KEGG   Vibrio alginolyticus: N646_4144
Entry
N646_4144         CDS       T02840                                 
Name
(GenBank) putative sensory box sensor histidine kinase/response regulator VieS
  KO
K07679  two-component system, NarL family, sensor histidine kinase EvgS [EC:2.7.13.3]
Organism
vag  Vibrio alginolyticus
Pathway
vag02020  Two-component system
Brite
KEGG Orthology (KO) [BR:vag00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    N646_4144
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:vag01001]
    N646_4144
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:vag02022]
    N646_4144
Enzymes [BR:vag01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     N646_4144
Protein kinases [BR:vag01001]
 Histidine kinases
  NarL family
   N646_4144
Two-component system [BR:vag02022]
 NarL family
  EvgS-EvgA (acid and drug tolerance)
   N646_4144
SSDB
Motif
Pfam: SBP_bac_3 HATPase_c Response_reg HisKA Hpt ABC2_membrane_3 DUF4411 HATPase_c_5
Other DBs
NCBI-ProteinID: AGV19953
UniProt: A0A2I3CQA9
Position
2:1175705..1179370
AA seq 1221 aa
MLSILRSITVSSVALIFLASSFCSTAKQSPKPKVIVGVIAQDEAKDSFDGSVGPSYGISL
EYLSNITKALDYELELRTYKHIPSLLADVESKKIDGAVGFSKTAAREKRFLFSMPFFSST
IAVWYRNATYRDSDARDLKWVCVEGSVYCDNLTERGIDKIHYVKTRLEAFNEVKRGKANA
LIYTYVGITQYLDLNDIVKGVVDIPSWLKNEEVSFIASLDKQSLIDDINKILQWEQNGKN
IRSVASKNPYHISDKLLVDYRRNHQNKLVITYSSSDEAYPFLYRDSQTGELDGFFPDFVD
LLQSRTGLSFKYVKPTSSLSNGLTAFDADIVPISYVGELPKSDWLFTKPFMHSNYVAIQA
EQSKRDKSALKEAGILLTLKKQGLVHLGTWQQGQVDHYDDLKKLLTDLKSGVLDVAYIPD
DIVHNMIAQDQVDGLVINAEDVLTFSNAFAVANHNTQLQHMLNSIIETIDSNEIEKLLRS
HRSFKLTYGYDAEQIATFVVAGSFIFCLMLIAAYFILSHMRLKVRLAEFNADNEEAEKQW
LMDIIKEINSLVFIHSENNHMEMSNCANYNSKQCQQCKLKSDSAHAPLVNNFDELTTVIA
GKRISEEVASSGCELDIKHVYRERKVIASPSGKNKFVLTVIQDITQQKEREQALIDAQKE
AQTAVRARENFLATMSHELRTPLSAAHGILDLLNRQVTTDSNRELIAQAIRSLNHLNTLV
DEVLDYSKLEAGHLTVAPVKTDLLKTLCDVFRSFEPRALAKGLDYKVTIKPFSNAFIEID
ALRLVQITTNLLSNAMKFTAEGEVGISVILHEKQLILKVADSGIGMTDDQLEGILNPFVQ
ADDTITRKYGGTGLGLSIVDRLIDCMGGVLCIDSQFGLGTTITVRLPIEHCDSEPDVCLN
WTYSESLPLNIRQWCDAWKMRPATLKTMVANLHPIHDSDASFNGLMLRDEQRVLGSLTLR
EIQYPDTLFNLLSQTQQETKLSDVNQEVVSWVLGTVLVAEDNPINQSVIAMQLHELGIEP
VIVNNGREAWEYINQDENVVLLLTDFHMPEMDGYELVRHVKNSEFKAIPIIGVTAEDARL
AIERTQDIGIDDVLYKPYDLNQLKTVLIPFIGEKERGRLPGWIKRFKAQDAKEIARVFSQ
SMSTDIKNLNAASTERDKKRVIHGIKGAVGAIGVSMLTELCIEAERVTAAEFDRRTAELI
LRIEQEIENINYWVETNEYTI
NT seq 3666 nt   +upstreamnt  +downstreamnt
atgctcagtattcttagaagtattacggtatcgtccgtcgccttaatttttttagcgagt
tctttttgctcaactgccaaacagagtcctaaaccgaaggtcatcgttggtgttattgcg
caagacgaagctaaagactcgtttgacggtagcgttggtccttcgtacggaattagtctt
gagtatttgtctaacattactaaagctttggattatgagttagaacttcggacttacaag
catattccgtctttacttgcggatgtcgaaagcaagaagattgatggtgcggttggattt
agtaaaacagcagcaagagaaaagcgtttcttgttttcgatgcctttcttttcgagcact
atcgctgtttggtatcggaatgccacttaccgagatagtgatgcgcgtgatcttaaatgg
gtgtgtgttgagggcagtgtgtattgtgacaacctcactgaacgtggtatcgataagata
cattatgttaaaacacgtttagaggcgtttaatgaagttaagcgaggtaaagcgaacgcg
ctgatttacacttatgttggtattacccaatatttggatttgaatgacattgtaaaaggg
gttgtcgatattcccagttggttgaaaaacgaagaggtgagttttatcgcttcgttggac
aaacagagtctgatcgatgacatcaacaaaatccttcagtgggagcaaaatggaaaaaac
attcgctccgtcgcctcgaaaaatccttaccatatcagtgataagttattggtagattac
cgacgtaatcatcaaaacaaactagtgataacttacagcagcagtgacgaagcttatccg
tttctctaccgagattcgcaaacgggcgagttagatggcttctttccagattttgtcgac
ttattgcagtctcgtactggcttgagctttaagtatgtgaagccgacgtcgagcctttca
aatggattaacggcatttgatgccgatatagtccccatctcttatgtgggtgagctacct
aagtcagattggttgttcactaaaccattcatgcacagtaattacgtggctatccaagcg
gagcagagcaagcgcgataaatctgcactgaaagaagcgggtattctgctcactttgaaa
aagcaagggttagttcatttgggcacttggcagcaaggccaagttgatcattatgatgat
ttgaaaaagctgcttaccgatttgaaatcgggcgttttggatgtggcttacattcctgac
gacatcgttcacaacatgattgcacaagatcaagtcgatggcttggtgatcaatgcggag
gacgttttgacgttctctaatgcatttgcggttgcaaaccacaatacacaacttcaacac
atgttgaacagcatcatcgaaaccattgattctaacgagatcgaaaaactgctgcgttct
caccgaagcttcaaactgacttatggctatgacgcggagcagatcgctacatttgttgtt
gctggttcattcatattctgtctcatgttaattgcggcgtatttcatcttatctcacatg
cgacttaaagtgaggttagccgaatttaatgctgacaatgaggaagcggaaaagcaatgg
ctgatggacatcatcaaagagatcaatagcttggtttttatccatagtgaaaataaccat
atggagatgagcaattgtgccaactacaacagtaaacagtgccaacaatgtaagttgaaa
agtgattctgcgcacgctcctctggtgaataattttgatgaactgaccactgttatcgct
ggaaagcgtatttcagaagaggttgcctcgtcgggctgtgaacttgatattaaacatgta
tatcgagaacgcaaagtcatcgcttctcctagcggtaagaacaagtttgtactgactgtt
attcaagatattacccagcaaaaagaacgtgagcaggcgttaatcgatgcgcaaaaagaa
gcgcaaaccgcggtacgtgcgcgcgaaaactttttggcaaccatgagtcacgaattaaga
acgccattgtcggcagcacacggcatcctcgatttgctaaatcgccaagtgacgacagat
tcaaatcgcgagttaattgcccaagccatacgctcgctcaatcatttgaatacgctagta
gacgaagtactggattattcaaaattagaggcagggcacttaaccgtcgccccagttaag
accgacttgcttaaaaccttgtgcgatgtgtttcgaagctttgaaccacgagcgcttgcg
aaaggtttggattacaaagtgacaatcaaaccattttcgaatgctttcattgaaatcgac
gcgctgcgattggtgcaaattaccaccaatctactctccaatgcgatgaaattcactgcc
gaaggagaagttggaatcagtgtcattcttcatgaaaagcagcttattttgaaagtggcg
gattcaggtatcggcatgacggatgaccaactcgaaggcattctcaatccttttgttcaa
gcggatgacactattacgcgtaaatatggcggtactggattggggctaagcattgttgac
cgattgatcgactgcatgggcggcgtgctctgcatcgattcacaatttggcttgggcacg
acgattactgtcagactgccaattgagcattgcgactctgagccagacgtttgtttgaac
tggacgtatagcgagagcttaccacttaatattcgccagtggtgtgacgcgtggaaaatg
cgtccagcgacgttaaaaacaatggtggcgaaccttcaccctatacacgacagcgatgcc
agttttaatggcctaatgctgcgtgacgaacaaagggtacttggcagtcttacgctaaga
gagattcaatatccagatacattgttcaatttgctcagccaaacgcagcaagaaaccaag
cttagtgacgtaaatcaagaagtggtttcttgggttctcggcacggtactggtcgcagaa
gataatcccattaaccaaagtgtgatagcaatgcagcttcatgaacttggaatcgaacct
gtcattgtgaataacggccgcgaagcatgggaatacatcaaccaagatgaaaacgttgtg
ttgctgctgaccgattttcatatgccagaaatggatggctatgagcttgttaggcacgtg
aaaaactccgaatttaaagcaattccaatcatcggtgtgacagcagaagatgctcgtctt
gccattgaacgtacacaggatatcggcattgatgatgtgctctacaagccctatgacctt
aatcaattaaaaaccgttttgattccatttattggcgaaaaagagaggggtaggctgccc
ggctggattaaacggttcaaagcacaggacgcaaaagagattgcgcgcgtgtttagtcaa
tcaatgtctacagatataaaaaacttaaacgccgcatcgactgagcgagacaaaaaacgg
gtcattcatggcatcaaaggagcggttggggcgataggggtaagcatgctgactgagctt
tgcattgaggcagaacgagttactgctgcggagtttgacaggcgaacagcggagctaatt
ttacgaatcgagcaggagatcgaaaacataaactattgggtagagacaaatgaatacaca
atttaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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