KEGG   Yersinia pestis Angola: YpAngola_A3944
Entry
YpAngola_A3944    CDS       T00635                                 
Name
(GenBank) putative sensor histidine kinase/response regulator EsrA
  KO
K14978  two-component system, LuxR family, secretion system sensor histidine kinase SsrA
Organism
ypg  Yersinia pestis Angola
Pathway
ypg02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ypg00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    YpAngola_A3944
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ypg01001]
    YpAngola_A3944
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:ypg02022]
    YpAngola_A3944
Protein kinases [BR:ypg01001]
 Histidine kinases
  LuxR family [OT]
   YpAngola_A3944
Two-component system [BR:ypg02022]
 LuxR family
  SsrA-SsrB
   YpAngola_A3944
SSDB
Motif
Pfam: HATPase_c Response_reg HisKA Hpt HATPase_c_2 HAMP HATPase_c_5 UFD1_N2
Other DBs
NCBI-ProteinID: ABX87414
LinkDB
Position
4192916..4195591
AA seq 891 aa
MASMRADLSNHQFEGAERDAASLISRRESLQSTSPLPEISIKHYDSYYIPFNLDSCNINQ
HKNDLWIIQAYGTAGQTYYLDSFIIKQKEGIVLFPPQKSSSDYLNQRRKDLLLLPKFPTH
NNIYWGAPTYTPQGGWHVSVAVCDKVGTLAGFALKLNDLIAYNHPVEQRDINLLLDKNGE
LLPISQQATSSNQLHEILNQLKNSKLHDGWQQTPDYLVLRTQLKGPGWQQLVIYPRMGFA
WEALKPALYQLPFALAILLLLTSVLSLLLRYYLAIPLWNFINIIGATGPQAMEPRLPINR
IDELGHIARAYNNLLDTLNEQYDTLEMKVKERTLALAEAKRAAEQANRRKSDHLTTISHE
IRTPLNGALGAVELLQNTPLDAGQMRLAETAHQCSLSLLAIINNLLDFSRIESGQMTLSL
EKTALLPLLDQAMLTIHSQALSKSLALSTFISANIPLELELDTLRLRQILVNLLGNAVKF
TPQGRIQLRVRRQNQTLCFTVEDTGCGIDVQHQQTIFQPFMQTSDHEQGTGLGLAIADNL
AKMMGGHLTVFSEPGQGSCFSLCLPFNAITPPMPFHGELFAPQRLHAQLSAWGMTCQPEL
ANQPSRHFVDNALCYLPGRLYAKLKQYLQGAETEALKSLPLQPWQMHILLVDDSETNRDI
TGMMLQQLGHQVTRADSGTTALAIGRQHRFDLVLMDIRMPVLDGLATTARWRHDPANIDS
HCMITALSANASPDEQIKTSQAGMNHYLSKPVTLGQLAEMLDLTAQFQLERGVDLSPQLS
EPQPLLDLADSALSLKLYQSLQVLIQQAKDAIENLPVLSHTLHTIKGCAGQAGLIELQDA
VIQLEHALDTHETLTQQEIIQLDEIIHVLLQPPTTCESTFIISQGQSLMVK
NT seq 2676 nt   +upstreamnt  +downstreamnt
atggcatcgatgcgggcggacttaagtaatcaccagtttgaaggagctgaacgtgatgcc
gcctcgttaataagccgacgagaaagcctccagagcacctcaccgttgcctgaaatatcg
ataaaacattatgatagctactatattccctttaatctggatagctgtaatattaaccaa
cataaaaatgatctgtggataattcaagcgtatggcaccgccggacaaacttattatctc
gacagttttattatcaaacaaaaagaggggattgtgttattcccaccccaaaaatcatcg
agtgattacctaaatcaacggcgcaaagatttacttttgctccccaaatttcctactcac
aataatatctattggggagcccccacctatacgcctcaaggtggctggcatgtttctgtc
gcggtgtgtgataaagtgggcaccttagctggcttcgccttaaaactgaatgatctcatc
gcctataatcaccctgtcgagcaaagagacattaatttattgttggataagaatggtgaa
ttattgcctatttcccagcaagcaacatcatcaaatcaactgcatgaaattcttaaccaa
ctcaaaaacagtaaattacacgatggctggcagcaaactcccgactatttggtattacgc
acccaattgaaagggccgggttggcagcaattagttatttatccgcgaatgggctttgcc
tgggaggcactgaaacccgccttatatcaactccctttcgctctggctattttactgttg
ctcacgtcagtactgtcactgctgctgcgatattatctggcgatccctttgtggaatttc
atcaatatcattggcgctaccgggccacaggcaatggaaccccgacttcccataaaccga
atagatgaattagggcatattgcccgcgcttataacaacttactggatacgttgaacgaa
caatatgacaccttagaaatgaaagtgaaggagcgcactctggctctggcggaagccaag
cgagcggctgagcaggctaaccgccgtaaaagcgaccatctgaccacgatcagccatgaa
atccgtacaccgctcaacggggcgttgggggcggttgaattattacaaaatacaccactg
gatgctggccaaatgaggttagcggaaacggcccaccaatgttcgttgtcactgctcgcg
atcattaacaacctgttagatttttcacgtattgaatcagggcagatgacactgtcgctg
gagaaaacggccctactgcctttactggatcaggcgatgttaaccattcatagccaggca
ctgagtaagtcattagcgctgtccacgtttatcagtgccaatatcccgctggaacttgag
ctggatacactgcgcttaagacagattctggttaatttattaggtaatgccgttaaattc
acaccacagggccgtattcaactcagggtcaggcgtcaaaaccaaacgctttgttttacc
gttgaggacaccggttgtggtattgacgtgcaacaccaacaaacaatattccaacctttt
atgcagaccagtgaccatgaacaaggaacgggtttggggctggctatcgcagataatctg
gccaaaatgatgggagggcacctgacagtattcagtgaaccgggtcaaggtagctgtttt
tcattatgcctccccttcaatgcaatcaccccgccaatgccttttcatggcgagctattc
gcaccacaacgcttacacgcccaattatcagcctggggcatgacctgccagccagaatta
gctaatcagccatcacggcactttgtggataacgcattgtgttacttacccggccggtta
tacgccaagctgaaacaatatctacaaggtgctgagactgaagcgctaaagagccttccg
ctgcaaccttggcagatgcacattctattggttgatgactccgaaactaatcgcgatatt
accggaatgatgttgcagcaactggggcatcaggtcacgcgggcagacagtggcacaacc
gcattggcgattggccgccaacaccgtttcgatttagtgctaatggatattcgaatgcct
gtcctggacgggctggccaccacagcacgctggcgtcatgatccggcgaacattgatagc
cactgcatgatcaccgccctgagcgccaatgccagcccggatgagcaaatcaaaaccagt
caggcggggatgaatcactacctttccaagcctgtcaccctcggccaattggctgaaatg
ttagatctgaccgcacaattccagcttgagcgtggggtcgatctatcaccacaactctcc
gagcctcagccattactggatctcgcggacagcgcgttgtccctgaaactttatcaatca
ctgcaagtattaattcaacaggccaaagacgctattgagaacttgcccgtattatcccat
acgcttcacaccataaaaggctgtgccgggcaagctgggctaattgaattacaagatgcg
gtcattcaattagaacacgctctcgatactcatgaaacgctgacacagcaagagatcatt
caacttgatgaaataattcatgtgctgctacagccccccactacctgcgaatccacgttt
atcatcagccagggccagtcccttatggttaaataa

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