KEGG   Moritella yayanosii: MORIYA_1347
Entry
MORIYA_1347       CDS       T05564                                 
Name
(GenBank) putative hybrid sensory histidine kinase in two-component regulatory system with TorR, involved in TMAO metabolism
  KO
K07647  two-component system, OmpR family, sensor histidine kinase TorS [EC:2.7.13.3]
Organism
mya  Moritella yayanosii
Pathway
mya02020  Two-component system
Brite
KEGG Orthology (KO) [BR:mya00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    MORIYA_1347
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:mya01001]
    MORIYA_1347
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:mya02022]
    MORIYA_1347
Enzymes [BR:mya01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     MORIYA_1347
Protein kinases [BR:mya01001]
 Histidine kinases
  OmpR family
   MORIYA_1347
Two-component system [BR:mya02022]
 OmpR family
  TorS-TorR (TMAO respiration)
   MORIYA_1347
SSDB
Motif
Pfam: TorS_sensor_domain HATPase_c Response_reg HisKA Hpt HAMP HATPase_c_2
Other DBs
NCBI-ProteinID: SQD77825
UniProt: A0A330LUX9
LinkDB
Position
MORIYA:complement(1387621..1390569)
AA seq 982 aa
MRFRQSIGNKLLFAFSFVASLLVLTSTVSWYSLSLIADTGEKIAQQTLPSLSSASELANI
SLQITNRTTLLKNASSDIDRQNINAQLIQLNLAIGKKFQALDISELDNRNIRQLVLQKTN
IIKDISQLNDNAKLQIQLRQQRQDSFVRVTTAVRNIFQLSQSQVANAHTFALVRLSGLYD
LIEQQQDNNIIYQNLDLIIDEDLNLLDKMTALERYSLELGQIANFIINTSQVEQLTRLKP
QKDELIHIIRQLVDSITDPYRLARVQSTILNLNTFTTLINQQSDYLQLEQQQNDLHLYIS
KQLSELNQGIRTLVEKQTQQAQQASQQQQKLVSWSQNILILATILSLIVIIGVMWKIVYQ
GIVFKLSKHTEVIKKLAEGDLEITVEPSNDEEFKQMAQALDIFRDNALKKQKLEQAQIET
EKELRLHKENLERLVKQRTEQLTLINEKLNNESVGHAKAKQQAEDANNAKSVFLANMSHE
IRTPMNGMLGTLELLSDTPLSTQQQTYTQTILTSGENLLDILNDILDYSKIEAGHIEVSN
RAVNLQRLGNNVIDLMRARAESKGLNLTFNLADELDIWVLADLGKLRQIIINLVNNAIKF
TTSGSVILAIATHDEQLSFSITDTGCGIADDKQKAVFDAFTQVANLSCATGTGLGLAISR
RLVSAIQGTLSLTSIENQGSCFYFKIPLLVAPQALINDQLSTASNVVETNSRFRILIVED
NQINRDVACALVQKLGHQVYSACDGASALALYSNQDVDLALLDINLPDIDGVELAVQLRD
MAECKQRQLKTIAVSAHVFKDDITKFINSGFDGFIAKPVQMKRLKNTISKVMVNVVGLED
GDGSPEMSKALSEVGKEVEGASKDTVLFTPATLDQDLQYLGKDKIIALGQLFCRQTQSDY
SDFAALNADQQEKLLHKLKGAAVGLGLTALYQRCHQLEMTFKKSCKTKVLSASQLTQLAL
LINNSVGQLQNYLMQLSAGDGH
NT seq 2949 nt   +upstreamnt  +downstreamnt
ttgcgatttcgtcaaagtataggaaacaaactgttattcgcgtttagttttgttgccagc
ttattggttttaaccagtactgtgtcttggtatagcttaagtcttattgctgatacaggt
gaaaaaattgcacaacaaacgctacctagcttatccagcgccagtgaattggctaatatt
agtctgcaaataaccaaccgcaccacgttactgaaaaatgccagcagtgatattgatcgt
cagaacataaatgcacaattaattcagctaaacttggctattggcaaaaaattccaggcc
ttggatatctctgaactcgataatcgtaatatccgtcaattggtattacaaaaaaccaat
attattaaagatattagtcagcttaatgacaatgccaaactacaaattcagctacgacaa
cagcgccaagattcatttgttcgggtaacaactgcggtacgtaatatctttcaattatca
caatctcaagttgccaatgcccacacctttgccttagtgcgactgagcggactgtatgac
ttaattgaacagcaacaggataacaatattatctatcagaaccttgatcttatcattgat
gaagatcttaatctgttagataaaatgaccgcattggaaagatacagcttagaactggga
caaattgctaactttattatcaatacctcgcaagtagaacaacttacccgtttaaaacca
caaaaggatgaactcatacacatcatccgtcagctggtagattcaatcacagatccgtat
cgtttagcacgtgttcaatctactatattaaaccttaataccttcaccaccttgatcaat
caacaaagcgactatctacagcttgaacaacaacaaaatgatttacacttgtatatttcc
aagcaattgagtgaacttaaccaaggtattcgtacgttggtagaaaagcaaactcaacaa
gcacagcaagccagccagcaacagcaaaagttggtttcatggtcgcaaaacattttgata
ctggccaccatcttgtcattaatcgtgattattggggtgatgtggaagattgtgtatcaa
ggtattgtatttaagttatccaaacacaccgaagtgattaaaaagcttgccgaaggtgat
ctcgagatcactgtagagccttctaatgatgaagagttcaagcaaatggcccaggctctg
gatatttttcgcgacaatgcattaaaaaaacaaaagcttgaacaagcacaaattgaaact
gaaaaagaactacgtctgcataaagaaaatttagaacgcttggtaaaacaacgaacagaa
cagctaacgctcattaatgaaaaactcaataatgaatctgtcggtcatgccaaagctaag
caacaggccgaagatgccaacaacgccaagtccgtatttttggccaatatgagccatgaa
attcgcaccccgatgaatggcatgttaggaacattagagctgttatcagatacaccgctg
tcaacgcagcaacagacttatacccagacgatcctaacctcgggtgaaaacttactggat
attcttaatgatattctcgattattccaaaattgaagcggggcatatcgaagtctctaac
cgtgccgtcaatcttcagcgtttaggcaataacgttatcgacctgatgcgggcgagggca
gagagtaaggggctgaatttaacctttaaccttgccgatgaacttgatatttgggtactt
gccgacttaggtaaactgcgtcagatcatcatcaacttagtcaacaatgccataaaattc
accacttcaggcagcgttattctggctattgcaacacatgacgagcagctcagttttagt
attaccgataccggttgtggtattgccgatgataagcagaaagcagtatttgacgctttt
acccaagtggctaacttaagctgtgcaacaggcaccggattgggtttagcaatttctcgg
cgactggtgtcagcaatccaaggtacactttcgttaaccagtattgagaatcagggcagt
tgtttttactttaagatcccactgctggtggccccacaagcgctaattaatgaccagtta
tctaccgcatccaatgtggttgaaaccaacagccgttttcgtatccttattgttgaagat
aaccaaatcaatcgtgatgtcgcctgcgcactggtacaaaagttaggccatcaagtctac
agcgcctgcgacggagcctctgcactggcactgtactcaaatcaagatgttgatctggct
ctgttagatatcaacctgccagatattgatggggtcgaactggcggtacaactgcgagat
atggccgaatgtaaacagcgacaattaaaaaccatcgcggtatctgctcatgtatttaaa
gacgatatcaccaagtttatcaattctggttttgatggttttattgccaaaccagtacaa
atgaaacgcctgaaaaacacgatttccaaggtgatggtaaatgtggttggtctagaggat
ggtgatggatctcctgagatgagtaaggcgctgtcagaggtaggaaaggaagttgaaggg
gcaagtaaggacactgtgttattcacccctgccacgcttgatcaagacctacaatatctg
gggaaagataagatcatagcgctggggcagttgttctgtcgtcagacgcagtcggattat
agtgattttgctgcgctcaatgccgaccaacaagaaaagttactgcataaattaaaaggc
gctgctgtcggtttaggtttaactgcgttgtaccagcgttgtcatcaacttgagatgaca
tttaaaaagtcatgcaaaactaaagtgttatctgcatcacagttaacacaattggcatta
ttaattaataattctgtcggccaattacaaaattatttgatgcaactttctgcgggtgat
ggtcattag

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