KEGG T00973: Kkor

Kangiella koreensis: Kkor_0230

Entry

Kkor_0230 CDS T00973

Definition

CheA signal transduction histidine kinase

Orthology

K02487	type IV pili sensor histidine kinase and response regulator
K06596	chemosensory pili system protein ChpA (sensor histidine kinase/response regulator)

Organism

kko Kangiella koreensis

Pathway

kko02020

Two-component system

Module

kko_M00507

ChpA-ChpB/PilGH (chemosensory) two-component regulatory system

Class

Environmental Information Processing; Signal transduction; Two-component system [PATH:kko02020]

SSDB

Motif

Pfam:

Hpt Response_reg HATPase_c CheW H-kinase_dim GFA

Other DBs

NCBI-GI:

256821456

NCBI-GeneID:

8369000

UniProt:

C7R7A2

Position

235124..241765

AA seq 2213 aa
MRDNQTKVALNWVKDEVESTLEQAQNAIKAYAEDESDKTQIHFCANCMHQIRGTMQMLEF
SGAALLAEEMEALAEAIGERKVESNEKAYEVFLSAILRFRSYLSRYAEGKSDLPVILLPA
INDMRICRGADNLGAGNLISIPTEGIDAPSPKNKTELKGDILAEVKALRSKFQQGLLGVI
RDVEVQANMEQMREVTESLWGLENRVPYQPLWWVASTFLKNIGLLPKKDNPVVKSLLGQV
DRRIRELIEQTANQEEANKVLINILFYVAQFDTEDEQVKEVQDKFQLNQLMDSLGDLESE
SSDLTGPDTASVRIALNVIKEDLGEIKESLDLYIRTKSQESEPLEDMIPAMQKISDTMSM
LGLTQSKEMISKQMGSIGDLLDGSEADREQGLIYIAEGILSLEDYIERALKMDSKQLANE
SLGQGEGESLQIINARYQLVQESRGNLHKVKDAITDYLDESHNINRLENVPELLKEVEGA
LTFAQLDTLLDVITKSKNFVVKYLISEKVVLSDAEVSTLADAISSVDYYLEGLMSSGLHG
LPVILQRAIDSISELEEHYGNLDEELLPVLDEPLEMPEIEMVESENHDQDDDSDELIDDE
VREIFIEEADEVLEEMHSLLPEWKQDQTNKEAINTIRRNFHTLKGSGRMVGATDIGELSW
AIENMLNRLLDHSIEYSPALFVTTEEVANILPKMVKQFAGGERTQYPRDLAERANRISKG
EIITDIQPHQEQTEEEADQAAEQELFDIFKQEAEGHVTNLEMFANQRQQGITQSQISDNL
LRSLHTLKGVAHIANIQSLTNVIVPVESYFQELKTRELLAEEGDMALIDHTKDLLRYIIS
TPEDDQVISVHEDEILQQLSKQQKRFDESGETIQEQGRDPELIKDIFNIASDVLVDIEST
NLQETPEKERLEKISYLMASVDRLKSILGEAELNEIEQVVSALSDALQRNMTASKVDTSI
GVLLNETYNQLENQFDCLAANLSITEASDLVQALQTWSPAEATAGLELELEPATGEAAAK
DESSSEVESGLESSDETSAAIPAEESSEPEEKQATEDNSIEFSLDDDFLTTKPEDKQEEK
DTSFEEKATSDDNSIEFEFSDDFLASEPAEEESSTEEIEDDSDISLEDAAEELGLDLSED
LDLSDELDSDETSEVTEETSHEEVQQKETAGEDSLEYNFEELDETAETTETTEDVVSKQE
EPLEADELADQDEAATTEEKTGEIIEEAPEEETSQAVEEEPRKESAKTISLDLDVDDELL
EIFSEEAEELFDSDAALLQKWRQEPNNVKIIAELQRNLHTLKGSARMAGFSPIGDLAHGL
EDLYTAITDQLFAASDQAIDLAERAEDQLLAIFNARNTPDQIPSPAAMLDEIQGFISAQK
AGRAYVRPQAEDIKPTEIVEEPQQPVEEAKTESPKEENKAEEPEQIKTEEPTQDKGALEE
AAWNEELAELFLGEASELLSSYEEAIERWSGDLHNTQPLNSAMRNLHTLKSGAKLAAITP
IGELTHKLEGLVEALARDPRLGNSRWADVLRRSYDQLHEMVEQVRNGHMPEKPAELLRKL
ESDKATIESQLDQLDKRDLAESGEQAEVKVVSLADRQKQKEEAAKEAANRDVIRVRSEVL
DNLVNLSGEASIFRSRLEQQVADLNFNLKEMSSTVDRLREQLRNLEIETEAQVLYRREIS
GVDFDEFDPLEMDRYTRQQELTRSLLEAASDLMSIQETLETKVGDAEATLLAQGRVNTEL
QDRLMRTRMVPFNSIESRLRRMVRQISTELNKDVDLILESEGEMDRTVIERMVAPLDHML
RNAIDHGIESKTERKKAGKVEKGTVHLSLSRRGNEVYIQIQDDGAGIRKDKVRARAISQG
MIDESYNPTDRELFRLILQPGFSTAETVTQISGRGVGMDVVHSEILQLGGSLNISSEEGQ
GTTMTVRLPFTLSSNQALMVRVKGEPYAIPLSNITTVARVSAKEVLEIYQDKDKTFSHLG
EEFELRYLGQILDRNSDIIPPVDEYVPVLIIQGEDKPIAVHVDELIGSREIVVKNIGRQI
STVPGISGASILGDGSVVLILDMQTLVDRFHEWDFAHEAGMVQEAPVENRIPIVMVVDDS
ITVRKVTARLLQRNQFQVMTAKDGVDAITQLHDDIPDVMLLDIEMPRMDGFELATIIRHD
ERLKHLPIIMITSRTGEKHRERAEQIGVNRYLGKPYNEEALLGTIDEMLKLED

NT seq 6642 nt +upstreamnt +downstreamnt
atgagagataatcaaacaaaagtagctttaaattgggttaaagacgaggttgaaagcacg
cttgagcaagcgcaaaatgcgataaaagcgtacgcagaagacgagtctgataagacccaa
atacatttctgtgcaaattgcatgcaccagatccgaggcactatgcaaatgctagagttt
tctggcgcagcattactggcggaagaaatggaagcactagccgaagctatcggcgaaaga
aaagttgaatcaaatgagaaagcctatgaagtctttctttctgccattttaagattccgt
agctacttatcacgttatgctgaaggaaaatctgatctacctgttattttactgcccgcc
ataaacgatatgcgtatctgtcgtggtgctgataatctgggtgcaggcaacctgatcagt
attccaaccgagggtattgatgctccttcgcctaaaaacaagacagaacttaaaggtgat
attttagccgaagtcaaagcgcttcgttccaagttccaacaaggattgcttggggtcata
agagacgttgaagtgcaagccaacatggagcagatgcgtgaagtcacagagtccttatgg
ggactggagaatcgtgttccataccaacctctttggtgggttgcttcaaccttcctaaaa
aatattggtctacttcctaagaaagataatcctgttgtaaaaagtttactgggtcaagtt
gaccgtcgtatccgtgagctaatagagcaaacggctaatcaggaagaagctaataaagtt
ttaattaatattctgttctacgttgctcaatttgatacagaagatgagcaagtgaaagaa
gtacaagataaattccagctaaatcaattaatggattctttaggtgatcttgaaagtgag
tctagtgatttgactggccctgatactgcgagtgttcgaattgctctcaacgttatcaag
gaagatcttggtgaaatcaaagagtcgcttgatctttacattcgaactaaatctcaggaa
agcgaaccactggaagatatgattccagcaatgcagaaaatttcagacactatgtcgatg
cttggtttaacacaatccaaagagatgataagcaagcagatgggctcgattggtgacttg
ctggatggctctgaagctgatcgcgaacagggtctgatatatattgccgagggaatcttg
tcactggaagactacattgagcgtgcgctaaaaatggatagtaagcagcttgctaatgaa
agccttggtcaaggcgaaggggagtcattacagataattaatgccagatatcagttggtt
caagaaagtcgcggcaacttgcataaagttaaagatgcaattactgattatctagatgaa
agccataatattaatcgccttgagaatgttcctgaattattgaaagaagtagagggtgct
ttaacttttgcccagcttgatacactattagatgtgatcaccaagtcaaaaaactttgta
gtcaaataccttattagtgaaaaagtcgtattaagcgatgctgaggtttcaacgctggct
gatgcaataagctcagttgattattaccttgaaggactgatgtcatctggactgcatggc
ttaccagtgatcttacagcgagccattgatagtattagtgagctggaagagcactacggc
aacctggatgaagagctgctaccagtcttggatgagccgcttgaaatgcctgaaatcgaa
atggttgaaagtgagaatcatgaccaagacgatgacagtgatgagttgattgatgatgaa
gtccgagagatttttatcgaagaagcagatgaagttcttgaagaaatgcacagtttgctt
cctgagtggaagcaggaccagacgaataaagaagctataaacactattcgtcgtaacttc
cataccttaaaaggtagtggtcgcatggtgggtgctactgatatcggtgaattgagttgg
gcaattgaaaatatgctcaatcgcttgcttgatcacagtattgaatattcgcccgcattg
tttgtcaccactgaagaagtggcaaatatattaccgaaaatggtaaaacaatttgccggt
ggggaaagaacgcaatatccaagagatttggctgagcgagcaaatcgtatcagcaaaggt
gaaattatcaccgatatccaaccacaccaagagcaaacagaagaagaagctgatcaagca
gcagagcaagagttgtttgatatattcaagcaagaagctgagggccatgtaactaatctt
gaaatgtttgcaaatcagcgtcagcaaggtattacccagagtcagatcagcgacaacctt
ctccgctcattacataccttaaaaggtgtggcacatatagcaaatattcaatcactaact
aacgttatagttccagttgaaagctattttcaagagctgaaaactcgtgagttgttagct
gaagaaggagatatggccttaattgatcatactaaggatctgctgagatatattattagc
acaccagaagatgatcaggtgatttcagttcatgaagatgaaattcttcagcaattatca
aagcaacaaaagagatttgatgaatctggcgaaacaattcaggaacaaggccgagatccg
gagctaataaaagatattttcaatatagcttcagatgtgctggtagatattgaaagcaca
aatctacaggaaacacctgagaaagagcgtttagaaaaaatctcatatctaatggcatca
gtggatcgcctgaagagtattttgggtgaagcagagcttaatgagattgagcaagtggta
tctgcacttagtgatgcattacaacgtaatatgactgccagtaaagtagatacctcgatt
ggtgttctgctcaatgaaacctataaccaacttgaaaatcaatttgattgtctggctgct
aacttatcaattacagaagctagcgacttggtgcaggcgctacaaacctggagcccagct
gaagctactgcgggtttagaattagaattggagccggccacgggagaagctgctgctaaa
gatgagagctcatctgaagtagagtcaggacttgagtcatctgatgaaacatccgctgct
attccagcagaagaaagctctgaaccagaggaaaaacaagcgacggaagataacagtatt
gagttcagccttgatgacgacttcttgactacaaaacctgaagataagcaggaagagaaa
gatactagctttgaagaaaaagccacttctgatgataattcgatagaatttgaattctcg
gatgacttcttagcttctgagccggcggaagaagagtctagcactgaagaaattgaggac
gactcagacataagcttggaagatgcggcagaagaacttggtttagacctcagtgaggac
cttgacctatcagatgagctagattcggatgaaaccagtgaagtgacagaagaaacttca
catgaggaagtgcagcaaaaagaaactgctggagaagactcattagagtataactttgaa
gaattagacgaaacagcggaaacaacagagacgacagaagacgttgtttctaagcaagaa
gagccgcttgaagccgatgagttggcggatcaagatgaagctgccaccaccgaggaaaaa
accggagagattatagaggaagctccagaagaggagacctcacaagcagtcgaagaagag
cctagaaaagagtcagctaaaacaatcagtctcgatcttgatgtcgatgatgagttgctt
gaaatcttcagcgaagaagcagaagaactctttgatagcgatgcagctctactgcaaaaa
tggcgccaagaacctaataatgtaaaaatcattgctgaattacagcgtaacctgcatacc
ctaaaaggtagtgcaagaatggctggcttctcaccaatcggtgacttggctcatggttta
gaagatttatacaccgccattactgatcagctgtttgctgcttctgaccaagcgattgat
ctagctgagcgagctgaagatcagttgcttgctatatttaatgcaagaaatactccagac
cagattccttcacctgcagccatgctcgatgaaatccaaggatttatttcggctcagaaa
gctggcagagcctatgtaaggccacaagctgaagacattaaacctacggaaatagtagaa
gagccacaacagccagttgaagaggctaaaactgagtctccgaaagaagaaaataaagcg
gaagaaccagaacagattaagacagaagaacccacgcaagataaaggcgctttagaagag
gcagcctggaatgaagagctagcagagttattcttaggtgaagcttctgaactgctgagt
tcttatgaagaagccattgagcgatggtcaggggacttgcataatacgcaaccattaaac
tctgccatgagaaatctgcacacgctgaaaagtggtgcaaagctggcagcgattacacca
ataggtgaattaactcacaagctggaagggcttgttgaagctttagcaagagaccctcgt
ttgggcaatagtcgttgggctgatgtactacgtcgtagttatgatcaacttcatgaaatg
gttgagcaagttcgtaatggtcatatgcctgagaagccagcagagctgctgcgcaaactt
gaaagtgataaagcaacgattgaatctcagctagatcagcttgataagcgcgatctggca
gagtctggtgagcaggctgaggtcaaggttgtttcattagctgacagacagaaacagaaa
gaagaagcagctaaagaagcggcaaatcgcgatgtgattcgtgtccgctcagaggttctg
gataacttggttaacttatctggtgaggcttcgatcttccgttctcgtcttgagcagcaa
gtagccgacttaaacttcaacttgaaggaaatgtcatcgaccgttgaccgcttgcgtgag
caattacgtaatcttgagattgaaactgaagcacaggttctgtatcgccgagaaatttcc
ggggtagattttgatgagtttgaccctctcgagatggaccgttatacccgtcagcaagag
ttgactagaagccttcttgaggctgcgagtgacttaatgtcaattcaggaaacattggaa
acgaaggttggtgacgcggaagcaacgcttttggcacagggccgagtaaatacagagctt
caagatcgcttaatgcgtacgcgaatggtgccgtttaatagtattgaaagtcgtttgcgc
cgcatggtgcgtcagatttcaactgagctaaataaagatgttgatttaatactcgagtct
gaaggtgaaatggaccgtacggtaatcgagcgtatggttgcaccacttgaccatatgtta
agaaatgcaatcgaccacggtattgagtctaaaacagagcgtaagaaggcaggtaaagtt
gaaaaaggtaccgtgcacttgagcttgtcgcgtcgcggtaatgaagtttatattcaaatt
caagatgatggcgcaggtattcgtaaagataaggttcgtgcaagagcaatttctcaaggc
atgattgacgaatcttataacccaaccgatcgtgaattattccgcttaattctacaacct
ggattctccactgctgaaacagtgactcagatttctggtcgcggtgttggtatggacgtg
gttcacagtgagattttgcagttgggtggttcattaaacatcagctcagaagaaggtcaa
ggcactactatgacagtgcgcttaccattcactctgtcctctaaccaggcactgatggtg
agagttaaaggcgagccttatgcaattccattgtcgaatatcacaacggtagcacgtgtt
agtgcaaaagaagttcttgagatttaccaagataaagacaaaaccttctctcacttggga
gaagaatttgaattgcgctatttaggacaaatccttgaccgaaactcagatattattcca
ccagttgatgaatacgtaccagtactgattattcaaggtgaagacaagccgattgcggtt
catgtagatgaattgattggttcacgtgaaatcgttgttaaaaacattggtcgtcagatt
tcgacggtaccaggtatttcaggtgcttcgattcttggtgatggtagcgttgttttgatt
ctagatatgcagacgttagtagacagattccacgaatgggatttcgcacacgaagcgggt
atggtacaagaagctccagttgagaatcgcataccaatagtaatggttgtcgatgattcg
attacggttcgtaaagtaactgcaaggctactacagcgcaaccagttccaggtaatgact
gcgaaagatggtgttgatgcaattacccaattgcacgacgacattcctgatgtcatgctg
ctggatattgaaatgccaagaatggatggtttcgaattagcaactatcattcgacatgat
gagcgacttaagcatttgcctatcatcatgattacctcacgtacaggtgaaaaacaccgt
gagcgtgctgagcagataggtgtaaatcgctatttaggtaagccctataatgaggaagct
ctattaggcacaattgatgaaatgcttaagttggaagactaa

All links

Pathway (2)   
   KEGG PATHWAY (1)   
   KEGG MODULE (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (2)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (16)   

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