Detailed information
Bioinformatically predicted
Overview
| Name | chpA | Type | Regulator |
| Locus tag | HLV59_RS03240 | Genome accession | NZ_CP053391 |
| Coordinates | 662149..666633 (+) | Length | 1494 a.a. |
| NCBI ID | WP_171429332.1 | Uniprot ID | - |
| Organism | Acinetobacter lactucae isolate QL-1 | ||
| Function | regulation of type IV pilus assembly (predicted from homology) Competence regulation |
||
Genomic Context
Location: 657149..671633
| Locus tag | Gene name | Coordinates (strand) | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| HLV59_RS03215 | - | 657593..658231 (-) | 639 | WP_171429331.1 | hypothetical protein | - |
| HLV59_RS03220 | pilG | 658515..658898 (+) | 384 | WP_000389061.1 | twitching motility response regulator PilG | Regulator |
| HLV59_RS03225 | - | 658922..659284 (+) | 363 | WP_002116220.1 | PleD family two-component system response regulator | - |
| HLV59_RS03230 | - | 659345..659881 (+) | 537 | WP_002116439.1 | chemotaxis protein CheW | - |
| HLV59_RS03235 | - | 659924..662002 (+) | 2079 | WP_016143403.1 | methyl-accepting chemotaxis protein | - |
| HLV59_RS03240 | chpA | 662149..666633 (+) | 4485 | WP_171429332.1 | hybrid sensor histidine kinase/response regulator | Regulator |
| HLV59_RS03245 | - | 666633..667100 (+) | 468 | WP_171429333.1 | hypothetical protein | - |
| HLV59_RS03250 | - | 667303..668694 (+) | 1392 | WP_171429334.1 | coproporphyrinogen-III oxidase family protein | - |
| HLV59_RS03255 | - | 668703..669584 (+) | 882 | WP_016143399.1 | alpha/beta fold hydrolase | - |
| HLV59_RS03260 | dapE | 669723..670859 (-) | 1137 | WP_016143398.1 | succinyl-diaminopimelate desuccinylase | - |
| HLV59_RS03265 | - | 670985..671128 (-) | 144 | WP_171429335.1 | entericidin A/B family lipoprotein | - |
Sequence
Protein
Download Length: 1494 a.a. Molecular weight: 170564.90 Da Isoelectric Point: 4.4262
>NTDB_id=444687 HLV59_RS03240 WP_171429332.1 662149..666633(+) (chpA) [Acinetobacter lactucae isolate QL-1]
MKEILKTLTEAMMLPEDSYSQQDDEFLEIFVEEIEEIFVELQSLIDEWMQSENIATLTEIRRYFHTLKGSGRMIGAKSSA
ELAWTVEDTLNRVINHSLGLTPNIQQYVQLVFKFYFFKLVDDFKSKKDHSLDFKSLILLGQQLQQQQSLEPALDELLLLS
DILTAETQTGLETYDLEPETAKVLTISTPEVAIENEQTLAETLILFMEEAEEYLATIDQFLEQEIHQHESYNALIRALHT
LRGSSAMAHVEPIFDASTKVEHLFKILLQEELSSHSEEISLLRYYREFIRNSLDLLAAHCSTEQLESDLQKFNQIWDAYM
EQHGEHSSPLIPPHGLVSQLLQLDVAELLDAELDFEKGIRTEFPHYLERLSEQADVLLQHTQSQAMVGLYEYTNQLKESY
DILLDRPDLLQSDYVFEIYQKAHQQLIQLFDALAAGQRVSIIEQHQNVLEELKLYTQHIPILNIEPTFNTEVEQTTNKPL
IENVFTDQVTIGQSVQLDRQFISSEHVNRHFDPDLLDIFLEEADELLEGMDTDLNIWVKDQENFAALNNLMRYLHTLKGG
ANMIQATYIGLIAHELESIYERLIQKQLIASSALIDFIRLVQDDLADRLQIVREQHLDYAASHTIQALKNAAQTYDSFSS
TVKDEQTQTEAYVIPELNFEALQQEVINNTALSFSELTSGSEPIAESNNQLVEYAELRVLYADHDHTESVQDQDINSVVE
QTFMEEAAELLEMADHLLRQWFEQRTNRSILLQLQRAVHSLKGGSRMLGLETVQAIAYQLENAFEQFALHHFSSNIYDNL
LESAIVWLKEAIFKQNYQHFDGLQQSLENIQFIETAIQIPSKLTRTDLFSSEPVMSFVQGDGTEPPPMMGAWEHTERLDQ
NNEMIRVSADLIEKMIDLSGENSINRSRIEMDLSQFGHTLAEMELAIQRLADQLRRMEGELETQIIAKHGIENSRYTEFD
PLEMDQYSSLNQLSKSLAESASDLVDFKNTLSEKIRDTEGLLVQQSRIQAEIQEGLMRTRLVPFSRLLPRLQRIVRQTST
ALNRPAELFVNNTEGELDRTMLERLVTPLEHMLRNAIDHGLEDRAQREQAQKPETGRIELNIHRQGTDVVVTFKDDGQGI
DIEKVRQKALMSGLIHSEQVLEHQDILQLIFHPGLSTADQVTQISGRGVGLDVVQSDIKALGGHISVDSVYGQGTVFTIR
VPTTVAVSDALMVKVADQQFAIPLAQIDRIVRVSPASLEQYFGSAQEVFEFENKRYPLRYLSEFVGNQPIPRLSGMMYSL
PVLMIKANNGQTVALLVDQLIGSRAQIVVKPIGQQFSSIGAIAGATILGDGQVCLILDGQNIARQIQSTHRYKLLNETIY
RQRESDERRLIMIVDDSVTVRKVTSRLLERQGYDVVTAKDGVDAIEQLENIKPDLMLLDIEMPRMDGFEVLNLVRHHDLH
QDMPVIMITSRTGEKHRERAFALGVNQYMGKPFQEEDLLHNIDALFMTFEGGLA
MKEILKTLTEAMMLPEDSYSQQDDEFLEIFVEEIEEIFVELQSLIDEWMQSENIATLTEIRRYFHTLKGSGRMIGAKSSA
ELAWTVEDTLNRVINHSLGLTPNIQQYVQLVFKFYFFKLVDDFKSKKDHSLDFKSLILLGQQLQQQQSLEPALDELLLLS
DILTAETQTGLETYDLEPETAKVLTISTPEVAIENEQTLAETLILFMEEAEEYLATIDQFLEQEIHQHESYNALIRALHT
LRGSSAMAHVEPIFDASTKVEHLFKILLQEELSSHSEEISLLRYYREFIRNSLDLLAAHCSTEQLESDLQKFNQIWDAYM
EQHGEHSSPLIPPHGLVSQLLQLDVAELLDAELDFEKGIRTEFPHYLERLSEQADVLLQHTQSQAMVGLYEYTNQLKESY
DILLDRPDLLQSDYVFEIYQKAHQQLIQLFDALAAGQRVSIIEQHQNVLEELKLYTQHIPILNIEPTFNTEVEQTTNKPL
IENVFTDQVTIGQSVQLDRQFISSEHVNRHFDPDLLDIFLEEADELLEGMDTDLNIWVKDQENFAALNNLMRYLHTLKGG
ANMIQATYIGLIAHELESIYERLIQKQLIASSALIDFIRLVQDDLADRLQIVREQHLDYAASHTIQALKNAAQTYDSFSS
TVKDEQTQTEAYVIPELNFEALQQEVINNTALSFSELTSGSEPIAESNNQLVEYAELRVLYADHDHTESVQDQDINSVVE
QTFMEEAAELLEMADHLLRQWFEQRTNRSILLQLQRAVHSLKGGSRMLGLETVQAIAYQLENAFEQFALHHFSSNIYDNL
LESAIVWLKEAIFKQNYQHFDGLQQSLENIQFIETAIQIPSKLTRTDLFSSEPVMSFVQGDGTEPPPMMGAWEHTERLDQ
NNEMIRVSADLIEKMIDLSGENSINRSRIEMDLSQFGHTLAEMELAIQRLADQLRRMEGELETQIIAKHGIENSRYTEFD
PLEMDQYSSLNQLSKSLAESASDLVDFKNTLSEKIRDTEGLLVQQSRIQAEIQEGLMRTRLVPFSRLLPRLQRIVRQTST
ALNRPAELFVNNTEGELDRTMLERLVTPLEHMLRNAIDHGLEDRAQREQAQKPETGRIELNIHRQGTDVVVTFKDDGQGI
DIEKVRQKALMSGLIHSEQVLEHQDILQLIFHPGLSTADQVTQISGRGVGLDVVQSDIKALGGHISVDSVYGQGTVFTIR
VPTTVAVSDALMVKVADQQFAIPLAQIDRIVRVSPASLEQYFGSAQEVFEFENKRYPLRYLSEFVGNQPIPRLSGMMYSL
PVLMIKANNGQTVALLVDQLIGSRAQIVVKPIGQQFSSIGAIAGATILGDGQVCLILDGQNIARQIQSTHRYKLLNETIY
RQRESDERRLIMIVDDSVTVRKVTSRLLERQGYDVVTAKDGVDAIEQLENIKPDLMLLDIEMPRMDGFEVLNLVRHHDLH
QDMPVIMITSRTGEKHRERAFALGVNQYMGKPFQEEDLLHNIDALFMTFEGGLA
Nucleotide
Download Length: 4485 bp
>NTDB_id=444687 HLV59_RS03240 WP_171429332.1 662149..666633(+) (chpA) [Acinetobacter lactucae isolate QL-1]
ATGAAAGAAATATTAAAAACTTTAACTGAAGCAATGATGCTACCGGAAGATAGCTACTCTCAACAAGATGATGAATTTCT
TGAAATCTTTGTCGAAGAAATTGAGGAAATTTTTGTTGAATTACAATCTTTGATTGACGAGTGGATGCAATCTGAAAATA
TTGCTACGCTTACTGAAATCCGCCGTTATTTTCATACATTGAAAGGTTCTGGCCGGATGATTGGTGCAAAATCATCTGCT
GAGCTTGCTTGGACTGTAGAAGATACGCTTAATCGGGTAATCAATCATAGTCTCGGATTAACTCCTAACATCCAACAATA
TGTTCAGTTGGTATTTAAGTTCTATTTCTTTAAGTTAGTCGATGACTTCAAATCTAAAAAAGATCATAGCCTAGACTTTA
AATCCCTAATTTTATTGGGGCAACAATTACAACAACAGCAAAGTTTAGAACCCGCTTTAGACGAACTTTTATTATTATCA
GATATCCTTACTGCTGAAACTCAAACTGGTTTAGAAACATATGATTTAGAACCAGAAACAGCTAAAGTTTTAACTATATC
TACTCCAGAAGTCGCTATAGAAAATGAGCAGACCCTTGCTGAAACCTTAATTTTATTTATGGAAGAAGCAGAAGAATACT
TAGCGACGATTGATCAATTTTTAGAACAAGAAATACATCAGCATGAAAGTTATAATGCTTTAATACGTGCGTTACATACG
TTACGCGGCAGCTCGGCCATGGCGCATGTTGAACCAATCTTTGATGCTAGTACCAAGGTTGAGCATTTATTTAAAATACT
ATTACAAGAAGAGCTTTCTTCTCACTCTGAAGAAATTTCATTACTCCGTTATTATCGTGAGTTTATTCGAAATAGTTTAG
ATCTATTGGCTGCACATTGCTCTACTGAGCAATTGGAATCTGATCTACAAAAATTTAATCAGATTTGGGATGCTTATATG
GAGCAGCATGGTGAGCATTCAAGCCCACTCATACCTCCACATGGATTAGTGTCTCAGTTATTACAATTAGATGTTGCTGA
ATTACTTGATGCGGAATTAGATTTTGAGAAGGGAATACGGACAGAGTTTCCTCATTATCTTGAACGTTTAAGTGAACAAG
CAGATGTGTTGTTGCAACACACTCAGTCGCAAGCAATGGTTGGTTTATATGAATATACTAACCAGTTGAAAGAAAGCTAT
GACATATTGCTTGATCGACCTGATTTATTACAATCAGACTATGTTTTTGAAATTTATCAAAAAGCGCACCAACAATTAAT
TCAATTATTTGATGCCTTAGCTGCGGGACAAAGAGTAAGTATTATTGAGCAACACCAAAATGTCTTGGAAGAGCTAAAAC
TATATACTCAACATATTCCAATTCTTAATATTGAACCAACCTTTAATACTGAAGTTGAACAAACAACGAATAAACCTCTG
ATAGAAAATGTATTCACTGATCAGGTCACAATAGGGCAGAGTGTACAACTAGATCGACAATTCATTTCGTCTGAGCATGT
AAACCGTCATTTTGATCCAGATCTATTAGATATTTTTCTTGAAGAAGCTGATGAGTTGCTTGAAGGGATGGATACAGATC
TTAATATTTGGGTTAAAGATCAAGAAAACTTTGCCGCTCTTAATAATCTGATGCGTTATTTGCATACCTTAAAAGGTGGG
GCAAATATGATTCAGGCAACTTATATTGGTTTAATTGCACATGAATTAGAAAGTATTTATGAGCGATTAATTCAAAAACA
ATTAATAGCTTCGTCTGCTCTCATTGATTTTATTCGACTAGTTCAAGATGACTTGGCTGACCGTCTTCAAATAGTACGTG
AACAGCACCTAGATTATGCTGCTTCTCATACTATTCAAGCGCTTAAAAATGCAGCCCAGACCTATGATTCATTTAGTTCT
ACTGTTAAAGATGAGCAAACACAAACTGAAGCATATGTTATACCTGAATTAAATTTTGAAGCATTACAACAAGAAGTAAT
AAATAATACGGCATTAAGCTTCAGTGAGTTAACTTCTGGTTCTGAGCCGATTGCCGAGTCTAATAATCAACTTGTTGAAT
ACGCTGAATTACGAGTTCTTTATGCTGATCACGATCATACAGAGAGTGTCCAAGATCAAGATATTAACTCTGTTGTCGAG
CAGACATTTATGGAGGAAGCGGCCGAACTATTAGAGATGGCCGATCACTTATTAAGACAATGGTTCGAGCAGCGTACAAA
CCGTAGTATCTTGCTTCAGCTGCAAAGGGCTGTGCACAGCTTGAAAGGTGGTTCCCGTATGTTGGGACTTGAAACCGTAC
AAGCGATTGCTTATCAGCTCGAAAACGCTTTTGAACAGTTTGCGCTTCATCATTTCAGCTCAAATATCTATGACAACTTA
TTAGAGAGTGCAATTGTCTGGTTAAAAGAGGCAATTTTTAAACAAAATTATCAACACTTCGATGGTTTACAACAAAGTCT
GGAAAATATTCAGTTCATTGAAACGGCAATTCAAATTCCTAGTAAGTTAACTAGAACGGATCTCTTTAGCTCGGAACCTG
TAATGAGTTTTGTGCAAGGTGACGGTACAGAACCGCCGCCAATGATGGGCGCGTGGGAACACACAGAACGGCTTGATCAA
AATAATGAGATGATTCGAGTTTCGGCAGATTTAATTGAAAAAATGATTGATCTGTCTGGTGAAAACTCGATTAACCGATC
GCGAATTGAAATGGATTTAAGCCAATTTGGTCATACCTTAGCGGAAATGGAATTGGCTATTCAGCGACTTGCAGATCAGT
TACGTCGAATGGAAGGCGAATTGGAAACCCAAATTATTGCAAAACACGGTATTGAGAACTCGCGTTATACGGAATTTGAT
CCTTTAGAGATGGACCAATATTCTTCATTAAATCAGTTATCAAAATCTCTTGCCGAGTCTGCATCGGATTTAGTAGATTT
TAAAAATACATTATCTGAAAAGATCAGAGACACCGAAGGTTTATTGGTACAGCAATCGCGTATTCAGGCTGAAATTCAAG
AAGGTCTCATGCGCACACGCTTAGTACCATTCTCCCGATTGTTGCCTCGTCTACAAAGGATTGTGCGACAGACTTCTACC
GCGTTAAATCGACCAGCAGAGCTTTTCGTAAATAATACGGAAGGCGAGTTGGACCGGACAATGCTAGAACGTTTGGTTAC
GCCACTTGAGCACATGCTTAGAAATGCAATTGACCATGGACTAGAAGACCGTGCACAACGTGAGCAAGCGCAGAAACCAG
AAACTGGACGTATTGAACTGAATATTCATCGTCAAGGTACAGATGTTGTCGTTACCTTTAAAGACGATGGACAAGGTATT
GATATCGAGAAGGTTCGTCAAAAAGCATTAATGTCTGGTTTGATTCACTCTGAACAAGTATTAGAACATCAAGATATTTT
ACAACTGATTTTCCATCCTGGTTTAAGCACTGCCGATCAAGTCACTCAGATTTCAGGTCGTGGTGTAGGACTGGATGTAG
TGCAGAGTGATATTAAGGCCTTAGGTGGCCACATAAGTGTCGACTCTGTCTATGGGCAGGGCACTGTCTTTACCATACGT
GTTCCAACGACTGTAGCCGTTAGTGATGCCTTAATGGTTAAAGTTGCTGATCAGCAATTTGCAATCCCATTGGCTCAAAT
TGATCGAATTGTGCGGGTTTCACCAGCATCATTAGAACAATATTTCGGAAGTGCACAAGAAGTCTTTGAATTTGAAAATA
AGCGCTATCCATTACGTTATTTATCTGAGTTTGTTGGTAATCAACCAATTCCGCGCTTAAGTGGAATGATGTATTCATTA
CCAGTATTAATGATTAAGGCAAATAATGGACAAACCGTCGCATTATTAGTTGACCAACTGATTGGCTCGCGCGCACAGAT
TGTAGTTAAACCAATTGGACAACAATTTTCTAGCATTGGTGCGATTGCAGGAGCAACTATTTTAGGTGATGGTCAAGTTT
GCTTAATTTTAGATGGACAAAATATTGCTCGCCAAATTCAGTCTACTCATCGATATAAGCTGCTTAATGAAACTATCTAT
AGACAACGCGAGTCTGACGAACGACGTCTTATCATGATTGTAGATGACTCGGTAACTGTGCGTAAGGTGACGTCTCGTTT
ACTTGAACGTCAGGGCTATGATGTAGTCACAGCTAAAGATGGGGTCGATGCAATTGAACAGTTGGAAAATATTAAACCAG
ATCTCATGTTACTTGATATTGAAATGCCGCGAATGGATGGCTTTGAGGTGCTTAACCTCGTTCGACATCATGATCTACAC
CAAGATATGCCAGTGATTATGATTACATCACGAACTGGTGAAAAACACCGTGAACGAGCATTTGCTTTAGGTGTTAACCA
GTACATGGGTAAACCTTTCCAAGAAGAAGACTTACTTCACAATATTGATGCCTTATTCATGACATTTGAAGGGGGACTTG
CCTAA
ATGAAAGAAATATTAAAAACTTTAACTGAAGCAATGATGCTACCGGAAGATAGCTACTCTCAACAAGATGATGAATTTCT
TGAAATCTTTGTCGAAGAAATTGAGGAAATTTTTGTTGAATTACAATCTTTGATTGACGAGTGGATGCAATCTGAAAATA
TTGCTACGCTTACTGAAATCCGCCGTTATTTTCATACATTGAAAGGTTCTGGCCGGATGATTGGTGCAAAATCATCTGCT
GAGCTTGCTTGGACTGTAGAAGATACGCTTAATCGGGTAATCAATCATAGTCTCGGATTAACTCCTAACATCCAACAATA
TGTTCAGTTGGTATTTAAGTTCTATTTCTTTAAGTTAGTCGATGACTTCAAATCTAAAAAAGATCATAGCCTAGACTTTA
AATCCCTAATTTTATTGGGGCAACAATTACAACAACAGCAAAGTTTAGAACCCGCTTTAGACGAACTTTTATTATTATCA
GATATCCTTACTGCTGAAACTCAAACTGGTTTAGAAACATATGATTTAGAACCAGAAACAGCTAAAGTTTTAACTATATC
TACTCCAGAAGTCGCTATAGAAAATGAGCAGACCCTTGCTGAAACCTTAATTTTATTTATGGAAGAAGCAGAAGAATACT
TAGCGACGATTGATCAATTTTTAGAACAAGAAATACATCAGCATGAAAGTTATAATGCTTTAATACGTGCGTTACATACG
TTACGCGGCAGCTCGGCCATGGCGCATGTTGAACCAATCTTTGATGCTAGTACCAAGGTTGAGCATTTATTTAAAATACT
ATTACAAGAAGAGCTTTCTTCTCACTCTGAAGAAATTTCATTACTCCGTTATTATCGTGAGTTTATTCGAAATAGTTTAG
ATCTATTGGCTGCACATTGCTCTACTGAGCAATTGGAATCTGATCTACAAAAATTTAATCAGATTTGGGATGCTTATATG
GAGCAGCATGGTGAGCATTCAAGCCCACTCATACCTCCACATGGATTAGTGTCTCAGTTATTACAATTAGATGTTGCTGA
ATTACTTGATGCGGAATTAGATTTTGAGAAGGGAATACGGACAGAGTTTCCTCATTATCTTGAACGTTTAAGTGAACAAG
CAGATGTGTTGTTGCAACACACTCAGTCGCAAGCAATGGTTGGTTTATATGAATATACTAACCAGTTGAAAGAAAGCTAT
GACATATTGCTTGATCGACCTGATTTATTACAATCAGACTATGTTTTTGAAATTTATCAAAAAGCGCACCAACAATTAAT
TCAATTATTTGATGCCTTAGCTGCGGGACAAAGAGTAAGTATTATTGAGCAACACCAAAATGTCTTGGAAGAGCTAAAAC
TATATACTCAACATATTCCAATTCTTAATATTGAACCAACCTTTAATACTGAAGTTGAACAAACAACGAATAAACCTCTG
ATAGAAAATGTATTCACTGATCAGGTCACAATAGGGCAGAGTGTACAACTAGATCGACAATTCATTTCGTCTGAGCATGT
AAACCGTCATTTTGATCCAGATCTATTAGATATTTTTCTTGAAGAAGCTGATGAGTTGCTTGAAGGGATGGATACAGATC
TTAATATTTGGGTTAAAGATCAAGAAAACTTTGCCGCTCTTAATAATCTGATGCGTTATTTGCATACCTTAAAAGGTGGG
GCAAATATGATTCAGGCAACTTATATTGGTTTAATTGCACATGAATTAGAAAGTATTTATGAGCGATTAATTCAAAAACA
ATTAATAGCTTCGTCTGCTCTCATTGATTTTATTCGACTAGTTCAAGATGACTTGGCTGACCGTCTTCAAATAGTACGTG
AACAGCACCTAGATTATGCTGCTTCTCATACTATTCAAGCGCTTAAAAATGCAGCCCAGACCTATGATTCATTTAGTTCT
ACTGTTAAAGATGAGCAAACACAAACTGAAGCATATGTTATACCTGAATTAAATTTTGAAGCATTACAACAAGAAGTAAT
AAATAATACGGCATTAAGCTTCAGTGAGTTAACTTCTGGTTCTGAGCCGATTGCCGAGTCTAATAATCAACTTGTTGAAT
ACGCTGAATTACGAGTTCTTTATGCTGATCACGATCATACAGAGAGTGTCCAAGATCAAGATATTAACTCTGTTGTCGAG
CAGACATTTATGGAGGAAGCGGCCGAACTATTAGAGATGGCCGATCACTTATTAAGACAATGGTTCGAGCAGCGTACAAA
CCGTAGTATCTTGCTTCAGCTGCAAAGGGCTGTGCACAGCTTGAAAGGTGGTTCCCGTATGTTGGGACTTGAAACCGTAC
AAGCGATTGCTTATCAGCTCGAAAACGCTTTTGAACAGTTTGCGCTTCATCATTTCAGCTCAAATATCTATGACAACTTA
TTAGAGAGTGCAATTGTCTGGTTAAAAGAGGCAATTTTTAAACAAAATTATCAACACTTCGATGGTTTACAACAAAGTCT
GGAAAATATTCAGTTCATTGAAACGGCAATTCAAATTCCTAGTAAGTTAACTAGAACGGATCTCTTTAGCTCGGAACCTG
TAATGAGTTTTGTGCAAGGTGACGGTACAGAACCGCCGCCAATGATGGGCGCGTGGGAACACACAGAACGGCTTGATCAA
AATAATGAGATGATTCGAGTTTCGGCAGATTTAATTGAAAAAATGATTGATCTGTCTGGTGAAAACTCGATTAACCGATC
GCGAATTGAAATGGATTTAAGCCAATTTGGTCATACCTTAGCGGAAATGGAATTGGCTATTCAGCGACTTGCAGATCAGT
TACGTCGAATGGAAGGCGAATTGGAAACCCAAATTATTGCAAAACACGGTATTGAGAACTCGCGTTATACGGAATTTGAT
CCTTTAGAGATGGACCAATATTCTTCATTAAATCAGTTATCAAAATCTCTTGCCGAGTCTGCATCGGATTTAGTAGATTT
TAAAAATACATTATCTGAAAAGATCAGAGACACCGAAGGTTTATTGGTACAGCAATCGCGTATTCAGGCTGAAATTCAAG
AAGGTCTCATGCGCACACGCTTAGTACCATTCTCCCGATTGTTGCCTCGTCTACAAAGGATTGTGCGACAGACTTCTACC
GCGTTAAATCGACCAGCAGAGCTTTTCGTAAATAATACGGAAGGCGAGTTGGACCGGACAATGCTAGAACGTTTGGTTAC
GCCACTTGAGCACATGCTTAGAAATGCAATTGACCATGGACTAGAAGACCGTGCACAACGTGAGCAAGCGCAGAAACCAG
AAACTGGACGTATTGAACTGAATATTCATCGTCAAGGTACAGATGTTGTCGTTACCTTTAAAGACGATGGACAAGGTATT
GATATCGAGAAGGTTCGTCAAAAAGCATTAATGTCTGGTTTGATTCACTCTGAACAAGTATTAGAACATCAAGATATTTT
ACAACTGATTTTCCATCCTGGTTTAAGCACTGCCGATCAAGTCACTCAGATTTCAGGTCGTGGTGTAGGACTGGATGTAG
TGCAGAGTGATATTAAGGCCTTAGGTGGCCACATAAGTGTCGACTCTGTCTATGGGCAGGGCACTGTCTTTACCATACGT
GTTCCAACGACTGTAGCCGTTAGTGATGCCTTAATGGTTAAAGTTGCTGATCAGCAATTTGCAATCCCATTGGCTCAAAT
TGATCGAATTGTGCGGGTTTCACCAGCATCATTAGAACAATATTTCGGAAGTGCACAAGAAGTCTTTGAATTTGAAAATA
AGCGCTATCCATTACGTTATTTATCTGAGTTTGTTGGTAATCAACCAATTCCGCGCTTAAGTGGAATGATGTATTCATTA
CCAGTATTAATGATTAAGGCAAATAATGGACAAACCGTCGCATTATTAGTTGACCAACTGATTGGCTCGCGCGCACAGAT
TGTAGTTAAACCAATTGGACAACAATTTTCTAGCATTGGTGCGATTGCAGGAGCAACTATTTTAGGTGATGGTCAAGTTT
GCTTAATTTTAGATGGACAAAATATTGCTCGCCAAATTCAGTCTACTCATCGATATAAGCTGCTTAATGAAACTATCTAT
AGACAACGCGAGTCTGACGAACGACGTCTTATCATGATTGTAGATGACTCGGTAACTGTGCGTAAGGTGACGTCTCGTTT
ACTTGAACGTCAGGGCTATGATGTAGTCACAGCTAAAGATGGGGTCGATGCAATTGAACAGTTGGAAAATATTAAACCAG
ATCTCATGTTACTTGATATTGAAATGCCGCGAATGGATGGCTTTGAGGTGCTTAACCTCGTTCGACATCATGATCTACAC
CAAGATATGCCAGTGATTATGATTACATCACGAACTGGTGAAAAACACCGTGAACGAGCATTTGCTTTAGGTGTTAACCA
GTACATGGGTAAACCTTTCCAAGAAGAAGACTTACTTCACAATATTGATGCCTTATTCATGACATTTGAAGGGGGACTTG
CCTAA
3D structure
| Source | ID | Structure |
|---|
Similar proteins
Only experimentally validated proteins are listed.
| Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
|---|---|---|---|---|
| chpA | Acinetobacter baumannii strain A118 |
79.681 |
100 |
0.803 |