Detailed information
Bioinformatically predicted
Overview
| Name | chpA | Type | Regulator |
| Locus tag | R3L12_RS09075 | Genome accession | NZ_CP137057 |
| Coordinates | 1919071..1923360 (-) | Length | 1429 a.a. |
| NCBI ID | WP_149930104.1 | Uniprot ID | - |
| Organism | Acinetobacter soli strain SNUBHAB0075 | ||
| Function | regulation of type IV pilus assembly (predicted from homology) Competence regulation |
||
Genomic Context
Location: 1914071..1928360
| Locus tag | Gene name | Coordinates (strand) | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| R3L12_RS09015 (R3L12_08995) | - | 1914157..1914621 (-) | 465 | WP_004935204.1 | DUF2750 domain-containing protein | - |
| R3L12_RS09050 (R3L12_09030) | elsL | 1915581..1916090 (-) | 510 | WP_076032950.1 | cell wall-recycling L,D-carboxypeptidase ElsL | - |
| R3L12_RS09055 (R3L12_09035) | - | 1916077..1916490 (-) | 414 | WP_076032951.1 | YbaN family protein | - |
| R3L12_RS09060 (R3L12_09040) | - | 1916632..1917501 (+) | 870 | WP_149930102.1 | DUF1853 family protein | - |
| R3L12_RS09065 (R3L12_09045) | - | 1917633..1917776 (+) | 144 | WP_088459345.1 | entericidin A/B family lipoprotein | - |
| R3L12_RS09070 (R3L12_09050) | dapE | 1917895..1919028 (+) | 1134 | WP_149930103.1 | succinyl-diaminopimelate desuccinylase | - |
| R3L12_RS09075 (R3L12_09055) | chpA | 1919071..1923360 (-) | 4290 | WP_149930104.1 | Hpt domain-containing protein | Regulator |
| R3L12_RS09080 (R3L12_09060) | - | 1923428..1924882 (-) | 1455 | WP_149930105.1 | methyl-accepting chemotaxis protein | - |
| R3L12_RS09085 (R3L12_09065) | - | 1924925..1925455 (-) | 531 | WP_004935181.1 | chemotaxis protein CheW | - |
| R3L12_RS09090 (R3L12_09070) | - | 1925457..1925828 (-) | 372 | WP_004935180.1 | response regulator | - |
| R3L12_RS09095 (R3L12_09075) | pilG | 1925855..1926238 (-) | 384 | WP_149930106.1 | twitching motility response regulator PilG | Regulator |
| R3L12_RS09100 (R3L12_09080) | - | 1926479..1927120 (+) | 642 | WP_149930107.1 | hypothetical protein | - |
| R3L12_RS09105 (R3L12_09085) | - | 1927179..1928285 (+) | 1107 | WP_119025374.1 | efflux RND transporter periplasmic adaptor subunit | - |
Sequence
Protein
Download Length: 1429 a.a. Molecular weight: 162500.68 Da Isoelectric Point: 4.6202
>NTDB_id=894460 R3L12_RS09075 WP_149930104.1 1919071..1923360(-) (chpA) [Acinetobacter soli strain SNUBHAB0075]
MDTALNTRLAALTLPEDQYLDQDQEILDVFIEELEEVFSALEHLIQAWHTTPDDQALLQEICRHFNNLKGTGRMVGANAS
SEIAWMVEETLTRILNSILPTTLPIQQYVAQVYRLYRDELIEDFKQRQPHRVDLRPYAFIGSQLQLNLEIEPALMTLLMR
ASQTADELELAPTNSVKLSESIVIFLEEISVYVADIHHFLANSAPSDDDFNRLLRALHTIRGSSSMACIDAIFDASTALE
STIKQRLLQHGALLSTEQALLGQYLEFITQAVHNIQHGLEAKMLQPLLNIFLDQYQLYQHQLESTAAHELQLNGGVVAAL
LALEIDDLLDAEFEFQDRIRHQSVDYIVILQEQAASLYAATDTDRTRVLHIFTQHLQSVYQELIGITSSDFPQSLYDAFQ
PVHTAFVGLFDSLAAAQHISSFTPYQVLFDQLNREIKPFKPLDLEEFASQSVTTQHSDISTDSVLNLDMRLMSYLAEDRQ
LVLAQPLQVDDSLLEIFLEESEELLAGVETELTLWAEAPHNLDILQHLIRFLHTLKGGANMVQLNQIGLIAHELESIYQR
LIYQQLDVSLELIKIIRIVHDDLAERIQNLYQHAVEFPVSHVLDVLQHIEDWLPAAFAEADFTQNQVIEQAGLKLDDQMS
LGEVLAFNSVPAASETFPQTLVEKMFVDEAQDLLSQAELNLQQWIKERHQRHLLLELQRIFHRLTRSARLLELKYVMDIT
TRLEITFERMNLHNSKTSSYDPLLLNTVQWLRLAIFDTRYDHYHELKHQLEQLELTQPLFPVQFEQIAASLSESGAVSPG
DGTEPPSMHGEWDTSIAVDESNEMIRVSADLIDKMIDQSGENAINRSRIQMDIAQVDTVLGEMELAIQRLSRQLKYLDRV
LDTQSLQQLSGEHTATLEPEQYSNFYHLSKSLAESASDLLDFRTSLTEKIRDTESLLLQQSRIQADLQENLIRTRLVPFS
HLLPRLQRTVRQTALALNRPTQLLVHNTEGELDRSILERLVVPLEHMLRNAIDHGIEDQQTRLSQGKPSIGTIELSIRRH
GTDVVLQLKDDGRGMDSNAIANKAQQLGYLDHFHTLDDDQIFQYIFYSGFSTASAITHISGRGVGLDIVHNEIKALGGKI
TVTAQAGMGTTFSLRVPTTVAVSDALMVKVLDQQYALPLGKIERIVRLSPLILEQYFNSQQDRFELDNTRYKLRYLGEFV
SNVVEPDWSTITGELEVLLIHSSTGPQVALLVDQVVGSRGQIVVKPIGQQFSQVKVVAGASILGDGQVCLILDPITIAEQ
VDQQPRQYRHDTDHERAVREERAMIMVVDDSVTVRKVTSRLLERQGYDVVTAKDGQDALEKLEHIRPDVILLDVEMPRMD
GFEFTRRLRQYNLLQALPIIMISSRTGEKYREMAQQLEVNDYLGKPFQEEQLLAKIQMLLMQATRQTVL
MDTALNTRLAALTLPEDQYLDQDQEILDVFIEELEEVFSALEHLIQAWHTTPDDQALLQEICRHFNNLKGTGRMVGANAS
SEIAWMVEETLTRILNSILPTTLPIQQYVAQVYRLYRDELIEDFKQRQPHRVDLRPYAFIGSQLQLNLEIEPALMTLLMR
ASQTADELELAPTNSVKLSESIVIFLEEISVYVADIHHFLANSAPSDDDFNRLLRALHTIRGSSSMACIDAIFDASTALE
STIKQRLLQHGALLSTEQALLGQYLEFITQAVHNIQHGLEAKMLQPLLNIFLDQYQLYQHQLESTAAHELQLNGGVVAAL
LALEIDDLLDAEFEFQDRIRHQSVDYIVILQEQAASLYAATDTDRTRVLHIFTQHLQSVYQELIGITSSDFPQSLYDAFQ
PVHTAFVGLFDSLAAAQHISSFTPYQVLFDQLNREIKPFKPLDLEEFASQSVTTQHSDISTDSVLNLDMRLMSYLAEDRQ
LVLAQPLQVDDSLLEIFLEESEELLAGVETELTLWAEAPHNLDILQHLIRFLHTLKGGANMVQLNQIGLIAHELESIYQR
LIYQQLDVSLELIKIIRIVHDDLAERIQNLYQHAVEFPVSHVLDVLQHIEDWLPAAFAEADFTQNQVIEQAGLKLDDQMS
LGEVLAFNSVPAASETFPQTLVEKMFVDEAQDLLSQAELNLQQWIKERHQRHLLLELQRIFHRLTRSARLLELKYVMDIT
TRLEITFERMNLHNSKTSSYDPLLLNTVQWLRLAIFDTRYDHYHELKHQLEQLELTQPLFPVQFEQIAASLSESGAVSPG
DGTEPPSMHGEWDTSIAVDESNEMIRVSADLIDKMIDQSGENAINRSRIQMDIAQVDTVLGEMELAIQRLSRQLKYLDRV
LDTQSLQQLSGEHTATLEPEQYSNFYHLSKSLAESASDLLDFRTSLTEKIRDTESLLLQQSRIQADLQENLIRTRLVPFS
HLLPRLQRTVRQTALALNRPTQLLVHNTEGELDRSILERLVVPLEHMLRNAIDHGIEDQQTRLSQGKPSIGTIELSIRRH
GTDVVLQLKDDGRGMDSNAIANKAQQLGYLDHFHTLDDDQIFQYIFYSGFSTASAITHISGRGVGLDIVHNEIKALGGKI
TVTAQAGMGTTFSLRVPTTVAVSDALMVKVLDQQYALPLGKIERIVRLSPLILEQYFNSQQDRFELDNTRYKLRYLGEFV
SNVVEPDWSTITGELEVLLIHSSTGPQVALLVDQVVGSRGQIVVKPIGQQFSQVKVVAGASILGDGQVCLILDPITIAEQ
VDQQPRQYRHDTDHERAVREERAMIMVVDDSVTVRKVTSRLLERQGYDVVTAKDGQDALEKLEHIRPDVILLDVEMPRMD
GFEFTRRLRQYNLLQALPIIMISSRTGEKYREMAQQLEVNDYLGKPFQEEQLLAKIQMLLMQATRQTVL
Nucleotide
Download Length: 4290 bp
>NTDB_id=894460 R3L12_RS09075 WP_149930104.1 1919071..1923360(-) (chpA) [Acinetobacter soli strain SNUBHAB0075]
ATGGACACCGCATTAAATACGCGTCTGGCGGCGCTGACCTTGCCTGAAGATCAATATCTGGATCAGGATCAGGAGATTCT
TGACGTTTTTATTGAAGAGCTCGAAGAGGTGTTTAGTGCACTGGAGCACCTGATTCAGGCTTGGCATACGACGCCTGACG
ATCAAGCCTTGTTGCAAGAAATCTGTCGGCACTTTAATAATTTAAAAGGTACGGGCCGGATGGTGGGGGCCAATGCGTCG
AGTGAAATTGCATGGATGGTGGAGGAAACCCTGACACGAATTCTCAACTCAATTTTACCTACTACACTTCCGATTCAGCA
GTATGTGGCTCAGGTTTATCGGCTTTATCGAGATGAACTGATTGAGGATTTTAAACAACGCCAGCCACATCGTGTCGATT
TACGGCCCTATGCATTTATTGGGTCACAGTTACAACTCAATCTCGAGATCGAACCTGCGCTGATGACTCTGCTCATGAGA
GCATCTCAGACAGCTGATGAATTGGAACTCGCGCCAACTAACAGCGTCAAACTAAGTGAATCTATTGTCATTTTTCTAGA
AGAAATCTCGGTTTATGTTGCAGATATCCATCATTTTTTAGCAAACTCAGCCCCTTCGGATGATGACTTTAACCGACTGT
TACGTGCCTTGCATACCATTCGTGGTAGCTCATCCATGGCCTGTATCGATGCGATTTTTGATGCCAGTACAGCACTTGAA
AGCACAATCAAGCAGAGATTACTCCAGCATGGAGCACTACTCTCTACCGAGCAGGCTTTGCTTGGTCAGTATCTGGAATT
TATTACACAGGCGGTGCACAACATTCAGCATGGCTTAGAGGCCAAGATGCTTCAACCACTACTGAATATCTTTTTAGATC
AGTATCAGCTTTATCAGCATCAGCTCGAATCGACTGCTGCACATGAGTTACAGCTTAATGGCGGTGTGGTAGCGGCCTTA
CTCGCACTTGAAATTGATGATTTGCTCGATGCCGAATTTGAGTTTCAAGATCGTATACGGCACCAGTCGGTCGATTATAT
TGTGATTTTACAGGAACAGGCCGCAAGCCTATACGCTGCGACCGATACAGACCGAACACGTGTTTTGCATATTTTTACCC
AGCATTTGCAATCGGTTTATCAAGAACTCATCGGAATCACGAGTAGTGATTTTCCTCAAAGCCTATATGATGCATTCCAG
CCAGTGCATACCGCATTTGTGGGGCTGTTTGATAGTTTGGCTGCGGCACAGCACATTAGTTCTTTTACACCGTATCAGGT
GCTGTTTGATCAGCTCAATCGAGAAATCAAGCCATTTAAACCGCTTGATTTGGAAGAATTTGCTTCTCAAAGTGTAACGA
CTCAACATAGTGACATCAGTACCGATTCGGTACTTAATCTCGACATGCGACTGATGTCTTATTTGGCAGAAGATCGTCAG
CTTGTGCTGGCACAGCCGTTACAGGTCGATGACAGTTTGCTGGAAATTTTCCTTGAAGAGAGTGAAGAACTACTGGCAGG
CGTCGAAACCGAGCTGACGCTCTGGGCCGAAGCGCCACATAATTTAGATATCTTGCAACATCTGATCCGGTTTTTGCACA
CCTTAAAAGGGGGTGCCAATATGGTTCAGCTAAATCAGATCGGTTTGATTGCACATGAGCTGGAATCGATTTATCAACGT
CTGATCTATCAGCAATTAGATGTTTCATTAGAACTGATCAAGATCATCCGAATTGTGCATGATGATCTGGCCGAACGGAT
TCAAAACCTGTATCAGCATGCAGTAGAGTTTCCTGTGAGTCATGTCTTGGATGTGCTTCAACATATCGAAGACTGGTTGC
CGGCCGCATTCGCTGAAGCGGATTTTACTCAAAACCAAGTAATCGAGCAGGCTGGGTTAAAGCTTGACGATCAGATGAGC
TTGGGTGAAGTACTGGCGTTCAATTCAGTACCCGCCGCCTCTGAGACTTTTCCGCAGACCTTGGTCGAAAAAATGTTTGT
GGATGAAGCACAAGATTTACTTTCACAGGCCGAACTCAATCTTCAGCAATGGATCAAGGAGCGTCATCAGCGTCATTTGC
TGTTGGAGCTACAACGTATTTTTCATCGCTTAACGCGCAGTGCGCGGCTGCTCGAACTCAAATATGTCATGGACATTACC
ACGCGACTTGAGATTACCTTTGAGCGGATGAATCTGCACAATTCTAAAACGAGCAGCTACGATCCATTACTTCTCAACAC
CGTACAGTGGTTGAGACTGGCAATTTTTGATACGCGTTACGATCATTATCACGAACTTAAGCATCAACTTGAGCAGTTAG
AGCTGACCCAACCTTTGTTTCCGGTACAGTTTGAACAGATTGCCGCATCATTGTCCGAATCGGGTGCGGTTAGTCCGGGT
GACGGCACAGAGCCGCCGTCTATGCATGGTGAGTGGGACACTTCCATTGCGGTTGATGAAAGCAATGAAATGATCCGTGT
TTCGGCAGATCTGATTGACAAAATGATTGATCAGTCTGGTGAAAACGCCATCAATCGCTCCCGAATTCAGATGGATATTG
CGCAGGTCGATACCGTTTTGGGTGAAATGGAACTGGCGATTCAGCGTTTATCGCGTCAGCTTAAATATCTAGATCGGGTG
TTAGATACACAATCCTTACAGCAGCTTTCTGGTGAACATACCGCTACGCTTGAGCCAGAGCAATATTCAAATTTTTATCA
TTTAAGTAAATCCTTGGCAGAATCGGCATCGGATTTACTCGATTTTCGTACCAGTTTGACCGAAAAAATTCGAGATACCG
AAAGTTTACTGCTCCAGCAATCGCGAATTCAGGCCGATCTGCAAGAAAATCTGATTCGTACTCGACTGGTTCCGTTTTCG
CATCTTTTACCACGCTTACAACGCACCGTCCGACAAACTGCTCTGGCGCTGAATCGACCAACTCAACTGCTGGTTCACAA
TACAGAAGGCGAGTTAGATCGGAGTATTCTAGAGCGTTTGGTCGTACCGCTCGAACATATGCTCCGCAATGCCATCGATC
ATGGTATTGAAGATCAGCAAACACGACTGAGCCAAGGTAAACCATCAATCGGGACCATTGAGCTTTCTATCCGCCGTCAT
GGTACTGATGTGGTCTTGCAGTTAAAAGATGATGGTCGAGGCATGGACAGCAATGCAATTGCAAACAAGGCGCAGCAACT
GGGCTATTTAGACCATTTTCATACTTTAGATGACGATCAAATCTTCCAGTATATCTTTTACTCGGGGTTTTCAACGGCGT
CTGCAATTACCCATATTTCGGGGCGTGGTGTAGGCCTCGATATTGTACATAACGAAATCAAGGCGCTCGGAGGTAAAATC
ACAGTGACTGCCCAAGCGGGTATGGGAACCACATTTAGCTTGCGTGTGCCCACCACAGTAGCGGTCAGTGATGCGCTGAT
GGTCAAGGTGCTTGATCAGCAATATGCCTTACCACTGGGTAAAATTGAGCGTATTGTGCGCTTATCGCCGCTGATTTTGG
AACAATACTTTAATAGCCAGCAAGATCGTTTTGAGCTTGATAATACCCGCTACAAATTACGTTATCTGGGTGAATTTGTA
AGTAATGTGGTCGAGCCAGACTGGTCAACCATCACAGGTGAGCTGGAGGTGTTGCTGATTCATTCCAGCACAGGGCCGCA
GGTGGCGTTGCTGGTTGATCAGGTGGTCGGATCACGTGGTCAGATTGTGGTGAAACCAATCGGGCAACAGTTTAGTCAGG
TTAAAGTGGTGGCGGGCGCATCGATTTTAGGCGATGGGCAAGTCTGTTTGATCTTAGATCCAATTACCATTGCAGAACAA
GTCGATCAGCAGCCACGACAATATCGCCACGATACCGACCACGAGCGCGCTGTGCGTGAAGAGCGAGCCATGATCATGGT
AGTGGATGATTCAGTAACGGTTCGAAAGGTCACATCACGTTTACTCGAACGCCAAGGGTACGATGTAGTAACAGCCAAAG
ATGGCCAAGATGCGCTAGAGAAGCTAGAGCACATTCGTCCAGATGTCATTTTACTCGACGTTGAGATGCCGCGAATGGAT
GGGTTCGAATTTACTCGCCGTTTACGTCAGTACAATTTACTGCAAGCTTTACCGATTATCATGATCAGCTCACGTACGGG
CGAAAAATACCGCGAGATGGCACAGCAGCTTGAGGTGAACGATTATCTGGGCAAACCTTTTCAAGAGGAACAACTGCTTG
CCAAAATTCAGATGCTGCTCATGCAAGCAACTAGGCAAACCGTTTTATGA
ATGGACACCGCATTAAATACGCGTCTGGCGGCGCTGACCTTGCCTGAAGATCAATATCTGGATCAGGATCAGGAGATTCT
TGACGTTTTTATTGAAGAGCTCGAAGAGGTGTTTAGTGCACTGGAGCACCTGATTCAGGCTTGGCATACGACGCCTGACG
ATCAAGCCTTGTTGCAAGAAATCTGTCGGCACTTTAATAATTTAAAAGGTACGGGCCGGATGGTGGGGGCCAATGCGTCG
AGTGAAATTGCATGGATGGTGGAGGAAACCCTGACACGAATTCTCAACTCAATTTTACCTACTACACTTCCGATTCAGCA
GTATGTGGCTCAGGTTTATCGGCTTTATCGAGATGAACTGATTGAGGATTTTAAACAACGCCAGCCACATCGTGTCGATT
TACGGCCCTATGCATTTATTGGGTCACAGTTACAACTCAATCTCGAGATCGAACCTGCGCTGATGACTCTGCTCATGAGA
GCATCTCAGACAGCTGATGAATTGGAACTCGCGCCAACTAACAGCGTCAAACTAAGTGAATCTATTGTCATTTTTCTAGA
AGAAATCTCGGTTTATGTTGCAGATATCCATCATTTTTTAGCAAACTCAGCCCCTTCGGATGATGACTTTAACCGACTGT
TACGTGCCTTGCATACCATTCGTGGTAGCTCATCCATGGCCTGTATCGATGCGATTTTTGATGCCAGTACAGCACTTGAA
AGCACAATCAAGCAGAGATTACTCCAGCATGGAGCACTACTCTCTACCGAGCAGGCTTTGCTTGGTCAGTATCTGGAATT
TATTACACAGGCGGTGCACAACATTCAGCATGGCTTAGAGGCCAAGATGCTTCAACCACTACTGAATATCTTTTTAGATC
AGTATCAGCTTTATCAGCATCAGCTCGAATCGACTGCTGCACATGAGTTACAGCTTAATGGCGGTGTGGTAGCGGCCTTA
CTCGCACTTGAAATTGATGATTTGCTCGATGCCGAATTTGAGTTTCAAGATCGTATACGGCACCAGTCGGTCGATTATAT
TGTGATTTTACAGGAACAGGCCGCAAGCCTATACGCTGCGACCGATACAGACCGAACACGTGTTTTGCATATTTTTACCC
AGCATTTGCAATCGGTTTATCAAGAACTCATCGGAATCACGAGTAGTGATTTTCCTCAAAGCCTATATGATGCATTCCAG
CCAGTGCATACCGCATTTGTGGGGCTGTTTGATAGTTTGGCTGCGGCACAGCACATTAGTTCTTTTACACCGTATCAGGT
GCTGTTTGATCAGCTCAATCGAGAAATCAAGCCATTTAAACCGCTTGATTTGGAAGAATTTGCTTCTCAAAGTGTAACGA
CTCAACATAGTGACATCAGTACCGATTCGGTACTTAATCTCGACATGCGACTGATGTCTTATTTGGCAGAAGATCGTCAG
CTTGTGCTGGCACAGCCGTTACAGGTCGATGACAGTTTGCTGGAAATTTTCCTTGAAGAGAGTGAAGAACTACTGGCAGG
CGTCGAAACCGAGCTGACGCTCTGGGCCGAAGCGCCACATAATTTAGATATCTTGCAACATCTGATCCGGTTTTTGCACA
CCTTAAAAGGGGGTGCCAATATGGTTCAGCTAAATCAGATCGGTTTGATTGCACATGAGCTGGAATCGATTTATCAACGT
CTGATCTATCAGCAATTAGATGTTTCATTAGAACTGATCAAGATCATCCGAATTGTGCATGATGATCTGGCCGAACGGAT
TCAAAACCTGTATCAGCATGCAGTAGAGTTTCCTGTGAGTCATGTCTTGGATGTGCTTCAACATATCGAAGACTGGTTGC
CGGCCGCATTCGCTGAAGCGGATTTTACTCAAAACCAAGTAATCGAGCAGGCTGGGTTAAAGCTTGACGATCAGATGAGC
TTGGGTGAAGTACTGGCGTTCAATTCAGTACCCGCCGCCTCTGAGACTTTTCCGCAGACCTTGGTCGAAAAAATGTTTGT
GGATGAAGCACAAGATTTACTTTCACAGGCCGAACTCAATCTTCAGCAATGGATCAAGGAGCGTCATCAGCGTCATTTGC
TGTTGGAGCTACAACGTATTTTTCATCGCTTAACGCGCAGTGCGCGGCTGCTCGAACTCAAATATGTCATGGACATTACC
ACGCGACTTGAGATTACCTTTGAGCGGATGAATCTGCACAATTCTAAAACGAGCAGCTACGATCCATTACTTCTCAACAC
CGTACAGTGGTTGAGACTGGCAATTTTTGATACGCGTTACGATCATTATCACGAACTTAAGCATCAACTTGAGCAGTTAG
AGCTGACCCAACCTTTGTTTCCGGTACAGTTTGAACAGATTGCCGCATCATTGTCCGAATCGGGTGCGGTTAGTCCGGGT
GACGGCACAGAGCCGCCGTCTATGCATGGTGAGTGGGACACTTCCATTGCGGTTGATGAAAGCAATGAAATGATCCGTGT
TTCGGCAGATCTGATTGACAAAATGATTGATCAGTCTGGTGAAAACGCCATCAATCGCTCCCGAATTCAGATGGATATTG
CGCAGGTCGATACCGTTTTGGGTGAAATGGAACTGGCGATTCAGCGTTTATCGCGTCAGCTTAAATATCTAGATCGGGTG
TTAGATACACAATCCTTACAGCAGCTTTCTGGTGAACATACCGCTACGCTTGAGCCAGAGCAATATTCAAATTTTTATCA
TTTAAGTAAATCCTTGGCAGAATCGGCATCGGATTTACTCGATTTTCGTACCAGTTTGACCGAAAAAATTCGAGATACCG
AAAGTTTACTGCTCCAGCAATCGCGAATTCAGGCCGATCTGCAAGAAAATCTGATTCGTACTCGACTGGTTCCGTTTTCG
CATCTTTTACCACGCTTACAACGCACCGTCCGACAAACTGCTCTGGCGCTGAATCGACCAACTCAACTGCTGGTTCACAA
TACAGAAGGCGAGTTAGATCGGAGTATTCTAGAGCGTTTGGTCGTACCGCTCGAACATATGCTCCGCAATGCCATCGATC
ATGGTATTGAAGATCAGCAAACACGACTGAGCCAAGGTAAACCATCAATCGGGACCATTGAGCTTTCTATCCGCCGTCAT
GGTACTGATGTGGTCTTGCAGTTAAAAGATGATGGTCGAGGCATGGACAGCAATGCAATTGCAAACAAGGCGCAGCAACT
GGGCTATTTAGACCATTTTCATACTTTAGATGACGATCAAATCTTCCAGTATATCTTTTACTCGGGGTTTTCAACGGCGT
CTGCAATTACCCATATTTCGGGGCGTGGTGTAGGCCTCGATATTGTACATAACGAAATCAAGGCGCTCGGAGGTAAAATC
ACAGTGACTGCCCAAGCGGGTATGGGAACCACATTTAGCTTGCGTGTGCCCACCACAGTAGCGGTCAGTGATGCGCTGAT
GGTCAAGGTGCTTGATCAGCAATATGCCTTACCACTGGGTAAAATTGAGCGTATTGTGCGCTTATCGCCGCTGATTTTGG
AACAATACTTTAATAGCCAGCAAGATCGTTTTGAGCTTGATAATACCCGCTACAAATTACGTTATCTGGGTGAATTTGTA
AGTAATGTGGTCGAGCCAGACTGGTCAACCATCACAGGTGAGCTGGAGGTGTTGCTGATTCATTCCAGCACAGGGCCGCA
GGTGGCGTTGCTGGTTGATCAGGTGGTCGGATCACGTGGTCAGATTGTGGTGAAACCAATCGGGCAACAGTTTAGTCAGG
TTAAAGTGGTGGCGGGCGCATCGATTTTAGGCGATGGGCAAGTCTGTTTGATCTTAGATCCAATTACCATTGCAGAACAA
GTCGATCAGCAGCCACGACAATATCGCCACGATACCGACCACGAGCGCGCTGTGCGTGAAGAGCGAGCCATGATCATGGT
AGTGGATGATTCAGTAACGGTTCGAAAGGTCACATCACGTTTACTCGAACGCCAAGGGTACGATGTAGTAACAGCCAAAG
ATGGCCAAGATGCGCTAGAGAAGCTAGAGCACATTCGTCCAGATGTCATTTTACTCGACGTTGAGATGCCGCGAATGGAT
GGGTTCGAATTTACTCGCCGTTTACGTCAGTACAATTTACTGCAAGCTTTACCGATTATCATGATCAGCTCACGTACGGG
CGAAAAATACCGCGAGATGGCACAGCAGCTTGAGGTGAACGATTATCTGGGCAAACCTTTTCAAGAGGAACAACTGCTTG
CCAAAATTCAGATGCTGCTCATGCAAGCAACTAGGCAAACCGTTTTATGA
3D structure
| Source | ID | Structure |
|---|
Similar proteins
Only experimentally validated proteins are listed.
| Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
|---|---|---|---|---|
| chpA | Acinetobacter baumannii strain A118 |
45.712 |
100 |
0.485 |