Yersinia massiliensis: DA391_18315
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Entry
DA391_18315 CDS
T05402
Name
(GenBank) two-component sensor histidine kinase BarA
KO
K07678
two-component system, NarL family, sensor histidine kinase BarA [EC:
2.7.13.3
]
Organism
yma
Yersinia massiliensis
Pathway
yma02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
yma00001
]
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
DA391_18315
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
yma01001
]
DA391_18315
09183 Protein families: signaling and cellular processes
02022 Two-component system [BR:
yma02022
]
DA391_18315
Enzymes [BR:
yma01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.13 Protein-histidine kinases
2.7.13.3 histidine kinase
DA391_18315
Protein kinases [BR:
yma01001
]
Histidine kinases
NarL family
DA391_18315
Two-component system [BR:
yma02022
]
NarL family
BarA-UvrY (central carbon metabolism)
DA391_18315
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
sCache_4
HATPase_c
Response_reg
HisKA
Hpt
HAMP
HAMP_2
HrpB1_HrpK
DUF1378
Motif
Other DBs
NCBI-ProteinID:
AVX39447
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All DBs
Position
3929776..3932538
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AA seq
920 aa
AA seq
DB search
MTKYSLRARMMILILAPTLLLGLLLSTSFMVNRYNELQNQIVNAGTNIIEPLAVASEYGM
AFRNRDTIRQLINLFHRRHSNIVRSISVFDADNNLFVTSNYNYNSSQLRLPQGESIPRSL
MLSYHGDSLLMRMPIVSEANLSSDRESDSDITSRPLGYIAIDLDLQSVRLQQYKEIFVST
LLLLFCMCVAILFAYRLMRDVTGPIRNMVNAVDRIRRGQLDSRVEGHMLGELNILKNGIN
SMAMSLAAYHEEMQQNIDQATSDLRETLEQMEIQNVELGLANKRAQEAARIKSEFLANMS
HELRTPLNGVIGFTRQTLKTSLTPTQTDYLQTIQRSANNLLCIINDVLDFSKLEAEKLIL
EHIPFSLRGTIDEVIILLTHTAHEKGLELTLHINNDVPEQVIGDAMRLQQIVTNLLGNAI
KFTEQGNIDILVAVKTKTAQQVILVVEIHDTGIGISESQQAQLFQAFRQADASISRRHGG
TGLGLVITERLVKEMGGDISFYSQVDKGSTFRFQIPLDLNETISYRLPDMSFLEGKTLAY
IERNSAAARATLDILSITPLQITHSLTLAQLPVQHYDFLLVGVPIPFRNNMAVHQDKLIA
ALKISERVILALPSQSQVEAEQLKLIGAKACLIKPMSSNRLIPLLLSEESISESPVIDQA
EKPLKLPFKVMAVDDNPANLKLIGTLLEEQVTETVLCDSGAKAIAYARENTLDIILMDIQ
MPEIDGIRASEIIHQMSHHLDTPIIAVTAHAVRGQQEQLLKLGMADYLAKPIDEARLLQA
LSRFLHPSTPPLTIENDMRPLAPHEYAGAIDWPLAVRQAANKEALAKDLLTMLLDFMPQV
TEHVQAILAGANDEDILNLIHKFHGSCACSGVPRLRQLCMTIEQQLRQQTDLQDLQPEWL
ELIDEIENVRHAAKSYLGAS
NT seq
2763 nt
NT seq
+upstream
nt +downstream
nt
atgaccaaatacagtctccgcgcgcgcatgatgattttaatcttagcccccacgctgctt
cttgggctgttactcagtacatcgtttatggtaaaccgctataatgagctgcaaaaccaa
atagttaacgctggcacaaatattatagagccactggcagtggccagtgaatacggaatg
gccttccgtaaccgtgacaccattcgtcagttaattaatctattccatcgccgtcattct
aatattgttcggtcaatttccgttttcgacgcagataataatctttttgtcacatctaac
tataattacaattcctcacaattaagattacctcaaggtgagtccatccctcgttcactg
atgctttcctaccatggtgactcgctccttatgcgtatgcccattgtctctgaagctaac
ttatccagtgatagagaatcagattcagacatcaccagtcggccactaggctatattgcc
atcgatctggatctgcaatccgtccgtttgcagcaatataaagagatctttgtttcgacc
ctgctattgctgttctgcatgtgtgtcgccatcttgtttgcctatcgtctgatgcgcgat
gtcactggcccaattcgcaacatggtgaatgccgttgaccgtattcgtcgcggtcaatta
gatagccgagttgaagggcatatgttgggtgagctgaatattctgaaaaatggtatcaat
tcgatggcgatgtcactggcggcttatcacgaagagatgcagcaaaatatcgatcaggcc
acatcagatctgcgtgaaacattggagcagatggagatacaaaacgtcgaattgggattg
gcgaataagcgtgctcaggaagctgcgcgaattaaatctgagtttctcgcgaacatgtcc
cacgagcttcgtactccactcaatggggtgattggctttactcgccaaacactgaaaacc
tcactcacgccaacgcaaaccgactatttacagacgatccagcgctcagccaataacctg
ttatgcatcattaatgacgtgctggacttctccaaactggaagctgagaaattaattctg
gaacacatccccttctcactgcgcggcacgatagacgaagtgatcattttgctgacgcac
acggcacatgagaaaggtttggaactgacgctacacattaataatgatgtaccagagcaa
gtgatcggggatgcgatgcgtttgcagcaaattgtcacgaacttgcttggaaatgcgatt
aagttcaccgaacagggcaacattgatattctggttgccgtgaagacaaaaacagcacaa
caagtcatcctggtggtagagattcacgatactggcatcggtatttctgaatcgcagcaa
gctcagttattccaagcatttcgccaagcggatgccagtatttcacgccgtcatggtggt
actgggcttggtttggtcattaccgaaaggctagtcaaagagatggggggtgacatcagc
ttctacagtcaggtggataaggggtcaacgtttagattccagatccctttggatctgaac
gaaactatttcttatcgtcttcctgacatgtcgtttttagaggggaaaacactcgcctat
attgagcgcaatagcgctgcagcaagggctacactggatattctcagtatcacacctttg
cagatcactcatagcctgactttagcgcaattacctgttcagcattatgattttctgctc
gtcggcgtccctattccgttccgcaataatatggcagtccatcaggataaattgattgcg
gcgttgaaaatctcagaacgcgtgattctggcgctaccgagtcagtcacaagtggaggcc
gagcaactcaagttgataggtgctaaagcatgcctcatcaagccaatgtcatctaatcga
ctgattcctttattgttatcggaagaatcaatcagcgagtcaccggttatcgatcaagca
gaaaaaccgctaaaactccccttcaaagtgatggctgttgatgacaaccccgcaaatctg
aaattaattggtacgctgctagaagagcaagtcacggaaacagtgctctgtgacagcggt
gcgaaagccattgcctacgcaagagaaaataccttggatatcatcttaatggatattcaa
atgccagaaattgatggcatccgtgccagtgaaatcattcatcaaatgtcccaccatctg
gacacaccgatcattgccgtcactgcacatgcggtgagagggcaacaagagcaattacta
aaattaggcatggctgattatttggcaaaaccgattgatgaagctcggctgttacaagca
ctttctcgctttctgcaccctagcaccccaccgctgacgatagaaaacgatatgcgccca
ctcgcaccgcatgagtatgcaggcgcaatagattggcctttggccgtgaggcaagcagca
aataaagaagcactcgctaaagatctgctcaccatgttgttagattttatgccgcaagtc
actgagcacgtacaggctattttagcgggggcgaatgatgaggatatcctgaatctgatt
cataagttccatggtagttgcgcttgtagcggcgtgccacggctcaggcagctttgcatg
acaattgagcagcagttgcgccaacaaaccgacctacaggatctgcaaccggaatggctt
gaattgatcgatgagatagaaaatgttcgccatgccgccaaaagttacttaggggcttcg
taa
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