Thalassolituus oleivorans R6-15: R615_01270
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Entry
R615_01270 CDS
T03056
Name
(GenBank) sensor histidine kinase
KO
K06596
chemosensory pili system protein ChpA (sensor histidine kinase/response regulator)
Organism
tor
Thalassolituus oleivorans R6-15
Pathway
tor02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
tor00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
R615_01270
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
tor01001
]
R615_01270
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
tor02022
]
R615_01270
02035 Bacterial motility proteins [BR:
tor02035
]
R615_01270
Protein kinases [BR:
tor01001
]
Histidine kinases
CheA family [OT]
R615_01270
Two-component system [BR:
tor02022
]
CheA family
ChpA-ChpB/PilGH (chemosensory)
R615_01270
Bacterial motility proteins [BR:
tor02035
]
Pilus system
Twitching motility proteins
R615_01270
Chemosensory pili system proteins
R615_01270
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Hpt
Response_reg
HATPase_c
CheW
H-kinase_dim
VpsR
Motif
Other DBs
NCBI-ProteinID:
AHK14784
LinkDB
All DBs
Position
260448..266807
Genome browser
AA seq
2119 aa
AA seq
DB search
MGERKAMSQDYIALEWVKGEIKETLQQAQQALELYVEQPQDKSRLNFCLSYLHQVHGTLQ
MVEFYGAALLAEEMEAVASDLASGSLSHEQDGLEVLMQAIIQLPHYLEHVKVGRRDLPVV
LLPILNELRSTRGENFLSETSLFTPVIAHNPTLSAEQLAAFEAGNFSQWLRKTRQMMQAA
TLQLLQNREPDLARHYLNKLFARLNKALGGTPQGVIWLPALAFSEWLMRQDNLPKSAKVL
LRQLDQVLKQAVDEGAPALNRPPADDLLKNLLFYVARTDTRGDAIRLVQKRFELHDSLPT
EDELQHERDAFSGPGSDAIGSALTALIDEINAIKERLDLLVRGSQERVPVLNDVRVSIKQ
IADTMGMLGLGMPRKVMQEQEQAVVALLENGDASDDSLLDVAGALLYVEATLSGMQRAGD
LNSTPSDSAMSDAQKAVLREARNVIEQIKDAIVSFIAHQWSPAELSVVPSLLHSTEGSIN
MIPLPRIAAVLAELATFVEQALLVDSPKQDWQLMDLLAEVLSGTEYYLERYADVAEGTDD
ELLTRVENTLGHLMLSADLVRDGDSTEDAGSELLNDVFTGSNGADESIEVTSFNDALAAE
DDAENDNDAFSSDADNDEENIELEALAPVLDLPEIIDVEGSDESVPLLNTENALVENRED
DDDLIDEEIIEVFLEEAEEVIETLNDSWPAFRAHNDDQEALSTVRRAFHTLKGSGRMVRA
MDIGELSWSIENMFNRVLDDTIEISAPLLALVDHVITLLPGLVEDFRLQQAPSIDPLPLM
DYAFAIAKGEAVGELPITGVNATADTAEEIEDDEFEELELEVPVRELDEDDLALIDIFIG
EAEVHLATVNAFIRDSWDNDFLNPISDDLQRALHTLKGSAHMAGLTAFADIASPMERLVK
ELRAYQAKNCTALIDVLEQGEAVLRSVLTPEQLATLTSIDGSKKLQKHLRKLEQTLLKPL
QDEQNPQAPNPEAIARFLSGGMDSLLEAEDLLQRWQITADASILSAMIDDLGSVAQGAQE
AELPMVQALTEGLEEFYINIREQDVPPSEELIDFATNAHEELLGMMDCLAAGQDIPAATE
TLSRLHEWPLNVITTPSFVPSNNFEFDESDAETESDAVIEALPVDDAIDSLEDEIAAVES
ESAEVEWLPEVTSSEEQIDREEEEDDLILDIFLEEADEISETIESVLQNWQQSPDNLLPV
AQLQRELHTMKGGARMAELPEIAALCHELETLYERLNDGVLERDEATFPLLQRAHDTLAE
QLQAVRRGDLPDDAAALIAEIHSYLTVPSPEASAEYVPQSMAKDAVHSESADDADREILE
IFLEEAGELQEALDRALHHWEQEPDSRAGADEAQRVLHTLKGGARLSGLKDIGDLAHDFE
SDIQKALDRNARCDDAFFKHAYQRHDAIVVRIEALATLLNGEGVLAHDSGDRLIEVADEI
PVAEVDDASDDVVDTPTVAGDVETSEQSLVPLVESKPSNVLPLRREQPKAPAQAVASPAS
SQRKAPTELVKVSADLLDNLVNLAGETAIGRGRLEQQVSDFSHTLGDMDMTLERLRDQLR
RLDQETEAQVLFRQERQGPNYDDFDPLEMDRYSSMQQLSRALMESASDLIDLKDTLTHKT
RDAETLLLQQSRVNTELQEGLMKTRMVPFQRLVPRLRRIVRQVSLELNKQVDLRVYNAEG
EMDRTILERMISPLEHMVRNAVDHGIEHTEQRLQSGKDAQGSIELDIRRDGGDVVLTMRD
DGKGINLEAVRRKAIERGMTTPDARLTEEEVMQFILQPGFSTAEVVTQISGRGVGMDVVS
SEIKQMGGSVEIRSNPGVGTEFEVRLPFTVSVNRALMVRVGDDLYAVPLNNIQGIVRASV
AELQSLYEQPVSERRFEYAGNDYRLDYLGAMLDVEAQPKVTAQHLPLPLLLIRGSVPFAL
QVDSLLGSREIVVKSLGPQFASVMGISGGTILGDGSVVIILDLPAMIRTQSSLEYQRAKA
LDMQEAERRHEQERRLPRVLVVDDSVTVRKVTTRLLERHGMEVFTAKDGVHAMETLQDHR
PDVMLLDIEMPRMDGFEVASLVRHDARLKDIPIIMITSRTGDKHRERAMSIGVNEYLGKP
FQEDRLLECINSFLGNEDA
NT seq
6360 nt
NT seq
+upstream
nt +downstream
nt
atgggagagcgcaaggcgatgagtcaggactacatcgccctggaatgggtaaaaggggaa
atcaaagaaactctgcagcaggcgcagcaagcgttagaactgtatgtagagcagccccaa
gacaagagtcgtttgaatttctgtctgagctacttgcaccaagtgcacggtacgctacag
atggtcgaattctatggcgctgcactgctggccgaagaaatggaagcggtagcaagtgat
ttggcctccggttcactcagtcatgagcaagacggcttagaagtgctgatgcaggctatt
atccagctgccgcactaccttgagcacgttaaggttggtcgacgtgacttaccggttgtt
ttgttaccaattttgaatgaactgcgatccactcgcggcgaaaacttcctgtctgaaacc
tcgttgttcacgccggttattgctcataaccctaccttgtcggctgagcagttagccgca
tttgaggctggcaatttttcgcaatggctacgtaaaactcgccaaatgatgcaggctgca
acgttgcagctgttgcaaaatcgcgaacctgatctcgctcgccattatctgaacaagtta
tttgcacgtttgaataaagcgctaggcggaactccgcaaggcgttatttggttacctgct
ttggcgtttagcgaatggttaatgcgtcaggataatttgccaaagagtgcgaaagttctg
ttacgccagctagaccaagtattaaaacaagccgttgatgaaggggcgcctgcgctcaat
cgaccaccggctgacgatctcttaaagaatttattattttatgtggcgcgtaccgatact
cgcggcgatgctattcgcttggtgcagaagcgttttgaattgcatgactctttgccaacg
gaagacgaattacagcatgagcgcgatgccttctctggccctgggtcggatgcgattggt
agcgcgcttaccgcattaattgatgaaatcaatgccatcaaagaacgtttagatttattg
gtgcgcggctcacaagagcgagtgccagtgcttaacgatgtgcgtgtgagcattaagcaa
attgctgacactatgggcatgcttggtttgggcatgccgcgtaaggtgatgcaggaacaa
gaacaagccgtcgtagccttacttgaaaacggcgacgcgagtgatgactctctgttggat
gttgcgggagccttgctgtatgtcgaagcaacattgagcggtatgcagcgtgcgggcgac
ttgaatagcacgccaagcgacagcgctatgtcggatgcgcaaaaagccgtcctgcgcgaa
gcccgcaatgttattgaacagattaaggatgcgatcgtgtcctttattgcgcatcagtgg
tcgccagcagaattgtcggtagtgccgagcttgctgcacagcactgaaggttcaatcaat
atgataccgctgccgcgcattgcagcggtgttggcggagttggctacgtttgtagaacaa
gcgctgctagttgattcgccgaaacaagattggcagctcatggatttgctcgccgaagta
ttgagcggcactgaatactatcttgaacgttatgccgatgttgcagaaggcaccgacgat
gaattactaactcgcgttgaaaacacgttgggtcatttgatgttgtcagccgatttagtt
cgtgacggcgattcgactgaagatgccggtagtgaattgttaaatgacgttttcacgggt
tctaatggggctgatgaaagcattgaggtgacgtcatttaacgatgcattggctgccgaa
gacgatgcagagaatgataacgatgcgttcagttccgatgctgataacgatgaagaaaat
atcgaattagaagcgctagcaccggtattggacctgccagaaatcatagatgttgaaggc
tctgatgagagcgtaccgttattaaacactgaaaacgcattggtcgaaaatagagaagat
gacgatgatttaatcgatgaagagatcatcgaagtctttttggaagaagccgaagaagtt
attgaaacgttaaatgacagttggcctgctttccgtgctcacaacgatgatcaagaagcc
ctaagtacggtacgtcgcgcattccacaccctaaaaggtagtggtcgtatggttcgcgct
atggatattggtgagttgtcttggtcgatcgaaaatatgttcaatcgtgtattggacgat
acgatcgaaatatcggcaccgctgttagccttggttgatcatgtcattaccttgcttcca
ggattggttgaagatttccgtttgcagcaagcgccatcgatcgatcctctgcctttgatg
gattacgcttttgcaatcgcaaaaggcgaagcggttggtgaattaccgattactggtgtc
aatgctaccgctgatacagccgaagaaattgaagatgatgaattcgaagagcttgagcta
gaagtaccggttcgagagctcgatgaagatgatttagcgcttatcgatatctttattggt
gaggcagaagttcatctcgcgacggtaaatgcctttattcgcgactcttgggataacgac
tttttaaatcctatcagcgatgatctccagcgtgctcttcatactctgaagggcagtgcg
catatggctggcttaaccgcgtttgcggatattgcgtcgccaatggagcgtttggttaaa
gaattgcgcgcctatcaagcgaagaactgcaccgcattgattgatgttttagagcaaggt
gaagcagttttacgcagtgtattaacccctgagcagttagcaactttaaccagcattgat
ggctcgaaaaagctgcagaagcatttgcgtaagttagagcaaaccttgcttaagccactg
caagacgaacaaaatccacaggccccaaatcctgaggcgattgcgcgtttcttatccggc
ggtatggattcgttattagaagcagaagatttgttgcagcgttggcagattacagctgat
gcttcgatattatcggccatgattgatgatttaggttctgtagcgcaaggtgctcaagaa
gctgaattgcctatggttcaagccctaaccgaaggcttagaagagttttacattaatatt
cgtgagcaagatgttccgccgtctgaagagctgattgattttgcgactaatgctcatgaa
gaattgttgggcatgatggactgtttggctgctggccaagatattccagcggcaacagaa
actctgagtcgcttacatgaatggccattaaatgtcatcacgacgccttcgtttgttcca
tctaacaactttgagttcgacgagagcgatgccgaaacagaatctgacgcagtaatcgaa
gcgttacccgtcgacgatgctattgactcattagaagatgagattgcagcagttgaatct
gaatcggcagaagtggaatggctccctgaagtcactagttcggaagaacagattgatcgc
gaagaagaggaagatgaccttattctggatatcttcttggaagaagctgacgagatatca
gaaaccatagaatctgttttacagaattggcagcagtcgccggataacttgttgcctgtt
gctcaattacaacgcgaactgcacaccatgaaaggtggtgcgcgaatggcggagctgcca
gaaattgcggctttgtgtcatgaattagaaacgctgtacgagcgtttgaatgacggtgtt
cttgaacgcgacgaagcaacattcccattattgcagcgtgctcacgatacccttgctgag
cagttgcaagcagtgcgccgtggggatttacccgatgatgcagcggcattgatcgcagaa
attcatagctatttgacggtaccgtcgcctgaagcctctgcagagtatgtaccgcaatca
atggcgaaagacgcagtgcattctgaatctgcagatgatgccgaccgagaaattcttgag
attttcttagaagaagcgggtgaattacaggaagcgctcgatcgcgctttgcatcattgg
gaacaagaaccggattcccgtgcgggagccgatgaagctcaacgtgtacttcacactctc
aaaggtggtgcgcgtctatctggattaaaggatattggcgatctagcgcatgatttcgag
tcggatattcagaaggcattagaccgcaacgcccgttgtgatgacgctttctttaaacat
gcttaccagcgtcatgacgccattgtggtgcgcatcgaagccttggcgaccttgttgaat
ggcgaaggtgtacttgctcatgactcgggtgatcgtttgattgaagttgctgacgaaata
ccagtagctgaagtggatgatgcatccgacgatgtggttgataccccaactgtcgctggt
gacgttgaaaccagcgagcagtctttggtaccgctggttgaaagtaagccttccaatgta
ttgccattacgtcgtgagcagccaaaagcacccgcccaagcggttgctagccctgcaagc
agccaacgcaaagcacctactgaattagttaaagtctccgcagatttacttgataacttg
gttaaccttgccggtgaaacagccattggtcgtggacgtttagaacagcaagtgagtgac
ttttcacatacgcttggcgatatggatatgacgttggagcgtttacgcgatcagttacgt
cgtctagatcaagaaaccgaagcgcaagtgctattccgccaagagcgtcaaggtcctaat
tatgatgattttgatccattagagatggaccgctactcgtcgatgcagcagttgtcgcga
gcgctaatggaatcggcgtcggatttgatcgacctgaaagacacgctcacgcataaaacc
cgcgacgctgaaaccttattgttgcaacaaagccgcgtgaataccgagctacaagaaggc
ttgatgaaaacgcgcatggtgccgttccaacgtttggtgccgcgtttacgtcgtattgtg
cgtcaggttagcctcgagctgaacaagcaagttgatttgcgtgtttacaacgctgaaggt
gaaatggaccgtactattcttgagcgcatgatctcgccgttagaacatatggttcgtaac
gccgtcgatcatggtattgagcacacagaacagcgccttcaatccggtaaagatgcccaa
ggtagcattgaactcgacattcgccgcgatggcggtgatgtcgttcttaccatgcgtgat
gacggtaagggtatcaacttagaagccgttcgtcgtaaagctattgaacgtggaatgacc
acgccagatgcccgtttgaccgaagaagaagtgatgcaatttattttgcagccaggcttc
tccacggcagaagtcgtgactcagatttctggtcgcggtgttggtatggacgtcgttagc
agcgaaatcaaacaaatgggtggtagcgttgaaattcgctctaatccaggtgttggcact
gagttcgaagttcgcctgccatttaccgtatcggtaaaccgcgccttgatggttcgtgtt
ggtgatgatctatatgccgtaccgttgaataacatccaaggtatcgtccgcgcttccgtg
gcagagctgcaaagcttgtacgaacagcctgttagcgagcgccgttttgaatacgctggc
aacgactatcgtttggattacttgggtgcgatgcttgatgtcgaagcgcaaccaaaagta
acggctcagcatttaccgttaccactgttgttaattcgcggttcagtgccttttgccttg
caagtggattcactgctgggttctcgtgaaattgttgtaaagagcttaggtccgcaattc
gctagcgtgatgggtatttcgggcggcacaattcttggggatggtagcgttgttatcatt
cttgatttgccggccatgattcgtactcaatcaagtttggaatatcaacgtgctaaagca
ctcgatatgcaagaagctgaacgtcgtcacgaacaagagcgtcgtttaccacgtgtcttg
gttgtcgatgactcggtgactgtgcgtaaggtaacgactcgcttacttgaacgtcatggc
atggaagtgttcactgctaaagacggtgttcatgccatggagacattgcaagatcatcgt
ccagacgtgatgttgctggatatcgagatgccgcgtatggatggtttcgaggttgcgtct
ctagtacgccatgatgctcgattaaaagacatccctatcattatgattacctctcgtacc
ggtgataagcaccgtgaacgggccatgagtattggtgtgaacgaatatctaggtaagccg
ttccaagaagaccgtttgttagagtgcattaattcattcttggggaacgaggacgcttaa
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integrated database retrieval system
