Fluviispira sanaruensis: JCM31447_17490
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Entry
JCM31447_17490 CDS
T05949
Name
(GenBank) hypothetical protein
KO
K03407
two-component system, chemotaxis family, sensor kinase CheA [EC:
2.7.13.3
]
Organism
sbf
Fluviispira sanaruensis
Pathway
sbf02020
Two-component system
sbf02030
Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:
sbf00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
JCM31447_17490
09140 Cellular Processes
09142 Cell motility
02030 Bacterial chemotaxis
JCM31447_17490
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sbf01001
]
JCM31447_17490
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
sbf02022
]
JCM31447_17490
02035 Bacterial motility proteins [BR:
sbf02035
]
JCM31447_17490
Enzymes [BR:
sbf01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.13 Protein-histidine kinases
2.7.13.3 histidine kinase
JCM31447_17490
Protein kinases [BR:
sbf01001
]
Histidine kinases
CheA family [OT]
JCM31447_17490
Two-component system [BR:
sbf02022
]
CheA family
CheA-CheYBV (chemotaxis)
JCM31447_17490
Bacterial motility proteins [BR:
sbf02035
]
Flagellar system
Chemotaxis proteins
Two component system proteins
JCM31447_17490
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Hpt
CheW
HATPase_c
H-kinase_dim
HATPase_c_3
Motif
Other DBs
NCBI-ProteinID:
BBH53306
UniProt:
A0A4P2VJH1
LinkDB
All DBs
Position
complement(2033288..2036284)
Genome browser
AA seq
998 aa
AA seq
DB search
MFYGNKKVFIQTPDDASSDNSLAEELKNEATELVERLAGLCQGFQEHLIANEEVPLEESQ
ELFRTLHTLKGLSQMANLNEMVATAHAVEDYIELVRSEKVKLVKEIIELVSDAQNVFEQV
FKAFPKAIDPDVLMEAERVAHEFHQRTEVVKGGGAPAADPAAAVSSAVAAPAGSGGSDSL
ALTAEDNAAFDKFKTRAEFLFSLVLPADKYKSLDELKAGKHVDDISRVGDFILMKHSPQG
SLLVFAAELDEKSLSGMAEAEVKKLEKDPNCLKALGAPWDALVFSGSAAPAVAPPAAAAA
AAAPAPPAAAAGHGGGGDEDEQPEDFDTKNLSGANAVDVPDLDPEMLQDFLSNADDLLEN
LSQAMLDLEGNPESKEAVENIFRNAHTIKGTSGMFGFRAIEKVTHKMENLFDRIRKGNLK
VTPALMDGLFFGLDRIRSMFEAVKANKSSEQPINDALEKIRLAVSKGGGAPAAAPAPASA
PAAAAPAPPAAAPVPAAAAAPAAPAASAAKPAAAAAKPAAAGDKKKPDEKKAEGGEAGGT
IRVDLKRLDSLVNLVGELVIDRTRFARIEEELRGNGNSELGHSMSESVLLFGRHMNEVQS
IIMKIRMVPVGNAFYKFTRVVRDLCRQIGKEIDLHIIGGETELDKTLVEEIGDPLVHLIR
NSVDHGVELPDDREKLGKARKGNIHLKASQDGNMIVITIQDDGKGLQVEKLRSKAIERGL
IKESDHLTNKETFNLIFEPGFSTAEKITNISGRGVGMDVVKKSIVKLKGIIELDSEIGKG
TTTTIKLPLTLAIIPSLMVETRGESYAIPLVNVIESIRIRPEDVQKMGTADFVKLRDRVL
PLLRLTDVFELQMMSELLWYSVSDIQRIKHHDEEEVKADKDSLGNPIENKEKKVEAPPPK
TPAMMNTASFRARHTKPRIIFVVVGVGEKRVGVIVDQLQGQQEIVIKSLGQLMGKRRGVA
GGCVLGNGRVALVLDVGEIIDDFSQTKMGYSNRAALSN
NT seq
2997 nt
NT seq
+upstream
nt +downstream
nt
gtgttctacggtaacaagaaagtttttatccaaacacctgatgatgcatcatctgacaac
agtcttgccgaagaattaaaaaacgaagccactgagctcgtggaacgtttagctggtcta
tgccaaggttttcaagagcaccttattgccaatgaagaggtacctttagaagaaagtcaa
gaactttttaggactttacacactctaaagggcctttcacaaatggccaatctcaatgaa
atggtggccacagctcatgctgttgaagattatatcgaacttgttcgttcagaaaaagta
aagcttgttaaagaaattattgaacttgtctctgatgcgcagaatgtttttgaacaggtg
tttaaagccttccctaaagcgattgatcctgatgtgttgatggaggcagaaagagttgcg
cacgagtttcatcaacgaactgaggtagttaaagggggcggtgcgcccgcggctgatcca
gcagcggcggtttcttctgcggtagcagctcctgcaggctcgggtggaagtgactctcta
gctcttacagcagaggataatgcggcttttgacaaatttaaaacccgcgcagaattttta
ttttcattggttttacctgcggataaatataaaagtttagatgaattaaaagcaggtaag
cacgtagatgatatttcgcgggtcggtgatttcattttgatgaagcactctccgcaaggt
tcactgcttgtctttgcagcagaacttgatgaaaaatcattgtcaggaatggctgaagca
gaagttaagaaactagaaaaagatcctaattgtttaaaagccttaggtgctccatgggat
gctttggtcttttcaggttctgctgcaccagctgttgctccacctgctgcagccgcagct
gcagcagccccagctccacccgctgcagcggctggtcatggaggaggtggagatgaagac
gagcaaccggaagattttgatacgaaaaatctctcaggtgccaatgcagtcgacgtaccc
gatctcgatcctgaaatgttgcaagatttcctttcgaatgcagacgatctgcttgaaaat
ttaagtcaggctatgcttgatttggaaggaaaccccgaaagtaaagaagcagtggaaaac
attttcagaaatgcccatacaattaaagggacttctggaatgtttggttttcgggcaatt
gaaaaagttacccataaaatggaaaatctatttgatcgcatccggaaaggaaatcttaaa
gtaactccggctttaatggatggacttttctttggactagatcgcattcgcagtatgttt
gaagctgtaaaggcgaataagtcatcagagcaacctattaacgatgcgctggagaaaatc
cgcctcgccgtatcaaaggggggaggagctcccgccgccgccccagcccccgcatcagcg
cccgcagcagctgccccagcccccccagcagctgcccctgtcccagccgccgctgccgct
ccagccgctccagctgcctctgccgcaaaacctgccgctgctgctgcgaagcctgccgct
gctggggataagaaaaagccggacgagaaaaaagcagaaggaggagaagccggaggaaca
attcgtgtggacctcaaacgtttggacagcctagtgaatttagtaggcgaacttgttatt
gatagaacgcgttttgcccgtattgaagaagaattgcgaggcaacggcaacagtgaactt
ggtcactctatgagtgaaagcgtattgctgttcgggcggcatatgaatgaagtgcaaagc
atcattatgaaaatccgcatggttcctgttgggaatgcattctacaaattcactcgagtt
gtacgcgatttatgtagacaaatcggtaaagaaatagatttgcatataataggtggagaa
acagagctcgacaaaactttggttgaagaaattggcgatcctcttgtccacttaatccgt
aacagtgttgaccatggggttgagcttcctgacgatcgggaaaaattaggtaaggccaga
aaagggaatatacatttaaaagcaagtcaagatggaaatatgatcgttattacaattcaa
gatgatggtaagggattacaggtcgaaaaactaagaagtaaagcaattgaaagaggactc
ataaaagaatccgatcatctgacaaataaagaaacatttaatttgatcttcgagccagga
ttttctactgcagaaaaaatcactaatatttcagggcgtggcgtggggatggatgttgtc
aaaaaaagtattgttaagttaaaaggcattatagaacttgacagtgaaataggaaaaggc
acaacaaccacgattaaacttccactcacgttagctattataccaagcttaatggttgaa
acacgtggagaaagttatgcaattcctctggtaaatgtgattgaaagtattcgtattcgt
ccagaagatgtgcagaaaatgggaactgcagattttgttaaattaagagatcgtgttcta
cctttgttacgtttaactgatgtgtttgaattgcaaatgatgtctgagttactttggtat
tctgtttccgatattcagagaataaaacatcacgatgaagaagaagtaaaagcggataaa
gatagtctaggcaatccaatagaaaataaagaaaaaaaagtagaagctccaccaccgaaa
actcctgcaatgatgaatactgcttcttttcgcgcgcgtcatacaaaaccacgtattatt
tttgttgttgtgggagtaggagaaaaacgtgttggtgtgatcgttgaccaactgcaaggt
caacaagaaatcgttatcaaatctttaggacaattgatgggcaaaagaagaggtgttgcc
ggtggctgtgtgttaggcaatggccgcgtcgctttggttcttgacgtaggcgaaataata
gacgatttttcacaaacaaaaatggggtactcaaaccgtgctgcattatcgaattaa
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