCTTTGGAATTGTTTAACCCAGATGAGTACTATGATATTCTGTTTCCTGGTGTAAATACTTTTGTTAATAATATTCAATACCTTGATCCTAGGCATTGGGGTCCTTCTTTGTTTGCTACTATTTCCCAGGCTTTGTGGCATGTTATTAGGGATGATATACCTTCTATAACCTCACAGGAATTGCAGAGAAGAACAGAAAGATTTTTTAGAGACTCCTTGGCTAGATTTTTGGAGGAAACTACCTGGACAATTGTAAATGCCCCTATAAACTTTTATAATTATATTCAACAATATTATTCTGATCTTTCCCCTATTAGGCCCTCAATGGTTAGACAAGTAGCTGAAAGGGAAGGTACCCGTGTACATTTTGGCCATACTTATAGTATAGATGATGCTGACAGTATAGAAGAAGTTACACAAAGAATGGACTTAAGAAATCAACAAAGTGTACATTCAGGAGAGTTTATAGAAAAAACTATTGCCCCAGGAGGTGCTAATCAAAGAACTGCTCCTCAATGGATGTTGCCTTTACTTCTAGGCCTGTACGGGACTGTAACACCTGCTCTTGAAGCATATGAAGATGGCCCCAACCAAAAGAAAAGGAGAGTGTCCAGGGGCAGCTCCCAAAAAGCCAAAGGAACCCGTGCAAGTGCCAAAACTACTAATAAAAGGAGGAGTAGAAGTTCTAGAAGTTAAAACTGGGGTAGATGCTATTACAGAGGTAGAATGCTTCCTAAACCCAGAAATGGGGGATCCAGATGAAAACCTTAGGGGCTTTAGTCTAAAGCTAAGTGCTGAAAATGACTTTAGCAGTGATAGCCCAGAGAGAAAAATGCTTCCCTGTTACAGCACAGCAAGAATTCCCCTCCCCAATTTAAATGAGGACCTAACCTGTGGAAATCTACTGATGTGGGAGGCTGTAACTGTACAAACAGAGGTTATTGGAATAACTAGCATGCTTAACCTT

CATGCAGGGTCACAAAAAGTGCATGAGCATGGTGGAGGAAAACCTATTCAAGGCAGTAATTTCCACTTCTTTGCTGTAGGTGGAGAACCCTTGGAAATGCAGGGAGTGCTAATGAATTACAGGTCAAAGTACCCTGATGGTACTATAACCCCTAAAAACCCAACAGCCCAGTCCCAGGTAATGAATACTGACCATAAGGCCTATTTGGACAAAAACAATGCTTATCCAGTTGAGTGCTGGGTACCTGATCCCAGTAGAAATGAAAATGCTAGGTATTTTGGGACTTTCACAGGAGGGGAAAATGTTCCCCCAGTACTTCATGTGACCAACACAGCTACCACAGTGTTGCTAGATGAACAGGGTGTGGGGCCTCTTTGTAAAGCTGATAGCCTGTATGTTTCAGCTGCTGATATTTGTGGCCTGTTTACTAACAGCTCTGGAACACAACAGTGGAGAGGCCTTGCAAGATATTTTAAGATCCGCCTGAGAAAAAGATCTGTAAAGAATCCTTACCCAATTTCCTTTTTGCTAAGTGACCTTATAAACAGGAGAACCCAGAGAGTGGATGGGCAGCCTATGTATGGTATGGAATCCCAGGTAGAAGAGGTTAGGGTGTTTGATGGCACAGAAAGACTTCCAGGGGACCCAGATATGATAAGATATATTGACAAACAGGGACAATTGCAAACCAAAATGCTTTAAACAGGTGCTTTTATTGTACATATACATTTAATAAATGCTGCTTTTGTATAAGCCACTTTTAAGCTTGTGTTATTTTGGGGGTGGTGTTTTAGGCCTTTTAAAACACTGAAAGCCTTTACACAAATGCAACTCTTGACTATGGGGGTCTGACCTTTGGGAATCTTCAGCAGGGGCTGAAGTATCTGAGACTTGGGAAGAGCATTGTGATTGGGATTCAGTGCTTGATCCATGTCCAGAGTCTTCAGTTTCTGAATCCTCTTCTCTTGTAATATCAAGAATACATTTCCCCATGCATATA

TTATATTTCATCCTTGAAAAAGTATACATACTTATCTCAGAATCCAGCCTTTCCTTCCATTCAACAATTCTAGATTGTATATCAGTTGCAAAATCAGCTACAGGCCTAAACCAAATTAGCAGTAGCAACAAGGTCATTCCACTTTGTAAAATTCTTTTTTCAAGTAAGAACTCTGAGTTTTGTAAGGATTTTCTTAAATATATTTTGGGCCTAAAATCTATTTGTCTTACAAATCTAGCTTGCAGGGTTTTAGGGACAGGATACTCATTCATTGTAACCAAGCCTGGTGGAAATATTTGGGTTCTTTTGTTTAAATGTTTCTTTTCTAAATTTACCTTAACACTTCCATCTAAATAATCTCTCAAACTGTCTAAATTGTTTATTCCATGTCCTGAAGGCAAATCCTTTGATTCAGCTCCTGTCCCTTTTACATCTTCAAAAACAACCATGTACTGATCTATAGCTACACCTAGCTCAAAGGTTAGCCTTTCCATGGGTAGGTTTACATTTAAGGCTTTACCACCACACAAATCTAATAACCCTGCAGCTAGTGTTGTTTTTCCACTATCAATGGGACCTTTAAATAACCAGTATCTTCTTTTAGGTACATTGAAAACAATACAGTGCAAAAAATCAAATATTACAGAATCCATTTTAGGTAGCAAACAGTGCAGCCAAGCAACACCTGCCATATATTGTTCTAGTACAGCATTTCCATGAGCTCCAAATATTAAATCCATTTTATCTAATATATGATTGAATCTTTCTGTTAGCATTTCTTCCCTGGTCATATGAAGGGTATCTACTCTTTTTTTAGCTAAAACTGTATCTACTGCTTGCTGACAAATACTTTTTTGATTTTTACTTTCTGCAAAAATAATAGCATTTGCAAAGTGCTTTTCATGATACTTAAAGTGATAAGGCTGGTCTTTTTTCTGACACTTTTTACACTCCTCTACATTGTATTGAAATTCTAAATACATACCTAATAATAAAAACA

CATCCTCACACTTTGTCTCTACTGCATACTCAGTAATTAATTTCCAAGACACCTGCTTTGTTTCTTCAGGCTCTTCTGGGCTAAAATCATGCTCCTTTAAGCCCCCTTGAATGCTTTCTTCTATAGTATGGTATGGATCTCTAGTTAAGGCACTATATAGTAAGTATTCCTTATTAACACCCTTACAAATTAAAAAACTAAAGGTACACAGCTTTTGACAGAAATTATTAATTGCAGAAACTCTATGTCTATGTGGAGTTAAAAAGAATATAATATTATGCCCAGCACACATGTGTCTACTAATAAAAGTTACAGAATATTTTTCCATAAGTTTTTTATACAGAATTTGAGCTTTTTCTTTAGTAGTATACACAGCAAAGCAGGCAAGGGTTCTATTACTAAATACAGCTTGACTAAGAAACTGGTGTAGATCAGAGGGAAAGTCTTTAGGGTCTTCTACCTTTCTTTTTTTTTTGGGTGGTGTTGAGTGTTGAGAATCTGCTGTTGCTTCTTCATCACTGGCAAACATATCTTCATGGCAAAATAAATCTTCATCCCATTTTTCATTAAAGGAACTCCACCAGGACTCCCACTCTTCTGTTCCATAGGTTGGCACCTATAAAAAAAATAATTACTTAGGGCCTTTTAATATTTTATTATTTATCTAAATATAAGTTAGTTACCTTAAAGCTTTAGATCTCTGAAGGGAGTTTCTCCAATTATTTGGACCCACCATTGCAGAGTTTCTTCAGTTAGGTCTAAGCCAAACCACTGTGTGAAGCAGTCAATGCAGTAGCAATCTATCCAAACCAAGGGCTCTTTTCTTAAAAATTTTCTATTTAAATGCCTTAATCTAAGCTGACATAGCATGCAAGGGCAGTGCACAGAAGGCTTTTTGGAACAAATAGGCCATTCCTTGCAGTACAGGGTATCTGGGCAAAGAGGAAAATCAGCACAAACCTCTGAGCTACTCCAGGTTCCAAAATCAGGCTGATGAGCT

ACCTTTACATCCTGCTCCATTTTTTTATACAAAGTATTCATTCTCTTCATTTTATCCTCGTCGCCCCCTTTGTCAGGGTGAAATTCCTTACACTTCCTTAAATAAGCTTTTCTCATTAAGGGAAGATTTCCCCAGGCAGCTCTTTCAAGGCCTAAAAGGTCCATGAGCTCCATGGATTCTTCCCTGTTAAGAACTTTATCCAT

TTTTGCAAAAATTGCAAAAGAATAGGGATTTCCCCAAATAGTTTTGCTAGGCCTCAGAAAAAGCCTCCACACCCTTACTACTTGAGAGAAAGGGTGGAGGCAGAGGCGGCCTCGGCCTCTTATATATTATAAAAAAAAAGGCCACAGGGAGGAGCTGCTTACCCATGGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGACTC.....GGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGACTCACAGGGAGGAGCTGCTTACCCATGGAATGCAGCCAAACCATGACCTCAGGAAGGAAAGTGCATGACTGGGCAGCCAGCCAGTGGCAGTTAATAGTGAAACCGGAAAGCAGCCAGACAGACATGTTTTGCGAGCCTAGGAATCTTGGCCTTGTCCCCAGTTAAACTGGACAAAGGCCATGGTTCTGCGCCAGCTGTCACGACAAGCTTCAGTGAAAGTTGGTAAAACCTGGACTGGAACAAAAAAAAGAGCTCAGAGGATTTTTATTTTTATTTTAGAGCTTTTGCTGGAATTTTGTAGAGGTGAAGACAGTGTAGACGGGAAAAACAAAAGTACCACTGCTTTACCTGCTGTAAAAGACTCTGTAAAAGACTCCTAGGTAAGTAATCCCTTTTTTTTTGTATTTCCAGGTTCATGGGTGCTGCTCTAGCACTTTTGGGGGACCTAGTTGCCAGTGTATCTGAGGCTGCTGCTGCCACAGGATTTTCAGTGGCTGAAATTGCTGCTGGGGAGGCTGCTGCTGCTATAGAAGTTCAAATTGCATCCCTTGCTACTGTAGAGGGCATAACAAGTACCTCAGAGGCTATAGCTGCTATAGGCCTAACTCCTCAAACATATGCTGTAATTGCTGGTGCTCCTGGGGCTATTGCTGGGTTTGCTGCTTTAATTCAAACTGTTAGTGGTATTAGTTCCTTGGCTCAAGTAGGGTATAGGTTCTTTAGTGATTGGGATCACAAAGTT

CATGCAGGGTCACAAAAAGTGCATGAGCATGGTGGAGGAAAACCTATTCAAGGCAGTAATTTCCACTTCTTTGCTGTTGGTGGAGACCCCTTGGAAATGCAGGGAGTGCTAATGAATTACAGGACAAAGTACCCAGATGGTACTATAACCCCTAAAAACCCAACAGCCCAGTCCCAGGTAATGAATACTGACCATAAGGCCTATTTGGACAAAAACAATGCTTATCCAGTTGAGTGCTGGGTTCCTGATCCCAGTAGAAATGAAAATACTAGGTATTTTGGGACTTTCACAGGAGGGGAAAATGTTCCCCCAGTACTTCATGTGACCAACACAGCTACCACAGTGTTGCTAGATGAACAGGGTGTGGGGCCTCTTTGTAAAGCTGATAGCCTGTATGTTTCAGCTGCTGATATTTGTGGCCTGTTTACTAACAGCTCTGGAACACAACAGTGGAGAGGCCTTGCAAGATATTTTAAGATCCGCCTGAGAAAAAGATCTGTAAAGAATCCTTACCCAATTTCCTTTTTGCTAAGTGACCTTATAAACAGGAGAACCCAGAGAGTGGATGGGCAGCCTATGTATGGTATGGAATCCCAGGTAGAAGAGGTTAGGGTGTTTGATGGCACAGAAAGACTTCCAGGGGACCCAGATATGATAAGATATATTGACAAACAGGGACAATTGCAAACCAAAATGCTTTAAACAGGTGCTTTTATTGTACATATACATTTAATAAATGCTGCTTTTGTATAAGCCACTTTTAAGCTTGTGTTATTTTGGGGGTGGTGTTTTAGGCCTTTTAAAACACTGAAAGCCTTTACACAAATGCAACTCTTGACTATGGGGGTCTGACCTTTGGGAATCTTCAGCAGGGGCTGAAGTATCTGAGACTTGGGAAGAGCATTGTGATTGGGATTCAGTGCTTGATCCATGTCCAGAGTCTTCAGTTTCTGAATCCTCTTCTCTTGTAATATCAAGAATACATTTCCCCATGCATATA

TTATATTTCATCCTTGAAAAAGTATACATACTTATCTCAGAATCCAGCCTTTCCTTCCATTCAACAATTCTAGATTGTATATCAGTTGCAAAATCAGCTACAGGCCTAAACCAAATTAGCAGTAGCAACAAGGTCATTCCACTTTGTAAAATTCTTTTTTCAAGTAAGAACTCTGAGTTTTGTAAGGATTTTCTTAAATATATTTTGGGCCTAAAATCTATTTGTCTTACAAATCTAGCTTGCAGGGTTTTAGGGACAGGATACTCATTCATTGTAACCAAGCCTGGTGGAAATATTTGGGTTCTTTTGTTTAAATGTTTCTTTTCTAAATTTACCTTAACACTTCCATCTAAATAATCTCTCAAACTGTCTAAATTGTTTATTCCATGTCCTGAAGGCAAATCCTTTGATTCAGCTCCTGTCCCTTTTACATCTTCAAAAACAACCATGTACTGATCTATAGCTACACCTAGCTCAAAGGTTAGCCTTTCCATGGGTAGGTTTACATTTAAGGCTTTACCTCCACACAAATCTAATAACCCTGCAGCTAGTGTTGTTTTTCCACTATCAATGGGACCTTTAAATAACCAGTATCTTCTTTTAGGTACATTGAAAACAATACAGTGCAAAAAATCAAATATTACAGAATCCATTTTAGGTAGCAAACAGTGCAGCCAAGCAACACCTGCCATATATTGTTCTAGTACAGCATTTCCATGAGCTCCAAATATTAAATCCATTTTATCTAATATATGATTGAATCTTTCTGTTAGCATTTCTTCCCTGGTCATATGAAGGGTATCTACTCTTTTTTTAGCTAAAACTGTATCTACTGCTTGCTGACAAATACTTTTTTGATTTTTACTTTCTGCAAAAATAATAGCATTTGCAAAGTGCTTTTCATGATACTTAAAGTGATAAGGCTGGTCTTTTTTCTGACACTTTTTACACTCCTCTACATTGTATTGAAATTCTAAATACATACCTAATAATAAAAACA

CATCCTCACACTTTGTCTCTACTGCATACTCAGTAATTAATTTCCAAGACACCTGCTTTGTTTCTTCAGGCTCTTCTGGGTTAAAATCATGCTCCTTTAAGCCCCCTTGAATGCTTTCTTCTATAGTATGGTATGGATCTCTAGTTAAGGCACTATATAGTAAGTATTCCTTATTAACACCCTTACAAATTAAAAAACTAAAGGTACACAGCTTTTGACAGAAATTATTAATTGCAGAAACTCTATGTCTATGTGGAGTTAAAAAGAATATAATATTATGCCCAGCACACATGTGTCTACTAATAAAAGTTACAGAATATTTTTCCATAAGTTTTTTATACAGAATTTGAGCTTTTTCTTTAGTAGTATACACAGCAAAGCAGGCAAGGGTTCTATTACTAAATACAGCTTGACTAAGAAACTGGTGTAGATCAGAGGGAAAGTCTTTAGGGTCTTCTACCTTTCTTTTTTTTTTGGGTGGTGTTGAGTGTTGAGAATCTGCTGTTGCTTCTTCATCACTGGCAAACATATCTTCATGGCAAAATAAATCTTCATCCCATTTTTCATTAAAGGAACTCCACCAGGACTCCCACTCTTCTGTTCCATAGGTTGGCACCTATAAAAAAAATAATTACTTAGGGCCTTTTAATATTTTATTATTTATCTAAATATAAGTTAGTTACCTTAAAGCTTTAGATCTCTGAAGGGAGTTTCTCCAATTATTTGGACCCACCATTGCAGAGTTTCTTCAGTTAGGTCTAAGCCAAACCACTGTGTGAAGCAGTCAATGCAGTAGCAATCTATCCAAACCAAGGGCTCTTTTCTTAAAAATTTTCTATTTAAATGCCTTAATCTAAGCTGACATAGCATGCAAGGGCAGTGCACAGAAGGCTTTTTGGAACAAATAGGCCATTCCTTGCAGTACAGGGTATCTGGGCAAAGAGGAAAATCAGCACAAACCTCTGAGCTACTCCAGGTTCCAAAATCAGGCTGATGAGCT

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BKPyVgp1

MVLRQLSRQASVKVGKTWTGTKKRAQRIFIFILELLLEFCRGEDSVDGKNKSTTALPAVKDSVKDS*

BKPyVgp2

MGAALALLGDLVASVSEAAAATGFSVAEIAAGEAAAAIEVQIASLATVEGITSTSEAIAAIGLTPQTYAVIAGAPGAIAGFAALIQTVSGISSLAQVGYKFFDDWDHKVSTVGLYQQSGMALELFNPDEYYDILFPGVNTFVNNIQYLDPRHWGPSLFATISQALWHVIRDDIPSITSQELQRRTERFFRDSLARFLEETTWTIVNAPINFYNYIQQYYSDLSPIRPSMVRQVAEREGTRVHFGHTYSIDDADSIEEVTQRMDLRNQQSVHSGEFIEKTIAPGGANQRTAPQWMLPLLLGLYGTVTPALEAYEDGPNQKKRRVSRGSSQKAKGTRASAKTTNKRRSRSSRS*

MGAALALLGDLVASVSEAAAATGFSVAEIAAGEAAAAIEVQIASLATVEGITSTSEAIAAIGLTPQTYAVIAGAPGAIAGFAALIQTVSGISSLAQVGYRFFSDWDHKVSTVGLYQQSGMALELFNPDEYYDILFPGVNTFVNNIQYLDPRHWGPSLFATISQALWHVIRDDIPSITSQELQRRTERFFRDSLARFLEETTWTIVNAPINFYNYIQQYYSDLSPIRPSMVRQVAEREGTRVHFGHTYSIDDADSIEEVTQRMDLRNQQSVHSGEFIEKTIAPGGANQRTAPQWMLPLLLGLYGTVTPALEAYEDGPNQKKRRVSRGSSQKAKGTRASAKTTNKRRSRSSRS*

BKPyVgp4

MAPTKRKGECPGAAPKKPKEPVQVPKLLIKGGVEVLEVKTGVDAITEVECFLNPEMGDPDENLRGFSLKLSAENDFSSDSPERKMLPCYSTARIPLPNLNEDLTCGNLLMWEAVTVQTEVIGITSMLNLHAGSQKVHEHGGGKPIQGSNFHFFAVGGEPLEMQGVLMNYRSKYPDGTITPKNPTAQSQVMNTDHKAYLDKNNAYPVECWVPDPSRNENARYFGTFTGGENVPPVLHVTNTATTVLLDEQGVGPLCKADSLYVSAADICGLFTNSSGTQQWRGLARYFKIRLRKRSVKNPYPISFLLSDLINRRTQRVDGQPMYGMESQVEEVRVFDGTERLPGDPDMIRYIDKQGQLQTKML*

MAPTKRKGECPGAAPKKPKEPVQVPKLLIKGGVEVLEVKTGVDAITEVECFLNPEMGDPDENLRGFSLKLSAENDFSSDSPERKMLPCYSTARIPLPNLNEDLTCGNLLMWEAVTVQTEVIGITSMLNLHAGSQKVHEHGGGKPIQGSNFHFFAVGGDPLEMQGVLMNYRTKYPDGTITPKNPTAQSQVMNTDHKAYLDKNNAYPVECWVPDPSRNENTRYFGTFTGGENVPPVLHVTNTATTVLLDEQGVGPLCKADSLYVSAADICGLFTNSSGTQQWRGLARYFKIRLRKRSVKNPYPISFLLSDLINRRTQRVDGQPMYGMESQVEEVRVFDGTERLPGDPDMIRYIDKQGQLQTKML*

BKPyVgp5

*KPPPTKPRKFCQFGKCLHLEQSHPDSRQSDEAPASTDSVQSSCQSQSETSSGHGSDETESDEERTIDLICKGMCINYKMRSFTYMSIESDLREKWEVIRSQIDTAFDAVPRFWILLLLLTMGSQLIRKELLFESNQLSKRLYIKPRFDIQRVFRAQLTKPVPYENMTVLGPPFIQTRKNLHKKELNVKVSGDLYDRLSDLNNIGHGSPLDKSEAGTGKVDEFVVMYQDIAVGLEFTLREMPLNVNLAKGGCLDLLGAALTTKGSDIPGKFLWYRRKPVNFVICHLFDFIVSDMKPLLCHLWAVGAMYQELVANGHAGFILDMKDLIHNFRETLMEERTMHLTDVRKKALVTDVAQQCISKQNKSEAFIIANAFHKEHYKFHYPQDKKQCKKCEEVNYQFELYMGLLLFVDECKTEVAYETILKWSVQKTEEPEEPSFDHEKLGGQISEEITHYPDRTLASYLLYEKNVGKCILFSFTCLKQCFNNIASVRHRHPTLFFIINHGACMHRSIFTVSYKEMLKKYLIQAKEKTTYVAFCALTRNSFVAQSLFQHLDSPFDKPDEVKRKKKPPTSHQSDATAEEDSAFMDEHCFLDEDWKENFSSWWSEWEETGYTPV

*KPPPTKPRKFCQFGKCLHLEQSHPDSRQSDEAPASTDSVQSSCQSQSETSSGHGSDETESDEERTIDLICKGMCINYKMRSFTYMSIESDLREKWEVIRSQIDTAFDAVPRFWILLLLLTMGSQLIRKELLFESNQLSKRLYIKPRFDIQRVFRAQLTKPVPYENMTVLGPPFIQTRKNLHKKELNVKVSGDLYDRLSDLNNIGHGSPLDKSEAGTGKVDEFVVMYQDIAVGLEFTLREMPLNVNLAKGGCLDLLGAALTTKGSDIPGKFLWYRRKPVNFVICHLFDFIVSDMKPLLCHLWAVGAMYQELVANGHAGFILDMKDLIHNFRETLMEERTMHLTDVRKKALVTDVAQQCISKQNKSEAFIIANAFHKEHYKFHYPQDKKQCKKCEEVNYQFELYMGLLLFVDECKTEVAYETILKWSVQKTEEPEEPNFDHEKLGGQISEEITHYPDRTLASYLLYEKNVGKCILFSFTCLKQCFNNIASVRHRHPTLFFIINHGACMHRSIFTVSYKEMLKKYLIQAKEKTTYVAFCALTRNSFVAQSLFQHLDSPFDKPDEVKRKKKPPTSHQSDATAEEDSAFMDEHCFLDEDWKENFSSWWSEWEETGYTPV

BKPyVgp6

*LKLDRFPTEGIIQVWWQLTEETLDLGFWQTFCDICYCDIWVLPEKRLFKRNLHRLRLQCLMCPCHVSPKKSCIPWEKCYLTDPCLPFDACV

ESSSWTGFDPQHAVKVDQEMKKYLTNMRKMKDEDGGKDPHFEKCKRLYAKRMLPLNGWAARELGLLDMLEMSEERNLVKDM


	Begin	End	Coverage	Score	Concordance	Matches	Identities	I/D/M/F^*	Stop Codons
NT	1	5153	99.9%	10189	99.0%	5148 (99.0%)	5136 (98.8%)	50/0
Mutations:	327_328insTGGGCAGCCAGCCAGTGGCAGTTAATAGTGAAACCGGAAAGCAGCCAGAC 905A>G 922A>G 930G>A 931A>G 2028A>T 2037A>C 2074T>A 2085T>A 2193A>T 2218G>A 3472A>T 4031C>T
CDS

BKPyVgp1	1	67	100%	416	100%	67 (100%)	67 (100%)	0/0/0/0	1
BKPyVgp2	1	352	100%	2323	99.5%	352 (100%)	350 (99.4%)	0/0/0/0	1
Protein mutations:	K100R (922A>G) D103S (930G>A 931A>G)
Codon mutations:	TTA94TTG (905A>G) AAG100AGG (922A>G) GAT103AGT (930G>A 931A>G)
BKPyVgp3	1	233	100%	1632	100%	233 (100%)	233 (100%)	0/0/0/0	1
BKPyVgp4	1	363	100%	2544	99.6%	363 (100%)	360 (99.2%)	0/0/0/0	1
Protein mutations:	E158D (2037A>C) S171T (2074T>A) A219T (2218G>A)
Codon mutations:	GTA155GTT (2028A>T) GAA158GAC (2037A>C) TCA171ACA (2074T>A) CCT174CCA (2085T>A) GTA210GTT (2193A>T) GCT219ACT (2218G>A)
BKPyVgp5	1	696	100%	4954	99.9%	696 (100%)	695 (99.9%)	0/0/0/0	1
Protein mutations:	S260N (4031C>T)
Codon mutations:	AGC260AAC (4031C>T) GGT446GGA (3472A>T)
BKPyVgp6	1	173	100%	1355	100%	173 (100%)	173 (100%)	0/0/0/0	1
Proteins

agnoprotein (YP_717936.1)	1	67	100%	416	100%	67 (100%)	67 (100%)	0/0/0/0	1
Protein mutations:	none
Codon mutations:	none
VP2 (YP_717937.1)	1	352	100%	2323	99.5%	352 (100%)	350 (99.4%)	0/0/0/0	1
Protein mutations:	K100R (922A>G) D103S (930G>A 931A>G)
Codon mutations:	TTA94TTG (905A>G) AAG100AGG (922A>G) GAT103AGT (930G>A 931A>G)
VP3 (YP_717938.1)	1	233	100%	1632	100%	233 (100%)	233 (100%)	0/0/0/0	1
Protein mutations:	none
Codon mutations:	none
VP1 (YP_717939.1)	1	363	100%	2544	99.6%	363 (100%)	360 (99.2%)	0/0/0/0	1
Protein mutations:	E158D (2037A>C) S171T (2074T>A) A219T (2218G>A)
Codon mutations:	GTA155GTT (2028A>T) GAA158GAC (2037A>C) TCA171ACA (2074T>A) CCT174CCA (2085T>A) GTA210GTT (2193A>T) GCT219ACT (2218G>A)
large T antigen (YP_717940.1)	1	696	100%	4954	99.9%	696 (100%)	695 (99.9%)	0/0/0/0	1
Protein mutations:	S260N (4031C>T)
Codon mutations:	AGC260AAC (4031C>T) GGT446GGA (3472A>T)
small t antigen (YP_717941.1)	1	173	100%	1355	100%	173 (100%)	173 (100%)	0/0/0/0	1
Protein mutations:	none
Codon mutations:	none

Version 2.22.2
Genome Detective Platform

NGS Details (SRR3458562_Metagenome_example): Betapolyomavirus hominis

Assembly

Coverage Map

Variant Tables

Assignment

Alignment

Genome Region

Alignment Detailed Statistics

Analysis details