KEGG   Lactococcus lactis subsp. lactis KF147: LLKF_1238
Entry
LLKF_1238         CDS       T01141                                 
Symbol
kdpD
Name
(GenBank) Osmosensitive K+ channel sensor histidine kinase
  KO
K07646  two-component system, OmpR family, sensor histidine kinase KdpD [EC:2.7.13.3]
Organism
llk  Lactococcus lactis subsp. lactis KF147
Pathway
llk02020  Two-component system
Brite
KEGG Orthology (KO) [BR:llk00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    LLKF_1238 (kdpD)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:llk01001]
    LLKF_1238 (kdpD)
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:llk02022]
    LLKF_1238 (kdpD)
Enzymes [BR:llk01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     LLKF_1238 (kdpD)
Protein kinases [BR:llk01001]
 Histidine kinases
  OmpR family
   LLKF_1238 (kdpD)
Two-component system [BR:llk02022]
 OmpR family
  KdpD-KdpE (potassium transport)
   LLKF_1238 (kdpD)
SSDB
Motif
Pfam: KdpD DUF4118 HATPase_c HisKA Usp HATPase_c_2 SelB_WH_2nd_bact
Other DBs
NCBI-ProteinID: ABX75619
LinkDB
Position
1285278..1287908
AA seq 876 aa
MKKGKLKIYFGYAAGVGKTFAMLEGAREVQKSGIDVVSGYIEPHNRPETSKLIEGLETLP
LKKLNYKGIQLKEFNLEEALIRRPQVILVDELAHTNCHGSRNKKRFQDIEELLKAGIDVF
TTINIQHLEGLNDVIEKITGIIVNEKIPDYIFEEADQIELIDIEPVDLLERLDKGKIYQL
NKVNQAKENFFTLEKLIALREIALRKTADQVNKSAIRKAQNKKSIYAKEHVLVCVSASPS
ASHVIHAAARLAVAFKAEFTALYIGDLENSSKEEKDRLRQNLRLAEQLGAKLSILYGDNV
SKQIVEYAKISQISKLVIGKSVQSSFWSRENIVDLISQEAPELDIYVIPNARGQQKNTSG
TLYNFKKIRFSLSDLLKTILMLVLVTSCGLAFKYWNFNVANIIMLYILGVQINAIFTKGR
IFSLISSVLSVLCFNYFFTEPYYTFVAFSSNYPITFLIMLAAGLITSTLIKRIQEQVRVS
AEKSYRTEVLLQTNKDLAQVDSVVEILEATVQQLKKLLDRDIVIYPIKDKVLGDESYFST
ESSKYNLEKYQNFNERGVAEWVMHNNKRAGATTNTLSAANYLYLSIRGKNQSFAVIGILM
KDKNELETFEKSIILAILGEAGLALEKEILREVQQKNEIQIEQEQLRVNLLRAISHDLRT
PLTSISGHAKLLMKNDSTINKLQIQELSAYIYDDSMWLINLVENLLSITRLDEKIELKLE
ANIIDEVVEEALKHVDRHLEQHEFSLNLADELLMAKMDVALMIQVIVNLINNAVKYTPIN
SKIELQTKKINDELVLEVSDNGPGITDKAKEKIFDLFYTDENRQVDSKRGLGLGLSLCKS
IILAHGGQIYVKDNQPNGAIFGFKLPLEGVLISDEQ
NT seq 2631 nt   +upstreamnt  +downstreamnt
atgaaaaagggaaaactaaagatatattttggctatgctgctggtgttggaaaaacattt
gctatgctcgaaggggcgcgtgaggttcagaaatctggaattgatgttgtttcaggctac
attgaacctcataatcgaccagagacctcaaaattaattgaagggctagaaaccttacct
ttaaaaaaattaaattataaaggaattcaattaaaagagttcaatttagaagaagctttg
attcgtagacctcaggttatcctagttgatgaattagcccacacaaattgccatggttca
agaaataagaagagatttcaagatattgaagaacttttgaaagcaggaatagatgttttt
acaacaataaatattcagcatcttgaaggtctaaatgatgtaattgaaaaaataactggg
attattgtaaatgaaaaaattcctgattacatatttgaagaggctgatcaaattgagcta
attgatattgaacccgttgatttattagaacgactagataaaggaaaaatttatcagtta
aacaaagtaaatcaagcaaaagaaaatttttttacattagaaaaacttatcgcccttcgg
gaaattgctttacgaaaaactgctgaccaagtcaataagagcgctattcgtaaagctcaa
aataaaaaaagtatttatgcaaaagaacatgttttagtatgtgtttcagcttcaccctca
gcctctcatgttattcatgcagctgcgagacttgcagttgcatttaaagcagaatttacg
gcattatatatcggtgatttagaaaattcttccaaagaagaaaaagatagactgagacag
aatttacgtttggctgaacagttaggcgcaaaactatctatcctttatggagataatgtt
tctaagcaaattgtcgaatatgctaaaattagtcaaatatcaaagctggtaattggtaaa
agtgtacaaagttcattttggagtagggaaaatattgtagatcttataagtcaggaagcg
ccagaacttgatatctatgtcattccaaatgcaaggggacaacaaaaaaatacttctgga
actttgtataattttaaaaaaatccggttttcattaagtgatttattgaagacaatactg
atgctagttcttgtcacttcatgcgggttagccttcaaatactggaacttcaatgttgct
aatataattatgctttatattttaggtgttcagattaatgctatttttacaaaaggaaga
atttttagtctcatttcctcagtcttatctgtactttgctttaattattttttcacagaa
ccttattacacttttgtagcctttagctctaattatccaattacttttttaattatgttg
gctgctggattaattacgtcgacattaatcaaaagaattcaagaacaagttcgagtctct
gcggaaaaatcatatcgaacagaagtactattacaaacgaataaagatttagcacaggtt
gattcggtagtagaaattctagaagcaacagttcaacagttaaaaaaattacttgatcga
gatattgtgatttatccaatcaaagataaagttttaggagatgaatcatatttttcaact
gagtcttctaagtataatttagaaaaataccagaattttaatgagagaggtgtagctgag
tgggtaatgcacaataataaacgtgcaggagcaacgaccaatacattatcagctgctaat
tacttatatttgtcaattcgtgggaaaaatcaatcttttgcggtgattggtatcctaatg
aaagacaaaaatgagttggaaacatttgaaaaatctataattctggctatattaggtgaa
gcaggattagctttagaaaaagaaattcttcgagaagtccaacaaaaaaacgaaattcaa
attgagcaagaacagttacgtgtaaatttgttacgtgctatttcacatgatttaagaact
ccacttactagtatttctggacatgcaaaattactgatgaaaaatgatagcacaataaat
aaacttcaaattcaagaattatcagcttatatctatgatgattcaatgtggttgattaat
ttagttgaaaatcttttatctatcacaagattggatgaaaaaatagaattaaagttggaa
gcaaatattattgatgaagtagttgaagaagcccttaaacatgtagacaggcatttggaa
cagcatgaatttagtttaaatttagccgacgaactcttaatggcaaaaatggatgtggct
cttatgatacaagtgattgtaaacttgattaataatgcagtgaaatatacaccaattaat
tctaaaatagaactacaaaccaaaaaaattaatgatgagttagttcttgaagtttctgat
aatgggcctggcattactgataaagccaaagaaaaaatatttgatttattttatactgac
gaaaatcggcaagttgattctaagcgtggtttaggtttaggactttctttgtgtaaaagt
attattttagcacatggaggacaaatttatgttaaagataatcagccaaatggagccatt
tttggtttcaaattacctttggagggggttttaatttctgatgaacaatga

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