Detailed information
Bioinformatically predicted
Overview
| Name | chpA | Type | Regulator |
| Locus tag | G4D73_RS05815 | Genome accession | NZ_CP053947 |
| Coordinates | 1221051..1225502 (-) | Length | 1483 a.a. |
| NCBI ID | WP_213687579.1 | Uniprot ID | - |
| Organism | Acinetobacter sp. WY4 | ||
| Function | regulation of type IV pilus assembly (predicted from homology) Competence regulation |
||
Genomic Context
Location: 1216051..1230502
| Locus tag | Gene name | Coordinates (strand) | Size (bp) | Protein ID | Product | Description |
|---|---|---|---|---|---|---|
| G4D73_RS05785 | elsL | 1217025..1217558 (-) | 534 | WP_004731981.1 | cell wall-recycling L,D-carboxypeptidase ElsL | - |
| G4D73_RS05790 | - | 1217684..1218037 (-) | 354 | Protein_1130 | YbaN family protein | - |
| G4D73_RS05795 | - | 1218125..1219000 (+) | 876 | WP_213687577.1 | DUF1853 family protein | - |
| G4D73_RS05800 | - | 1219113..1219265 (+) | 153 | WP_004280704.1 | entericidin A/B family lipoprotein | - |
| G4D73_RS05805 | dapE | 1219387..1220523 (+) | 1137 | WP_213687578.1 | succinyl-diaminopimelate desuccinylase | - |
| G4D73_RS05810 | - | 1220589..1221047 (-) | 459 | WP_044111490.1 | hypothetical protein | - |
| G4D73_RS05815 | chpA | 1221051..1225502 (-) | 4452 | WP_213687579.1 | Hpt domain-containing protein | Regulator |
| G4D73_RS05820 | - | 1225670..1227742 (-) | 2073 | WP_213687580.1 | methyl-accepting chemotaxis protein | - |
| G4D73_RS05825 | - | 1227789..1228325 (-) | 537 | WP_004280709.1 | chemotaxis protein CheW | - |
| G4D73_RS05830 | - | 1228331..1228699 (-) | 369 | WP_004280710.1 | response regulator | - |
| G4D73_RS05835 | pilG | 1228725..1229108 (-) | 384 | WP_004280711.1 | twitching motility response regulator PilG | Regulator |
| G4D73_RS05840 | - | 1229395..1230042 (+) | 648 | WP_213687728.1 | hypothetical protein | - |
Sequence
Protein
Download Length: 1483 a.a. Molecular weight: 165960.05 Da Isoelectric Point: 4.3297
>NTDB_id=449291 G4D73_RS05815 WP_213687579.1 1221051..1225502(-) (chpA) [Acinetobacter sp. WY4]
MKEILKNLVETTTLPEDSYLDQDAEILEIFVEEIEEIFVELNALFPEWLSNPDHQENLKTIRRHFHTLKGSGRMVGAKSA
GEMAWAVEDTLNRVLSGSIQLTPTVQKFAQAVLNVYQYALYPKFKHVQQLDLDLRPMVLLGQQLQQQISPEPALEELLAL
ADHLTAEGQMTGLELADNEPSEVELTIAPVEVPVRSDIEETVAIFIEEAEEHLDTIATFLRTEDEKSQDYNALIRAIHTL
RGSSSMAQIEQIFEASSKVEHLFKTLLQDEIVSTSKETALLIQYAEFVSDYLHLLRQGNTAKLDAVYATFERVWNNYGFA
VTETNSIQTQGLVSKLVELDIDLLLDAEFEFDKRAQVDYPEYIQALSQQAAELLAHTESRAAQGIHEFTADLKLAYDALL
EKPVLLNSDYAYELFAQAHQEFIHLFDTLAAGQRVILNDEIQKILSELSAFVQQDLEIFAEDTSSQNIELSSETTQAAET
VATGSVDFAGLSQRITADRQQQQSAETNRYFDEELLSIFLEEADELLAGIDEDLNTWSKKQDDTTSLNNLMRHLHTLKGG
ANMIAASHIGLIAHELESIYERVIRQQIAVTPALIQIIRLVQDNISDRIQSIREDGIDYPAPEAIAILQNIQVLVSGQAV
AAVESANTVVEVAEVEATSIREPQLEELATTEQPATDLAEAEELLEISESSEAIEDTPVERSEEDELKSIVEESFLEESE
EILANAEKLLNQWFDQRSDRSLLLQLQRAAHSIKGGARMIDVEEVASIAYELETTFEQFAVYQFNSNAYDGLLQKTLVWL
RQAIFQRDYSGFEPLHSSLKKIAYVDVTAQLPERLAKTDNLVVSTDFGFVEGDGTEPPQMMGEWANSGTSDSNNEMIRIS
ADLVEKMIDLSGENSINRSRIEMDLGQLGNTLNEMELAIKRLADQLRRMEGELESQIIAKHGSENSRYADFDPLEMDQYS
SLNQLSKSLAESASDLVDFKSTLADKIRETEGLLLQQSRIQAEIQESLMRTRLVPFDRMLPRLQRIVRQTSTTLNRPAEL
IVQNTEGELDRNILERLVTPFEHMLRNAIDHGLEDTADRIALNKPEVGSIVLNISRQGTDVIVSFSDDGKGIDAEKIREK
ALSLDLIKADQVIDQEEILQFIFHPGFSTAKAVTQISGRGVGLDVVQSEIKSLGGHVSVSSELGKGTVFTIRVPTTVAVS
DALMVKVGDQQYAISLAQIDRIVRIAPTTLESYFNSKDDYFKIDGANYKLRYLSEFVGNQPIPRLNNVGHSLPVLLIKGN
SGQTIALLVDQLVGSRAQIVVKPIGQQFANVGVVAGATILGDGQVCLILDGQNVARQIQATQRVKQLNDQRDGSRNANAR
RLVMIVDDSVTVRKVTSRLLERQGYDIVTAKDGVDAIEQLENVRPDLMLLDIEMPRMDGFEVTNLVRHHDIHRDLPIIMI
TSRTGEKHRERAFSLGVTHYMGKPFQEAELLANIQQLIAEKQR
MKEILKNLVETTTLPEDSYLDQDAEILEIFVEEIEEIFVELNALFPEWLSNPDHQENLKTIRRHFHTLKGSGRMVGAKSA
GEMAWAVEDTLNRVLSGSIQLTPTVQKFAQAVLNVYQYALYPKFKHVQQLDLDLRPMVLLGQQLQQQISPEPALEELLAL
ADHLTAEGQMTGLELADNEPSEVELTIAPVEVPVRSDIEETVAIFIEEAEEHLDTIATFLRTEDEKSQDYNALIRAIHTL
RGSSSMAQIEQIFEASSKVEHLFKTLLQDEIVSTSKETALLIQYAEFVSDYLHLLRQGNTAKLDAVYATFERVWNNYGFA
VTETNSIQTQGLVSKLVELDIDLLLDAEFEFDKRAQVDYPEYIQALSQQAAELLAHTESRAAQGIHEFTADLKLAYDALL
EKPVLLNSDYAYELFAQAHQEFIHLFDTLAAGQRVILNDEIQKILSELSAFVQQDLEIFAEDTSSQNIELSSETTQAAET
VATGSVDFAGLSQRITADRQQQQSAETNRYFDEELLSIFLEEADELLAGIDEDLNTWSKKQDDTTSLNNLMRHLHTLKGG
ANMIAASHIGLIAHELESIYERVIRQQIAVTPALIQIIRLVQDNISDRIQSIREDGIDYPAPEAIAILQNIQVLVSGQAV
AAVESANTVVEVAEVEATSIREPQLEELATTEQPATDLAEAEELLEISESSEAIEDTPVERSEEDELKSIVEESFLEESE
EILANAEKLLNQWFDQRSDRSLLLQLQRAAHSIKGGARMIDVEEVASIAYELETTFEQFAVYQFNSNAYDGLLQKTLVWL
RQAIFQRDYSGFEPLHSSLKKIAYVDVTAQLPERLAKTDNLVVSTDFGFVEGDGTEPPQMMGEWANSGTSDSNNEMIRIS
ADLVEKMIDLSGENSINRSRIEMDLGQLGNTLNEMELAIKRLADQLRRMEGELESQIIAKHGSENSRYADFDPLEMDQYS
SLNQLSKSLAESASDLVDFKSTLADKIRETEGLLLQQSRIQAEIQESLMRTRLVPFDRMLPRLQRIVRQTSTTLNRPAEL
IVQNTEGELDRNILERLVTPFEHMLRNAIDHGLEDTADRIALNKPEVGSIVLNISRQGTDVIVSFSDDGKGIDAEKIREK
ALSLDLIKADQVIDQEEILQFIFHPGFSTAKAVTQISGRGVGLDVVQSEIKSLGGHVSVSSELGKGTVFTIRVPTTVAVS
DALMVKVGDQQYAISLAQIDRIVRIAPTTLESYFNSKDDYFKIDGANYKLRYLSEFVGNQPIPRLNNVGHSLPVLLIKGN
SGQTIALLVDQLVGSRAQIVVKPIGQQFANVGVVAGATILGDGQVCLILDGQNVARQIQATQRVKQLNDQRDGSRNANAR
RLVMIVDDSVTVRKVTSRLLERQGYDIVTAKDGVDAIEQLENVRPDLMLLDIEMPRMDGFEVTNLVRHHDIHRDLPIIMI
TSRTGEKHRERAFSLGVTHYMGKPFQEAELLANIQQLIAEKQR
Nucleotide
Download Length: 4452 bp
>NTDB_id=449291 G4D73_RS05815 WP_213687579.1 1221051..1225502(-) (chpA) [Acinetobacter sp. WY4]
ATGAAAGAAATATTAAAAAATTTAGTTGAAACGACAACGCTTCCTGAAGATAGTTATCTTGACCAAGATGCAGAAATTCT
TGAAATTTTTGTTGAGGAAATCGAAGAGATCTTCGTTGAGTTAAATGCTTTATTTCCAGAATGGTTGAGCAATCCAGATC
ATCAAGAAAATCTGAAGACCATTCGCCGCCATTTTCACACCCTGAAAGGTTCAGGCCGCATGGTCGGGGCAAAATCGGCA
GGGGAAATGGCCTGGGCGGTTGAAGATACCTTAAACCGGGTTTTGTCCGGTTCGATTCAGCTAACACCGACGGTACAGAA
ATTTGCCCAAGCGGTACTGAATGTCTATCAATATGCTTTATATCCAAAATTCAAACATGTACAGCAATTGGATCTCGATC
TGCGTCCAATGGTGCTGTTGGGACAACAATTACAACAACAAATTTCGCCTGAACCTGCATTGGAAGAATTACTGGCATTG
GCAGATCATTTGACCGCTGAAGGTCAGATGACAGGTCTTGAGCTTGCAGACAATGAGCCAAGTGAAGTTGAGCTAACAAT
AGCGCCAGTAGAAGTACCGGTTCGCAGTGATATCGAAGAAACTGTGGCGATCTTTATTGAAGAAGCAGAAGAGCATCTGG
ATACGATTGCGACTTTCCTTCGCACTGAAGATGAAAAATCACAAGATTATAATGCGCTGATTCGTGCGATTCATACCTTG
CGCGGCAGTTCATCGATGGCGCAGATTGAGCAGATTTTTGAGGCCAGCTCTAAAGTAGAGCATCTGTTCAAAACCTTGCT
ACAAGATGAAATTGTCTCAACATCAAAAGAAACCGCTTTACTGATTCAGTATGCTGAGTTTGTCAGTGACTATCTGCATT
TGCTACGTCAGGGCAATACTGCAAAACTGGATGCGGTATATGCCACCTTTGAGCGTGTCTGGAATAATTATGGCTTTGCA
GTTACTGAAACCAATAGCATTCAGACGCAAGGTTTGGTGTCTAAACTGGTTGAGCTGGATATTGATCTGTTATTGGATGC
CGAGTTTGAATTTGATAAACGCGCCCAAGTCGATTATCCGGAATATATTCAGGCACTCAGCCAGCAGGCTGCAGAATTGC
TGGCACATACAGAAAGCCGGGCAGCGCAAGGCATTCATGAATTCACTGCCGACCTGAAATTGGCTTATGATGCGCTGCTT
GAAAAGCCAGTGCTGCTAAACAGCGATTATGCTTATGAACTGTTCGCACAGGCGCATCAGGAATTTATTCATTTATTTGA
TACCTTGGCCGCAGGACAGCGCGTCATTCTGAATGATGAGATTCAAAAAATACTCAGCGAACTGTCTGCATTTGTGCAGC
AGGATCTCGAGATATTTGCTGAAGATACTAGCAGTCAGAATATTGAGCTAAGCTCAGAGACTACGCAGGCGGCTGAAACT
GTCGCGACAGGCAGTGTCGATTTTGCTGGTTTGAGCCAACGCATCACTGCGGATCGTCAACAGCAGCAAAGTGCTGAAAC
CAACCGTTATTTTGATGAAGAATTATTAAGTATCTTCCTGGAAGAAGCGGATGAACTGCTCGCAGGCATTGATGAAGATC
TGAATACCTGGAGCAAAAAACAGGACGATACAACCTCGCTGAATAATCTGATGCGTCATTTGCATACCTTAAAAGGTGGT
GCAAACATGATCGCAGCATCGCATATCGGTTTGATTGCGCATGAACTGGAAAGTATTTATGAGCGGGTGATCCGTCAGCA
AATTGCCGTGACACCTGCTTTAATCCAGATTATTCGTCTGGTTCAGGACAACATTTCCGATCGTATTCAATCTATTCGGG
AAGACGGCATTGATTATCCTGCACCAGAAGCGATTGCGATTCTGCAAAATATTCAGGTGCTGGTGTCTGGACAAGCTGTT
GCTGCTGTGGAGAGCGCGAATACTGTAGTTGAAGTTGCAGAGGTCGAAGCGACATCAATTCGTGAACCGCAACTTGAAGA
GTTAGCAACGACTGAACAGCCTGCAACTGATTTGGCAGAAGCTGAAGAATTACTGGAAATCTCTGAGTCTTCTGAGGCTA
TTGAAGACACACCAGTAGAACGTTCTGAAGAAGACGAACTGAAATCCATTGTTGAAGAGTCTTTCCTGGAAGAATCCGAA
GAGATTCTGGCGAATGCCGAGAAGCTCCTCAATCAATGGTTTGATCAGCGTAGTGACCGTAGTTTATTGCTGCAATTACA
GCGTGCCGCCCATAGTATCAAGGGTGGCGCACGTATGATTGATGTTGAAGAAGTGGCCAGTATTGCCTATGAGCTGGAAA
CGACTTTCGAACAGTTTGCGGTCTATCAATTTAACTCGAATGCCTATGATGGCTTATTGCAGAAAACGCTGGTCTGGTTA
AGACAGGCGATTTTCCAGCGCGACTATAGCGGCTTTGAGCCGCTTCACAGCAGTCTGAAAAAGATTGCTTATGTGGACGT
TACTGCGCAATTGCCTGAGCGTCTGGCGAAAACAGATAATCTTGTAGTCAGCACCGACTTCGGCTTTGTTGAAGGTGATG
GTACTGAACCGCCACAGATGATGGGTGAATGGGCGAATAGCGGTACCAGCGATAGTAATAACGAGATGATCCGTATCTCT
GCTGATCTGGTCGAGAAGATGATTGACCTGTCCGGTGAGAACTCGATTAACCGTTCGCGTATCGAGATGGACCTGGGTCA
GCTAGGCAATACCCTGAACGAGATGGAATTGGCGATCAAACGTCTTGCCGATCAGTTACGTCGAATGGAAGGCGAGCTGG
AATCACAGATTATTGCCAAACACGGTTCAGAGAACTCGCGCTATGCTGACTTTGACCCGCTGGAAATGGACCAGTATTCG
TCGCTCAACCAGCTGTCTAAATCACTGGCAGAATCTGCATCAGATTTGGTCGACTTCAAGAGTACACTGGCCGACAAGAT
TCGCGAAACTGAAGGTCTGTTATTGCAACAATCCCGTATTCAGGCCGAGATTCAGGAAAGCCTGATGCGTACCCGTCTGG
TTCCATTTGATCGGATGTTGCCGCGTTTACAGCGTATCGTGCGTCAAACCTCGACCACCTTGAACCGTCCTGCAGAACTG
ATCGTACAGAATACCGAAGGTGAACTGGATCGTAACATTCTCGAGCGTCTGGTCACCCCATTTGAGCATATGCTGCGTAA
TGCGATTGACCATGGTCTGGAAGATACTGCAGATCGTATCGCACTGAACAAGCCGGAAGTCGGTTCTATTGTCTTGAACA
TCAGCCGTCAGGGAACCGATGTAATCGTGTCCTTTAGTGATGATGGTAAGGGGATCGATGCGGAGAAGATTCGTGAAAAA
GCGCTGAGTCTGGATCTAATCAAAGCGGATCAAGTCATTGATCAGGAAGAAATCCTGCAATTTATCTTCCATCCTGGTTT
CAGTACCGCGAAAGCAGTGACCCAGATTTCTGGTCGTGGTGTCGGTCTGGATGTGGTACAAAGCGAGATCAAATCACTGG
GCGGCCATGTGTCAGTGAGCTCGGAACTGGGCAAGGGTACGGTCTTTACGATTCGCGTACCGACGACCGTAGCGGTCAGC
GATGCCTTGATGGTGAAAGTGGGTGATCAGCAATATGCGATTTCTCTGGCGCAGATTGACCGAATCGTGCGTATTGCACC
GACCACATTGGAAAGCTATTTCAACAGTAAAGATGACTATTTCAAGATCGATGGCGCAAACTATAAGCTGCGTTATCTGT
CTGAGTTTGTTGGCAACCAGCCGATTCCACGTCTGAATAATGTTGGTCATTCATTGCCGGTGCTGTTGATTAAAGGTAAT
AGTGGTCAAACCATTGCCTTGCTGGTCGATCAGTTGGTCGGTTCACGAGCGCAGATTGTAGTAAAACCGATTGGACAGCA
GTTTGCCAACGTCGGGGTAGTGGCCGGTGCCACGATTCTGGGTGATGGTCAGGTCTGTCTGATTCTCGATGGACAGAATG
TTGCCCGCCAGATTCAGGCGACACAGCGTGTCAAACAGCTGAATGATCAGCGTGATGGTTCGCGTAATGCAAATGCACGT
CGTCTAGTGATGATTGTCGATGACTCGGTGACTGTACGTAAAGTGACGTCACGTCTGCTTGAACGTCAAGGCTATGATAT
TGTCACTGCTAAAGATGGGGTGGATGCGATCGAGCAGCTTGAAAACGTCAGACCGGATCTGATGTTGCTGGATATCGAAA
TGCCGCGCATGGACGGTTTCGAAGTGACCAATCTGGTTCGTCACCATGATATTCACCGTGACTTGCCGATTATTATGATT
ACCTCACGTACCGGTGAGAAGCATCGTGAACGTGCATTCAGCTTGGGCGTAACGCACTATATGGGTAAACCGTTCCAGGA
AGCGGAACTGTTGGCCAATATCCAGCAACTGATTGCTGAAAAACAGAGGTAA
ATGAAAGAAATATTAAAAAATTTAGTTGAAACGACAACGCTTCCTGAAGATAGTTATCTTGACCAAGATGCAGAAATTCT
TGAAATTTTTGTTGAGGAAATCGAAGAGATCTTCGTTGAGTTAAATGCTTTATTTCCAGAATGGTTGAGCAATCCAGATC
ATCAAGAAAATCTGAAGACCATTCGCCGCCATTTTCACACCCTGAAAGGTTCAGGCCGCATGGTCGGGGCAAAATCGGCA
GGGGAAATGGCCTGGGCGGTTGAAGATACCTTAAACCGGGTTTTGTCCGGTTCGATTCAGCTAACACCGACGGTACAGAA
ATTTGCCCAAGCGGTACTGAATGTCTATCAATATGCTTTATATCCAAAATTCAAACATGTACAGCAATTGGATCTCGATC
TGCGTCCAATGGTGCTGTTGGGACAACAATTACAACAACAAATTTCGCCTGAACCTGCATTGGAAGAATTACTGGCATTG
GCAGATCATTTGACCGCTGAAGGTCAGATGACAGGTCTTGAGCTTGCAGACAATGAGCCAAGTGAAGTTGAGCTAACAAT
AGCGCCAGTAGAAGTACCGGTTCGCAGTGATATCGAAGAAACTGTGGCGATCTTTATTGAAGAAGCAGAAGAGCATCTGG
ATACGATTGCGACTTTCCTTCGCACTGAAGATGAAAAATCACAAGATTATAATGCGCTGATTCGTGCGATTCATACCTTG
CGCGGCAGTTCATCGATGGCGCAGATTGAGCAGATTTTTGAGGCCAGCTCTAAAGTAGAGCATCTGTTCAAAACCTTGCT
ACAAGATGAAATTGTCTCAACATCAAAAGAAACCGCTTTACTGATTCAGTATGCTGAGTTTGTCAGTGACTATCTGCATT
TGCTACGTCAGGGCAATACTGCAAAACTGGATGCGGTATATGCCACCTTTGAGCGTGTCTGGAATAATTATGGCTTTGCA
GTTACTGAAACCAATAGCATTCAGACGCAAGGTTTGGTGTCTAAACTGGTTGAGCTGGATATTGATCTGTTATTGGATGC
CGAGTTTGAATTTGATAAACGCGCCCAAGTCGATTATCCGGAATATATTCAGGCACTCAGCCAGCAGGCTGCAGAATTGC
TGGCACATACAGAAAGCCGGGCAGCGCAAGGCATTCATGAATTCACTGCCGACCTGAAATTGGCTTATGATGCGCTGCTT
GAAAAGCCAGTGCTGCTAAACAGCGATTATGCTTATGAACTGTTCGCACAGGCGCATCAGGAATTTATTCATTTATTTGA
TACCTTGGCCGCAGGACAGCGCGTCATTCTGAATGATGAGATTCAAAAAATACTCAGCGAACTGTCTGCATTTGTGCAGC
AGGATCTCGAGATATTTGCTGAAGATACTAGCAGTCAGAATATTGAGCTAAGCTCAGAGACTACGCAGGCGGCTGAAACT
GTCGCGACAGGCAGTGTCGATTTTGCTGGTTTGAGCCAACGCATCACTGCGGATCGTCAACAGCAGCAAAGTGCTGAAAC
CAACCGTTATTTTGATGAAGAATTATTAAGTATCTTCCTGGAAGAAGCGGATGAACTGCTCGCAGGCATTGATGAAGATC
TGAATACCTGGAGCAAAAAACAGGACGATACAACCTCGCTGAATAATCTGATGCGTCATTTGCATACCTTAAAAGGTGGT
GCAAACATGATCGCAGCATCGCATATCGGTTTGATTGCGCATGAACTGGAAAGTATTTATGAGCGGGTGATCCGTCAGCA
AATTGCCGTGACACCTGCTTTAATCCAGATTATTCGTCTGGTTCAGGACAACATTTCCGATCGTATTCAATCTATTCGGG
AAGACGGCATTGATTATCCTGCACCAGAAGCGATTGCGATTCTGCAAAATATTCAGGTGCTGGTGTCTGGACAAGCTGTT
GCTGCTGTGGAGAGCGCGAATACTGTAGTTGAAGTTGCAGAGGTCGAAGCGACATCAATTCGTGAACCGCAACTTGAAGA
GTTAGCAACGACTGAACAGCCTGCAACTGATTTGGCAGAAGCTGAAGAATTACTGGAAATCTCTGAGTCTTCTGAGGCTA
TTGAAGACACACCAGTAGAACGTTCTGAAGAAGACGAACTGAAATCCATTGTTGAAGAGTCTTTCCTGGAAGAATCCGAA
GAGATTCTGGCGAATGCCGAGAAGCTCCTCAATCAATGGTTTGATCAGCGTAGTGACCGTAGTTTATTGCTGCAATTACA
GCGTGCCGCCCATAGTATCAAGGGTGGCGCACGTATGATTGATGTTGAAGAAGTGGCCAGTATTGCCTATGAGCTGGAAA
CGACTTTCGAACAGTTTGCGGTCTATCAATTTAACTCGAATGCCTATGATGGCTTATTGCAGAAAACGCTGGTCTGGTTA
AGACAGGCGATTTTCCAGCGCGACTATAGCGGCTTTGAGCCGCTTCACAGCAGTCTGAAAAAGATTGCTTATGTGGACGT
TACTGCGCAATTGCCTGAGCGTCTGGCGAAAACAGATAATCTTGTAGTCAGCACCGACTTCGGCTTTGTTGAAGGTGATG
GTACTGAACCGCCACAGATGATGGGTGAATGGGCGAATAGCGGTACCAGCGATAGTAATAACGAGATGATCCGTATCTCT
GCTGATCTGGTCGAGAAGATGATTGACCTGTCCGGTGAGAACTCGATTAACCGTTCGCGTATCGAGATGGACCTGGGTCA
GCTAGGCAATACCCTGAACGAGATGGAATTGGCGATCAAACGTCTTGCCGATCAGTTACGTCGAATGGAAGGCGAGCTGG
AATCACAGATTATTGCCAAACACGGTTCAGAGAACTCGCGCTATGCTGACTTTGACCCGCTGGAAATGGACCAGTATTCG
TCGCTCAACCAGCTGTCTAAATCACTGGCAGAATCTGCATCAGATTTGGTCGACTTCAAGAGTACACTGGCCGACAAGAT
TCGCGAAACTGAAGGTCTGTTATTGCAACAATCCCGTATTCAGGCCGAGATTCAGGAAAGCCTGATGCGTACCCGTCTGG
TTCCATTTGATCGGATGTTGCCGCGTTTACAGCGTATCGTGCGTCAAACCTCGACCACCTTGAACCGTCCTGCAGAACTG
ATCGTACAGAATACCGAAGGTGAACTGGATCGTAACATTCTCGAGCGTCTGGTCACCCCATTTGAGCATATGCTGCGTAA
TGCGATTGACCATGGTCTGGAAGATACTGCAGATCGTATCGCACTGAACAAGCCGGAAGTCGGTTCTATTGTCTTGAACA
TCAGCCGTCAGGGAACCGATGTAATCGTGTCCTTTAGTGATGATGGTAAGGGGATCGATGCGGAGAAGATTCGTGAAAAA
GCGCTGAGTCTGGATCTAATCAAAGCGGATCAAGTCATTGATCAGGAAGAAATCCTGCAATTTATCTTCCATCCTGGTTT
CAGTACCGCGAAAGCAGTGACCCAGATTTCTGGTCGTGGTGTCGGTCTGGATGTGGTACAAAGCGAGATCAAATCACTGG
GCGGCCATGTGTCAGTGAGCTCGGAACTGGGCAAGGGTACGGTCTTTACGATTCGCGTACCGACGACCGTAGCGGTCAGC
GATGCCTTGATGGTGAAAGTGGGTGATCAGCAATATGCGATTTCTCTGGCGCAGATTGACCGAATCGTGCGTATTGCACC
GACCACATTGGAAAGCTATTTCAACAGTAAAGATGACTATTTCAAGATCGATGGCGCAAACTATAAGCTGCGTTATCTGT
CTGAGTTTGTTGGCAACCAGCCGATTCCACGTCTGAATAATGTTGGTCATTCATTGCCGGTGCTGTTGATTAAAGGTAAT
AGTGGTCAAACCATTGCCTTGCTGGTCGATCAGTTGGTCGGTTCACGAGCGCAGATTGTAGTAAAACCGATTGGACAGCA
GTTTGCCAACGTCGGGGTAGTGGCCGGTGCCACGATTCTGGGTGATGGTCAGGTCTGTCTGATTCTCGATGGACAGAATG
TTGCCCGCCAGATTCAGGCGACACAGCGTGTCAAACAGCTGAATGATCAGCGTGATGGTTCGCGTAATGCAAATGCACGT
CGTCTAGTGATGATTGTCGATGACTCGGTGACTGTACGTAAAGTGACGTCACGTCTGCTTGAACGTCAAGGCTATGATAT
TGTCACTGCTAAAGATGGGGTGGATGCGATCGAGCAGCTTGAAAACGTCAGACCGGATCTGATGTTGCTGGATATCGAAA
TGCCGCGCATGGACGGTTTCGAAGTGACCAATCTGGTTCGTCACCATGATATTCACCGTGACTTGCCGATTATTATGATT
ACCTCACGTACCGGTGAGAAGCATCGTGAACGTGCATTCAGCTTGGGCGTAACGCACTATATGGGTAAACCGTTCCAGGA
AGCGGAACTGTTGGCCAATATCCAGCAACTGATTGCTGAAAAACAGAGGTAA
3D structure
| Source | ID | Structure |
|---|
Similar proteins
Only experimentally validated proteins are listed.
| Protein | Organism | Identities (%) | Coverage (%) | Ha-value |
|---|---|---|---|---|
| chpA | Acinetobacter baumannii strain A118 |
61.421 |
100 |
0.624 |