Detailed information    

insolico Bioinformatically predicted

Overview

Name   chiS   Type   Regulator
Locus tag   VP_RS12030 Genome accession   NC_004603
Coordinates   2605254..2608640 (+) Length   1128 a.a.
NCBI ID   WP_005461251.1    Uniprot ID   Q87LY0
Organism   Vibrio parahaemolyticus RIMD 2210633     
Function   chitin sensor (predicted from homology)   
Competence regulation

Genomic Context

Location: 2600254..2613640
Locus tag Gene name Coordinates (strand) Size (bp) Protein ID Product Description
  VP_RS12010 (VP2474) erpA 2600608..2600949 (-) 342 WP_005461279.1 iron-sulfur cluster insertion protein ErpA -
  VP_RS12015 (VP2475) hemL 2601197..2602492 (+) 1296 WP_005479079.1 glutamate-1-semialdehyde 2,1-aminomutase -
  VP_RS12020 (VP2476) - 2602830..2603915 (+) 1086 WP_005461253.1 AI-2E family transporter -
  VP_RS12025 (VP2477) rsmC 2604002..2605027 (+) 1026 WP_005479074.1 16S rRNA (guanine(1207)-N(2))-methyltransferase RsmC -
  VP_RS12030 (VP2478) chiS 2605254..2608640 (+) 3387 WP_005461251.1 response regulator Regulator
  VP_RS12035 (VP2479) - 2609549..2611231 (+) 1683 WP_005461274.1 ABC transporter substrate-binding protein -
  VP_RS12040 (VP2480) - 2611402..2612388 (+) 987 WP_005461259.1 ABC transporter permease -
  VP_RS12045 (VP2481) - 2612391..2613416 (+) 1026 WP_005461261.1 ABC transporter permease -

Sequence

Protein


Download         Length: 1128 a.a.        Molecular weight: 127348.05 Da        Isoelectric Point: 5.4383

>NTDB_id=22751 VP_RS12030 WP_005461251.1 2605254..2608640(+) (chiS) [Vibrio parahaemolyticus RIMD 2210633]
MFKFYKKQKFKRLQSTLMTAFLVLSITPLTITAIFFLQSHSKDLQEQSTSHLLSVRDTKQQQILDYFEAQETEVMGFVRS
ELAYASGGRFYGLVNAFSRLGNDIEEARENAQQRYIEGSGDQIKTSILPESSNYVGSERYRLLHKRYHWAYLELLKRSDF
NDILLVDINGNVTYSINKDDNYGTNLLTGRYKDSALGKTFKRLADDVNERRKVNEDYTPVIISDFELEHGRQVAWLGAPI
VQQGYLHSYAMFRLPNNGITKLIADKNRESSINTLLVGSDQQPRTINTKQDSIQNSLEVIDKALAGQTDVGTYTNGLGEE
IIAAFAPIQTRGITWALVVQLPEKEAFSRIHQLEKLFVIAMLIAIILVVIASHYLSNFITSPLLKLTWAAEKVSAGDLDE
TTFNTERKDEIGRLAISFERMQRSIREKIQTIKQQNEELESNIKLIQKQNDELQLADKLKDEFLATTSHELRTPLHGMVG
IAETLVSGANGVIPASQKYQLDIIIKSGQRLANLVDDLLDYHKMRYGSMDIQKSAVSLASATRLVLELSNHLLGNKTIRI
INQVPADLKAVSADPQRLEQVLYNLIGNAIKYTSEGKIVISATIVDDHVRVQVVDTGQGIPAEHLEHIFEPLIQAGQDAS
RYRQGAGLGLSISRQLIELMGGSLYVSSQPMVGTTFSFTLPLASEEEIQATQTLVARGHFQIPEINLENGDDLSLPENPD
GPLLYVADDEPVNLRVLESFLRLEGYRVRTVSDGPETLALVEQEKPELLLLDIMMPGMSGYQVCSELRETYDHAELPIIM
LTALSQTEDRVRGFEAGANDYLSKPFNKQELAARIQAHLTASKAEMRHMENKVLESELRQRAVVEASLLETQGRLLEQLE
SAPEAIICLREDQRIRFANEAACKLFKRSLEQLKRSSADELIAPKYLTVKQPHYCGKIDIYIEDIRQNIEADILKLPEGS
GLDVMYIFNVGGGANAARIHNLETAVEVLSSYAFDGDRDQLQKLKELGGEFTRLADKALGNKKDKQDLMREVLVDAMTHA
LDYWESVTGESKFAFAEQSGLWRVYLDRSTLQTRTLDKYMRIETLPKTPRWRTVLSSIEFILEHCKEQSPERAYIEAQRD
KLQRLLTS

Nucleotide


Download         Length: 3387 bp        

>NTDB_id=22751 VP_RS12030 WP_005461251.1 2605254..2608640(+) (chiS) [Vibrio parahaemolyticus RIMD 2210633]
ATGTTTAAATTCTACAAAAAACAGAAATTTAAGCGCCTTCAGAGTACGCTGATGACTGCGTTTCTTGTCCTCAGCATTAC
GCCTCTTACCATCACTGCGATTTTTTTCCTGCAATCCCATAGTAAAGATCTGCAAGAACAGAGCACTTCACATCTGCTTT
CTGTTCGTGATACCAAACAACAACAGATCCTCGACTACTTCGAAGCGCAAGAAACCGAAGTCATGGGATTTGTACGCTCT
GAGCTCGCGTATGCCAGTGGTGGTCGTTTTTACGGCCTCGTCAATGCATTTAGCCGTTTAGGCAATGATATTGAAGAAGC
ACGTGAAAATGCTCAGCAACGTTATATCGAAGGCAGCGGTGACCAAATCAAAACATCAATTTTGCCGGAGTCCTCAAATT
ATGTCGGCAGTGAACGTTATCGCTTACTCCACAAACGTTATCACTGGGCATATCTGGAGCTACTCAAACGCTCAGATTTT
AATGATATTTTGCTGGTCGATATTAACGGCAACGTGACCTATTCCATCAACAAAGACGACAACTACGGTACTAACCTACT
AACGGGACGCTATAAAGACTCGGCATTAGGTAAAACCTTCAAACGTCTAGCTGATGACGTCAACGAACGCCGCAAAGTGA
ATGAAGATTATACGCCCGTCATTATTTCTGATTTTGAACTGGAACATGGTCGACAAGTCGCTTGGCTTGGTGCGCCTATC
GTTCAGCAAGGCTATTTGCACAGCTACGCTATGTTCCGTTTACCAAACAACGGCATTACCAAGCTGATCGCAGATAAAAA
CCGTGAATCGTCCATCAACACTCTACTGGTCGGCAGCGATCAGCAACCGCGTACGATTAATACCAAGCAAGACAGTATTC
AAAACAGTCTTGAAGTCATCGATAAAGCTTTAGCGGGACAAACCGACGTTGGCACCTACACCAATGGACTTGGCGAAGAA
ATTATCGCTGCATTTGCCCCAATTCAAACACGCGGCATTACATGGGCGCTCGTGGTTCAACTTCCAGAAAAAGAGGCGTT
TTCACGCATTCATCAACTGGAAAAACTCTTCGTTATCGCCATGCTAATCGCGATCATTCTTGTGGTGATTGCATCGCATT
ATTTGTCCAACTTCATTACATCACCACTGCTGAAGCTGACTTGGGCGGCGGAGAAAGTATCCGCTGGCGACCTCGACGAA
ACGACATTCAATACCGAACGTAAAGATGAAATCGGTCGCTTGGCTATCAGCTTCGAGCGTATGCAGCGCTCGATTCGAGA
AAAAATCCAAACCATTAAACAGCAAAACGAAGAACTTGAAAGCAACATCAAGCTGATTCAAAAGCAAAATGATGAGTTGC
AACTGGCTGATAAACTGAAAGATGAGTTCCTCGCAACAACCTCGCACGAATTGCGTACACCGCTACATGGCATGGTTGGG
ATAGCAGAAACCCTTGTGTCAGGAGCAAATGGAGTCATTCCCGCCAGTCAAAAATACCAACTTGATATCATTATCAAAAG
TGGTCAACGCTTAGCTAACCTCGTAGACGATTTATTGGATTACCACAAAATGCGCTATGGCAGCATGGATATACAAAAAT
CGGCAGTAAGCTTAGCTAGTGCAACACGCTTGGTGCTTGAGCTTTCTAATCACCTGCTAGGCAATAAGACCATTCGCATC
ATCAACCAAGTACCAGCCGACCTTAAAGCCGTTTCGGCCGATCCGCAACGCCTCGAACAAGTGCTGTATAACTTGATTGG
CAATGCCATTAAATACACCTCAGAAGGTAAGATCGTCATTTCCGCTACCATTGTCGACGATCACGTCCGCGTGCAAGTGG
TCGATACTGGTCAGGGGATTCCAGCAGAACATCTTGAGCATATTTTTGAGCCTTTAATTCAAGCTGGTCAAGATGCAAGT
CGCTATCGTCAAGGTGCGGGACTGGGACTATCGATTAGCCGTCAACTGATTGAGTTGATGGGCGGTTCACTTTACGTGAG
CAGTCAGCCGATGGTCGGCACCACGTTTAGTTTCACACTGCCATTGGCCAGCGAAGAAGAAATCCAAGCAACTCAAACCT
TAGTGGCGCGCGGGCACTTTCAAATTCCTGAGATTAATTTGGAAAATGGCGACGACTTATCGCTACCAGAGAACCCTGAT
GGCCCACTGCTTTACGTCGCAGATGATGAACCCGTTAACTTGCGAGTACTGGAAAGCTTCTTGCGCCTAGAAGGATACCG
CGTTCGTACCGTTTCAGATGGCCCAGAAACGCTGGCGTTGGTTGAACAAGAAAAGCCAGAACTGCTGTTACTCGACATTA
TGATGCCCGGCATGAGCGGCTACCAAGTATGTAGTGAACTACGTGAAACCTATGATCATGCTGAGCTACCGATCATTATG
CTCACCGCTCTCAGCCAAACAGAAGACCGTGTGAGAGGCTTTGAAGCAGGCGCGAATGACTACTTATCGAAGCCATTCAA
CAAACAAGAGTTGGCGGCACGTATCCAAGCGCATTTAACAGCAAGTAAAGCGGAAATGCGCCATATGGAAAACAAAGTGC
TGGAGTCAGAGCTTAGACAGCGTGCTGTCGTCGAAGCAAGCCTTCTTGAAACTCAAGGTCGTTTGTTGGAACAGCTAGAA
TCTGCACCGGAAGCTATTATTTGTCTGCGAGAAGATCAGCGTATTCGTTTTGCCAACGAAGCGGCTTGTAAGCTATTCAA
ACGCAGTTTAGAGCAACTTAAACGCTCGTCAGCTGACGAACTGATCGCACCAAAATACTTGACGGTGAAGCAGCCTCATT
ATTGCGGCAAGATTGATATCTACATTGAGGATATTCGTCAAAACATTGAAGCCGACATTCTAAAACTGCCAGAAGGCTCT
GGCTTAGATGTGATGTACATCTTTAATGTCGGTGGTGGGGCTAACGCCGCGCGTATTCATAACCTAGAAACTGCGGTCGA
AGTACTCTCAAGTTATGCATTCGATGGTGATAGAGACCAGTTGCAGAAACTCAAAGAGCTTGGTGGCGAGTTTACTCGTT
TGGCTGATAAGGCTTTGGGCAACAAAAAAGATAAGCAAGATTTGATGCGTGAAGTGTTGGTCGATGCCATGACGCATGCA
TTGGACTATTGGGAGTCTGTTACGGGTGAAAGTAAATTTGCGTTTGCCGAACAAAGTGGACTGTGGCGCGTCTACCTCGA
CCGAAGCACACTGCAAACCCGCACGCTCGATAAATACATGCGTATCGAAACTCTGCCTAAAACACCGCGCTGGAGAACGG
TTCTGAGTTCGATTGAGTTTATTCTTGAACACTGTAAAGAACAGAGCCCTGAACGTGCTTACATCGAAGCACAGCGCGAT
AAATTGCAAAGACTGCTCACTAGCTAA

Domains

Predicted by InterproScan.

Response regulator receiver domain (Response_reg)

(726-836)

HAMP domain (HAMP)

(375-427)

Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase (HATPase_c)

(574-683)

His Kinase A (phospho-acceptor) domain (HisKA)

(460-525)


Secondary structure

Protein secondary structures were predicted by S4PRED and visualized by seqviz.



3D structure

Source ID Structure
  AlphaFold DB Q87LY0

Transmembrane helices

Transmembrane helices of protein were predicted by TMHMM 2.0 and visualized by seqviz and ECharts.


Visualization of predicted probability:


Similar proteins

Only experimentally validated proteins are listed.

Protein Organism Identities (%) Coverage (%) Ha-value
  chiS Vibrio cholerae strain A1552

76.882

100

0.77

Multiple sequence alignment