Detailed information
Bioinformatically predicted
Overview
| Name | comC | Type | Machinery gene |
| Locus tag | KCV09_RS13440 | Genome accession | NZ_CP073241 |
| Coordinates | 2930915..2935276 (+) | Length | 1453 a.a. |
| NCBI ID | WP_212515271.1 | Uniprot ID | - |
| Organism | Acinetobacter soli strain M3-1-68 | ||
| Function | assembly of type IV pilus (predicted from homology) DNA binding and uptake |
||
Genomic Context
Location: 2925915..2940276
| Locus tag | Gene name | Coordinates (strand) | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| KCV09_RS13405 | rpoZ | 2926104..2926385 (-) | 282 | WP_004934284.1 | DNA-directed RNA polymerase subunit omega | - |
| KCV09_RS13410 | gmk | 2926454..2927077 (-) | 624 | WP_025095725.1 | guanylate kinase | - |
| KCV09_RS13415 | ispH | 2927213..2928163 (+) | 951 | WP_004934289.1 | 4-hydroxy-3-methylbut-2-enyl diphosphate reductase | - |
| KCV09_RS13420 | - | 2928284..2928730 (+) | 447 | WP_004945018.1 | GspH/FimT family pseudopilin | - |
| KCV09_RS13425 | pilV | 2928727..2929263 (+) | 537 | WP_025095723.1 | type IV pilus modification protein PilV | Machinery gene |
| KCV09_RS13430 | comB | 2929264..2930232 (+) | 969 | WP_212515270.1 | PilW family protein | Machinery gene |
| KCV09_RS13435 | pilX | 2930229..2930897 (+) | 669 | WP_025095721.1 | PilX N-terminal domain-containing pilus assembly protein | Machinery gene |
| KCV09_RS13440 | comC | 2930915..2935276 (+) | 4362 | WP_212515271.1 | PilC/PilY family type IV pilus protein | Machinery gene |
| KCV09_RS13445 | comE | 2935342..2935815 (+) | 474 | WP_212515272.1 | type IV pilin protein | Machinery gene |
| KCV09_RS13450 | comF | 2935815..2936249 (+) | 435 | WP_212515273.1 | type IV pilin protein | Machinery gene |
| KCV09_RS13455 | rpsP | 2936391..2936648 (+) | 258 | WP_004934313.1 | 30S ribosomal protein S16 | - |
| KCV09_RS13460 | rimM | 2936666..2937214 (+) | 549 | WP_004934317.1 | ribosome maturation factor RimM | - |
| KCV09_RS13465 | trmD | 2937263..2937997 (+) | 735 | WP_004934319.1 | tRNA (guanosine(37)-N1)-methyltransferase TrmD | - |
| KCV09_RS13470 | rplS | 2938207..2938578 (+) | 372 | WP_004934323.1 | 50S ribosomal protein L19 | - |
| KCV09_RS13475 | - | 2938645..2939616 (-) | 972 | WP_151814893.1 | triacylglycerol lipase | - |
Sequence
Protein
Download Length: 1453 a.a. Molecular weight: 157074.74 Da Isoelectric Point: 7.9077
>NTDB_id=558419 KCV09_RS13440 WP_212515271.1 2930915..2935276(+) (comC) [Acinetobacter soli strain M3-1-68]
MKNKKSKRFNPLLGTATPQHHRMLCTAMMSVSLIIACNAQASDVEVYHQGAQFDKRLMLMVDQSRTMGGAGALDLLKEYP
ICVGKGVSNILGSGGGLGLLGDKDALELVTNTVGAVDQVALQGLLGGSLDPLLKITTESPSSKYNYARNYCTVVTTDLVV
KTLDGLLKPLLGATGLDAKSYIENTCDFQANVKLLNSVSAVGVYRCYDKLSRVKNALTDVLLGNSSTGLKPLPDNVSVGI
SVMPVDVMTNDRAGRILAPACKLSTTRASDTNFRCFEKTYSGSATTYRNYLVEKIAGNIQSKGDFNLQNVLVIVPKLIAA
LVGDIFSKLWSILSNPVKGLSELLEFKGTASTVNDLLKTLGLAGNVPTASTYAETGAYLMGTTTKGTGARQIAMRIIPVK
ILFLPLLGWYDYKCDKYGTDSWQSDGVTCKDDAWQYKSGGISTTNLIQVNDDLVSSLISDGVVGGLLNGVVGNILGIKVS
EKHLYYGYDSQADIEYSGFSNSVDSSKRSTTFYRAPTDTPQCNANGIMVITGGVPNITPTVTDALLKQGAEGLGTQNAIE
RLMGRSLNTSATDLSKLDLSNVFQCDASAGLKSTTLSSRDYATWSCIGNYTKKLLDKNITTGVIGVGREFTTIPSTTDSA
QLEASMTGVNNSLLGQIVPNLLKDTLNVLLGGTLVNGLTSLLGNVFPTDAEDVKNLARWGVLGKGGWYNSASSENIANSI
YNFYANLGISNRETFLGVPVVPTDPLTPYNLDNYVFQNMFVPDDKQTWFGNVKKYLADTGETIQTKTITDVWSNSNIQST
KTSILTGGFADKLPTATSSSASSRQLYVNRACITKDKKYDVSASIGLIGNDYYTKLCESQSKDPRRSDLMNLLGYQIQTT
NNQESLIAKPEYKKVGMVLHSSPIKITQSATIKNDGSLTRDDYLVFGTVQGLLHVVNASTGVEKFAFLPNELLENAKQRK
AFTGTNLEGHDNFNNMQYGIDAPWTAYSEYVWNTKDGKLTVGKSATDATCIKDGVSTGACGKQYLYGGLRMGGRSYYALD
LSLWDDQTKPSLKFYIDPASGKVYSSTTPEGKSFDAIKYMGQSWSKPTVAWVNWQGKRKLVMFVGGGYDAGGTDGNANNG
GYEQVSYAQSNKIGSGVYMFDAENGDLLWWASNLATTANTGATMALKTNMQYSVVSRINAVDRNGDGLVDHLYFGDLGGQ
LWRVDINNGSNPQQFAQAAQLLDLQNNKPSDLTDANLRFYEAPIFSVYGYGANSLAVLSIATTNRSLPISDQSAGVVFNL
FDNDVTQVSFSTRDMAANNKNLVAYAQLPKYGELTMVNRPQYGWYAKLSNQQKVMDEPVVINKNLYVSIFDPIAQEGRVA
DCSIGVQGLSSVRRFCLPYGVCEKSADLTTTLKLGKGILPVTIGAGTTSNGVTTRQILGGSSTDRDSTKDVLSSTQTTRR
QIVPLKWYEQYTP
MKNKKSKRFNPLLGTATPQHHRMLCTAMMSVSLIIACNAQASDVEVYHQGAQFDKRLMLMVDQSRTMGGAGALDLLKEYP
ICVGKGVSNILGSGGGLGLLGDKDALELVTNTVGAVDQVALQGLLGGSLDPLLKITTESPSSKYNYARNYCTVVTTDLVV
KTLDGLLKPLLGATGLDAKSYIENTCDFQANVKLLNSVSAVGVYRCYDKLSRVKNALTDVLLGNSSTGLKPLPDNVSVGI
SVMPVDVMTNDRAGRILAPACKLSTTRASDTNFRCFEKTYSGSATTYRNYLVEKIAGNIQSKGDFNLQNVLVIVPKLIAA
LVGDIFSKLWSILSNPVKGLSELLEFKGTASTVNDLLKTLGLAGNVPTASTYAETGAYLMGTTTKGTGARQIAMRIIPVK
ILFLPLLGWYDYKCDKYGTDSWQSDGVTCKDDAWQYKSGGISTTNLIQVNDDLVSSLISDGVVGGLLNGVVGNILGIKVS
EKHLYYGYDSQADIEYSGFSNSVDSSKRSTTFYRAPTDTPQCNANGIMVITGGVPNITPTVTDALLKQGAEGLGTQNAIE
RLMGRSLNTSATDLSKLDLSNVFQCDASAGLKSTTLSSRDYATWSCIGNYTKKLLDKNITTGVIGVGREFTTIPSTTDSA
QLEASMTGVNNSLLGQIVPNLLKDTLNVLLGGTLVNGLTSLLGNVFPTDAEDVKNLARWGVLGKGGWYNSASSENIANSI
YNFYANLGISNRETFLGVPVVPTDPLTPYNLDNYVFQNMFVPDDKQTWFGNVKKYLADTGETIQTKTITDVWSNSNIQST
KTSILTGGFADKLPTATSSSASSRQLYVNRACITKDKKYDVSASIGLIGNDYYTKLCESQSKDPRRSDLMNLLGYQIQTT
NNQESLIAKPEYKKVGMVLHSSPIKITQSATIKNDGSLTRDDYLVFGTVQGLLHVVNASTGVEKFAFLPNELLENAKQRK
AFTGTNLEGHDNFNNMQYGIDAPWTAYSEYVWNTKDGKLTVGKSATDATCIKDGVSTGACGKQYLYGGLRMGGRSYYALD
LSLWDDQTKPSLKFYIDPASGKVYSSTTPEGKSFDAIKYMGQSWSKPTVAWVNWQGKRKLVMFVGGGYDAGGTDGNANNG
GYEQVSYAQSNKIGSGVYMFDAENGDLLWWASNLATTANTGATMALKTNMQYSVVSRINAVDRNGDGLVDHLYFGDLGGQ
LWRVDINNGSNPQQFAQAAQLLDLQNNKPSDLTDANLRFYEAPIFSVYGYGANSLAVLSIATTNRSLPISDQSAGVVFNL
FDNDVTQVSFSTRDMAANNKNLVAYAQLPKYGELTMVNRPQYGWYAKLSNQQKVMDEPVVINKNLYVSIFDPIAQEGRVA
DCSIGVQGLSSVRRFCLPYGVCEKSADLTTTLKLGKGILPVTIGAGTTSNGVTTRQILGGSSTDRDSTKDVLSSTQTTRR
QIVPLKWYEQYTP
Nucleotide
Download Length: 4362 bp
>NTDB_id=558419 KCV09_RS13440 WP_212515271.1 2930915..2935276(+) (comC) [Acinetobacter soli strain M3-1-68]
ATGAAAAACAAGAAATCTAAAAGATTTAATCCCTTACTAGGTACCGCTACACCTCAGCATCATCGGATGCTGTGTACAGC
TATGATGAGCGTTTCACTGATAATTGCATGCAACGCTCAGGCCAGTGATGTCGAGGTTTATCATCAAGGAGCACAATTTG
ATAAGCGTTTAATGCTGATGGTCGATCAGTCCCGCACCATGGGGGGAGCAGGAGCACTCGATTTATTAAAAGAATATCCT
ATTTGTGTGGGGAAAGGTGTCTCTAATATTTTAGGTTCAGGGGGTGGGCTGGGGCTGCTAGGCGATAAAGATGCGCTTGA
GTTGGTCACCAATACCGTAGGTGCAGTCGATCAGGTGGCTTTACAGGGCTTACTGGGCGGGAGTCTGGATCCGCTGTTAA
AGATCACCACAGAGTCACCGAGCAGTAAATACAACTATGCACGTAATTACTGTACCGTAGTCACCACAGATTTGGTGGTA
AAAACACTCGATGGCTTATTAAAACCGCTGCTGGGTGCAACCGGGCTAGACGCCAAAAGTTATATCGAAAATACCTGTGA
TTTTCAGGCCAATGTTAAACTGCTGAACAGTGTTTCTGCGGTGGGTGTATATCGATGCTATGACAAACTTTCGCGGGTCA
AAAATGCCTTAACGGACGTATTGCTTGGAAATAGTAGTACAGGGCTCAAACCTCTGCCAGACAATGTCAGTGTCGGGATA
TCGGTCATGCCGGTTGATGTTATGACCAATGATCGTGCGGGACGTATTTTGGCGCCTGCTTGTAAGCTGTCGACCACTCG
AGCCAGTGATACCAATTTCCGTTGTTTTGAAAAGACCTACTCAGGGAGTGCCACCACGTATCGTAACTATCTAGTCGAAA
AAATTGCAGGAAATATTCAGTCCAAAGGCGATTTTAATCTACAAAATGTATTGGTTATTGTGCCGAAACTGATTGCAGCG
TTGGTGGGTGATATCTTTAGTAAACTCTGGAGCATTCTTTCAAATCCAGTAAAAGGTTTGTCTGAGTTATTAGAATTTAA
GGGTACAGCCAGCACCGTCAATGATTTACTCAAAACTCTTGGACTCGCAGGGAATGTTCCAACCGCCAGTACCTATGCAG
AGACGGGTGCCTATTTAATGGGAACCACTACCAAGGGTACTGGTGCTAGACAAATAGCAATGAGAATTATTCCAGTAAAA
ATTCTATTTCTTCCACTATTAGGCTGGTACGATTATAAATGTGATAAATACGGAACAGATAGCTGGCAATCTGATGGTGT
AACGTGTAAGGATGATGCTTGGCAGTATAAGTCTGGTGGAATATCAACAACTAATCTTATACAGGTAAATGATGATCTGG
TCAGCTCCCTTATCAGTGATGGAGTGGTAGGGGGGCTTTTAAATGGTGTGGTTGGTAACATCTTGGGAATCAAGGTCTCA
GAGAAACATCTCTACTATGGCTATGATTCACAAGCTGATATTGAATATAGCGGCTTTAGTAACTCGGTCGATTCCAGCAA
ACGTTCTACTACATTTTATCGCGCACCGACAGACACACCGCAATGTAATGCTAACGGTATTATGGTGATTACTGGTGGCG
TACCAAATATCACCCCAACGGTTACCGATGCACTGCTTAAGCAAGGCGCGGAAGGGCTGGGCACACAAAATGCGATTGAG
CGTTTGATGGGTCGTTCACTCAATACTTCGGCCACAGACTTGTCGAAGCTCGACCTCAGTAACGTTTTTCAGTGTGATGC
ATCGGCAGGATTAAAATCGACCACTTTAAGTAGCCGTGATTATGCCACGTGGAGCTGCATTGGTAATTACACCAAAAAGC
TACTCGATAAAAATATCACCACGGGTGTGATTGGCGTTGGGCGTGAATTTACCACGATTCCAAGCACTACAGATTCAGCC
CAGCTTGAAGCATCTATGACGGGTGTAAATAATTCGCTATTGGGTCAGATTGTTCCGAATTTATTAAAGGACACCTTAAA
CGTATTGCTTGGTGGTACGTTGGTGAATGGTTTAACCAGTTTGCTTGGCAATGTATTTCCAACCGATGCCGAGGATGTCA
AAAATCTGGCACGGTGGGGCGTACTGGGTAAAGGGGGCTGGTATAACTCAGCCAGCTCAGAAAATATTGCCAACAGTATT
TATAACTTTTATGCCAATTTGGGCATTAGTAATCGGGAAACCTTTTTAGGCGTACCTGTGGTGCCAACAGATCCACTTAC
CCCATACAATCTTGATAACTATGTTTTTCAAAACATGTTTGTTCCCGACGACAAACAAACTTGGTTTGGGAATGTAAAAA
AATATTTGGCCGATACAGGTGAAACCATACAGACCAAAACCATCACCGATGTCTGGAGTAATAGCAACATACAATCCACC
AAAACCAGTATTTTAACGGGTGGGTTTGCAGACAAATTACCTACAGCGACCAGTAGCAGTGCATCTAGCCGGCAGTTATA
CGTGAATCGCGCGTGTATCACGAAAGATAAAAAATATGATGTTTCCGCTTCAATTGGGCTGATTGGAAACGACTACTATA
CCAAGCTCTGCGAAAGTCAAAGTAAAGACCCGCGTCGTAGCGATTTGATGAACCTGCTGGGCTATCAAATTCAAACCACC
AATAATCAAGAAAGTCTGATTGCCAAACCTGAATATAAAAAAGTCGGGATGGTGCTTCATTCATCGCCAATCAAAATTAC
CCAGTCGGCTACCATCAAAAATGATGGTTCATTGACACGTGATGATTATTTGGTATTTGGTACCGTGCAAGGGCTTTTAC
ATGTGGTCAATGCCAGTACAGGTGTAGAAAAATTTGCATTTTTACCCAATGAGCTACTTGAAAATGCCAAGCAGCGTAAA
GCCTTTACAGGTACAAATCTTGAGGGACACGACAACTTTAACAATATGCAATACGGCATTGATGCGCCGTGGACCGCCTA
CAGTGAATACGTGTGGAACACTAAAGATGGCAAACTCACTGTTGGTAAGTCGGCCACAGATGCAACCTGTATAAAAGATG
GCGTCTCGACGGGCGCTTGCGGTAAGCAATACCTTTATGGTGGATTACGTATGGGTGGACGCAGTTATTATGCCTTGGAT
TTGAGCCTATGGGATGATCAAACCAAACCAAGCTTAAAGTTCTATATTGATCCTGCTTCTGGCAAAGTTTATTCATCGAC
CACTCCAGAAGGAAAAAGCTTCGATGCCATCAAGTACATGGGGCAAAGCTGGTCGAAACCAACCGTGGCATGGGTGAACT
GGCAGGGCAAACGCAAATTGGTCATGTTTGTGGGTGGTGGCTACGATGCAGGTGGAACCGATGGTAATGCCAATAATGGC
GGATACGAACAGGTCAGTTACGCTCAGAGCAATAAGATTGGTTCGGGTGTGTACATGTTTGATGCCGAAAATGGCGATCT
GCTCTGGTGGGCCAGCAATTTGGCCACCACAGCCAATACCGGTGCCACCATGGCCCTGAAAACCAACATGCAATATAGCG
TCGTCAGCCGGATCAATGCAGTAGATCGAAATGGTGATGGTCTGGTCGATCATTTGTACTTTGGTGATTTGGGCGGACAA
CTCTGGCGTGTCGATATTAATAACGGCAGTAATCCTCAACAGTTTGCACAGGCAGCACAGTTACTCGATCTGCAAAACAA
TAAACCAAGTGATTTAACCGATGCCAATTTACGTTTTTATGAAGCACCTATTTTTAGTGTGTATGGATATGGCGCCAATT
CACTTGCTGTGTTGAGTATTGCAACCACTAACCGCAGTTTACCGATTAGTGATCAAAGTGCCGGGGTGGTATTTAATCTT
TTCGACAACGATGTCACACAGGTGAGTTTTAGCACCCGTGATATGGCAGCAAACAATAAAAATTTAGTCGCTTATGCACA
ATTGCCAAAATATGGGGAGCTGACCATGGTCAATCGTCCGCAATATGGTTGGTATGCCAAATTAAGCAACCAGCAAAAGG
TGATGGATGAACCTGTGGTCATCAATAAAAACCTGTATGTGAGTATTTTTGATCCGATTGCACAAGAAGGACGTGTGGCA
GATTGCTCAATTGGTGTGCAAGGTTTGAGTAGTGTCCGTCGCTTTTGTCTGCCATATGGTGTGTGCGAAAAGTCGGCTGA
CCTGACAACAACACTTAAACTTGGAAAAGGCATTTTACCCGTGACGATTGGCGCTGGTACCACCAGCAATGGCGTAACGA
CCCGACAAATCTTGGGGGGAAGTTCAACCGATCGTGACTCGACCAAAGATGTGCTCTCAAGTACCCAAACCACGCGGCGT
CAAATTGTGCCATTAAAATGGTATGAACAGTACACCCCTTAA
ATGAAAAACAAGAAATCTAAAAGATTTAATCCCTTACTAGGTACCGCTACACCTCAGCATCATCGGATGCTGTGTACAGC
TATGATGAGCGTTTCACTGATAATTGCATGCAACGCTCAGGCCAGTGATGTCGAGGTTTATCATCAAGGAGCACAATTTG
ATAAGCGTTTAATGCTGATGGTCGATCAGTCCCGCACCATGGGGGGAGCAGGAGCACTCGATTTATTAAAAGAATATCCT
ATTTGTGTGGGGAAAGGTGTCTCTAATATTTTAGGTTCAGGGGGTGGGCTGGGGCTGCTAGGCGATAAAGATGCGCTTGA
GTTGGTCACCAATACCGTAGGTGCAGTCGATCAGGTGGCTTTACAGGGCTTACTGGGCGGGAGTCTGGATCCGCTGTTAA
AGATCACCACAGAGTCACCGAGCAGTAAATACAACTATGCACGTAATTACTGTACCGTAGTCACCACAGATTTGGTGGTA
AAAACACTCGATGGCTTATTAAAACCGCTGCTGGGTGCAACCGGGCTAGACGCCAAAAGTTATATCGAAAATACCTGTGA
TTTTCAGGCCAATGTTAAACTGCTGAACAGTGTTTCTGCGGTGGGTGTATATCGATGCTATGACAAACTTTCGCGGGTCA
AAAATGCCTTAACGGACGTATTGCTTGGAAATAGTAGTACAGGGCTCAAACCTCTGCCAGACAATGTCAGTGTCGGGATA
TCGGTCATGCCGGTTGATGTTATGACCAATGATCGTGCGGGACGTATTTTGGCGCCTGCTTGTAAGCTGTCGACCACTCG
AGCCAGTGATACCAATTTCCGTTGTTTTGAAAAGACCTACTCAGGGAGTGCCACCACGTATCGTAACTATCTAGTCGAAA
AAATTGCAGGAAATATTCAGTCCAAAGGCGATTTTAATCTACAAAATGTATTGGTTATTGTGCCGAAACTGATTGCAGCG
TTGGTGGGTGATATCTTTAGTAAACTCTGGAGCATTCTTTCAAATCCAGTAAAAGGTTTGTCTGAGTTATTAGAATTTAA
GGGTACAGCCAGCACCGTCAATGATTTACTCAAAACTCTTGGACTCGCAGGGAATGTTCCAACCGCCAGTACCTATGCAG
AGACGGGTGCCTATTTAATGGGAACCACTACCAAGGGTACTGGTGCTAGACAAATAGCAATGAGAATTATTCCAGTAAAA
ATTCTATTTCTTCCACTATTAGGCTGGTACGATTATAAATGTGATAAATACGGAACAGATAGCTGGCAATCTGATGGTGT
AACGTGTAAGGATGATGCTTGGCAGTATAAGTCTGGTGGAATATCAACAACTAATCTTATACAGGTAAATGATGATCTGG
TCAGCTCCCTTATCAGTGATGGAGTGGTAGGGGGGCTTTTAAATGGTGTGGTTGGTAACATCTTGGGAATCAAGGTCTCA
GAGAAACATCTCTACTATGGCTATGATTCACAAGCTGATATTGAATATAGCGGCTTTAGTAACTCGGTCGATTCCAGCAA
ACGTTCTACTACATTTTATCGCGCACCGACAGACACACCGCAATGTAATGCTAACGGTATTATGGTGATTACTGGTGGCG
TACCAAATATCACCCCAACGGTTACCGATGCACTGCTTAAGCAAGGCGCGGAAGGGCTGGGCACACAAAATGCGATTGAG
CGTTTGATGGGTCGTTCACTCAATACTTCGGCCACAGACTTGTCGAAGCTCGACCTCAGTAACGTTTTTCAGTGTGATGC
ATCGGCAGGATTAAAATCGACCACTTTAAGTAGCCGTGATTATGCCACGTGGAGCTGCATTGGTAATTACACCAAAAAGC
TACTCGATAAAAATATCACCACGGGTGTGATTGGCGTTGGGCGTGAATTTACCACGATTCCAAGCACTACAGATTCAGCC
CAGCTTGAAGCATCTATGACGGGTGTAAATAATTCGCTATTGGGTCAGATTGTTCCGAATTTATTAAAGGACACCTTAAA
CGTATTGCTTGGTGGTACGTTGGTGAATGGTTTAACCAGTTTGCTTGGCAATGTATTTCCAACCGATGCCGAGGATGTCA
AAAATCTGGCACGGTGGGGCGTACTGGGTAAAGGGGGCTGGTATAACTCAGCCAGCTCAGAAAATATTGCCAACAGTATT
TATAACTTTTATGCCAATTTGGGCATTAGTAATCGGGAAACCTTTTTAGGCGTACCTGTGGTGCCAACAGATCCACTTAC
CCCATACAATCTTGATAACTATGTTTTTCAAAACATGTTTGTTCCCGACGACAAACAAACTTGGTTTGGGAATGTAAAAA
AATATTTGGCCGATACAGGTGAAACCATACAGACCAAAACCATCACCGATGTCTGGAGTAATAGCAACATACAATCCACC
AAAACCAGTATTTTAACGGGTGGGTTTGCAGACAAATTACCTACAGCGACCAGTAGCAGTGCATCTAGCCGGCAGTTATA
CGTGAATCGCGCGTGTATCACGAAAGATAAAAAATATGATGTTTCCGCTTCAATTGGGCTGATTGGAAACGACTACTATA
CCAAGCTCTGCGAAAGTCAAAGTAAAGACCCGCGTCGTAGCGATTTGATGAACCTGCTGGGCTATCAAATTCAAACCACC
AATAATCAAGAAAGTCTGATTGCCAAACCTGAATATAAAAAAGTCGGGATGGTGCTTCATTCATCGCCAATCAAAATTAC
CCAGTCGGCTACCATCAAAAATGATGGTTCATTGACACGTGATGATTATTTGGTATTTGGTACCGTGCAAGGGCTTTTAC
ATGTGGTCAATGCCAGTACAGGTGTAGAAAAATTTGCATTTTTACCCAATGAGCTACTTGAAAATGCCAAGCAGCGTAAA
GCCTTTACAGGTACAAATCTTGAGGGACACGACAACTTTAACAATATGCAATACGGCATTGATGCGCCGTGGACCGCCTA
CAGTGAATACGTGTGGAACACTAAAGATGGCAAACTCACTGTTGGTAAGTCGGCCACAGATGCAACCTGTATAAAAGATG
GCGTCTCGACGGGCGCTTGCGGTAAGCAATACCTTTATGGTGGATTACGTATGGGTGGACGCAGTTATTATGCCTTGGAT
TTGAGCCTATGGGATGATCAAACCAAACCAAGCTTAAAGTTCTATATTGATCCTGCTTCTGGCAAAGTTTATTCATCGAC
CACTCCAGAAGGAAAAAGCTTCGATGCCATCAAGTACATGGGGCAAAGCTGGTCGAAACCAACCGTGGCATGGGTGAACT
GGCAGGGCAAACGCAAATTGGTCATGTTTGTGGGTGGTGGCTACGATGCAGGTGGAACCGATGGTAATGCCAATAATGGC
GGATACGAACAGGTCAGTTACGCTCAGAGCAATAAGATTGGTTCGGGTGTGTACATGTTTGATGCCGAAAATGGCGATCT
GCTCTGGTGGGCCAGCAATTTGGCCACCACAGCCAATACCGGTGCCACCATGGCCCTGAAAACCAACATGCAATATAGCG
TCGTCAGCCGGATCAATGCAGTAGATCGAAATGGTGATGGTCTGGTCGATCATTTGTACTTTGGTGATTTGGGCGGACAA
CTCTGGCGTGTCGATATTAATAACGGCAGTAATCCTCAACAGTTTGCACAGGCAGCACAGTTACTCGATCTGCAAAACAA
TAAACCAAGTGATTTAACCGATGCCAATTTACGTTTTTATGAAGCACCTATTTTTAGTGTGTATGGATATGGCGCCAATT
CACTTGCTGTGTTGAGTATTGCAACCACTAACCGCAGTTTACCGATTAGTGATCAAAGTGCCGGGGTGGTATTTAATCTT
TTCGACAACGATGTCACACAGGTGAGTTTTAGCACCCGTGATATGGCAGCAAACAATAAAAATTTAGTCGCTTATGCACA
ATTGCCAAAATATGGGGAGCTGACCATGGTCAATCGTCCGCAATATGGTTGGTATGCCAAATTAAGCAACCAGCAAAAGG
TGATGGATGAACCTGTGGTCATCAATAAAAACCTGTATGTGAGTATTTTTGATCCGATTGCACAAGAAGGACGTGTGGCA
GATTGCTCAATTGGTGTGCAAGGTTTGAGTAGTGTCCGTCGCTTTTGTCTGCCATATGGTGTGTGCGAAAAGTCGGCTGA
CCTGACAACAACACTTAAACTTGGAAAAGGCATTTTACCCGTGACGATTGGCGCTGGTACCACCAGCAATGGCGTAACGA
CCCGACAAATCTTGGGGGGAAGTTCAACCGATCGTGACTCGACCAAAGATGTGCTCTCAAGTACCCAAACCACGCGGCGT
CAAATTGTGCCATTAAAATGGTATGAACAGTACACCCCTTAA
3D structure
| Source | ID | Structure |
|---|
Similar proteins
Only experimentally validated proteins are listed.
| Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
|---|---|---|---|---|
| comC | Acinetobacter baylyi ADP1 |
79.444 |
99.105 |
0.787 |