KEGG   Blautia producta: PMF13cell1_00818
Entry
PMF13cell1_00818  CDS       T05894                                 
Symbol
kdpD_1
Name
(GenBank) Sensor protein KdpD
  KO
K07646  two-component system, OmpR family, sensor histidine kinase KdpD [EC:2.7.13.3]
Organism
bpro  Blautia producta
Pathway
bpro02020  Two-component system
Brite
KEGG Orthology (KO) [BR:bpro00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    PMF13cell1_00818 (kdpD_1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:bpro01001]
    PMF13cell1_00818 (kdpD_1)
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:bpro02022]
    PMF13cell1_00818 (kdpD_1)
Enzymes [BR:bpro01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     PMF13cell1_00818 (kdpD_1)
Protein kinases [BR:bpro01001]
 Histidine kinases
  OmpR family
   PMF13cell1_00818 (kdpD_1)
Two-component system [BR:bpro02022]
 OmpR family
  KdpD-KdpE (potassium transport)
   PMF13cell1_00818 (kdpD_1)
SSDB
Motif
Pfam: KdpD DUF4118 HATPase_c HisKA Usp HATPase_c_5 HATPase_c_3 TctA ArnB_C TmcA_N BSMAP
Other DBs
NCBI-ProteinID: QBE95297
UniProt: A0A4P6LWT7
LinkDB
Position
complement(853157..855727)
AA seq 856 aa
MDKSGRLKIFFSYAEGTGKTGQMLRDAGERKKEGCDVVIGCVPLELDMGEELEKLTPVFH
NYQGVLSPEFDLDSAIRRRPQLLVIDRLAHGNAPGSRHRKRYQDIEELLRAGIDVYTTLN
VQQIESLSDVIASLTGRAAGERVPDKVFDQADQVEFVDAEPEKVRERLGNQTPGTGVLTA
LREMALRRMADRINKIAEKGETVQETAYPGEHILTGISASPSNGRVIRTAARMADAFHGA
FTALYVQTSHEKNMPDAEKKILKENMELAEKLGARVITMYGDDVVQQIAEYARMAGVSKI
VLGRTKWIGGIPFSRVSFADRLTALGSNPDIYIIPSMEENTGTAGFRIRHSRTGFTFKDT
LKTAGVLLASTGIGGWMYSLGISEVNVIMLYILGVVITAMWTESKAYSLVSSFISVFTFN
FFFTLPRYSFKAYGPEYPVTFIIMFLVAFLISTLTTRVKEQAHQAAEKAYRTEILLETSQ
KLQKARDVSQIISEIMVQMEKMLGRTVIFYMPDEKGNLVPRMKSRETDAEKYINEKEQEV
VSWVYQNNKHAGATTDTLPGAKCLYLAVRGRKEALAVAGIVMGAEELTAFERSLLLAMLN
ECALALEKQKLDEEKKEVEMNARQERLRANLLRAISHDLRTPLTGISGNASVLLNGGAQM
EEAQRHKIYGDIYDDAIWLINLVENLLSVTRIENGAMNLKRQTELLDDVLNEALHHLDRK
CGEHRITVKQEDEFLMAKMDTRLIVQVFINIIDNAIKYTPSGSEIKVHVFQKDGFVWTEI
SDNGNGVADEDKDKLFQMFYTAENQKGDGRRGLGLGLALCKSIINAHGGEIGVRDNVPRG
SIFYFSLPAEEVVIHE
NT seq 2571 nt   +upstreamnt  +downstreamnt
atggataaaagcggcagacttaaaatatttttcagctatgctgaaggaacaggaaagaca
gggcagatgctgcgggatgccggagaaaggaaaaaagaaggctgtgatgtggtgataggc
tgcgttcccctggaattggatatgggggaagaactggaaaagcttacacctgtttttcat
aattatcagggtgttctgtctcctgaatttgatctggacagcgctatcagaagaagaccg
cagctcttagtgattgacagactggctcacggaaacgcgcccgggtccaggcacagaaag
cgttatcaggatatagaggagcttctccgtgccggaattgatgtatatacaacgctgaat
gtgcagcagatagaaagcctgtcagatgtaattgcatctctgaccggcagggcggcaggg
gagcgcgttccggataaggtgttcgaccaggcggatcaggtggaattcgtggatgcggag
ccggaaaaggtgcgggagcgtctgggaaatcaaactccggggacaggggtcctcacagcc
ctgagggagatggcgctcaggagaatggctgaccggatcaacaagattgccgagaagggg
gaaaccgtacaggaaaccgcctatcccggggaacatatcctgaccggcatctccgcgtca
ccctccaacggcagagtcataaggacagcggcgcgtatggcagatgcatttcatggcgcg
tttaccgctctgtatgtgcagacctcccatgaaaaaaacatgccggatgctgagaaaaag
attttaaaggaaaacatggagcttgcggaaaaactgggagccagagttatcaccatgtat
ggggatgacgtggttcagcagatcgcagagtatgccagaatggcaggggtatcaaaaatt
gtactaggcaggacaaaatggatcgggggaattcctttttcaagagtcagctttgccgac
aggctcacagcccttggctccaatccggatatttatatcattccgtctatggaggaaaat
acagggacagcgggattccgcatcagacacagcaggaccggatttacatttaaagacact
cttaaaacagcaggagtgttgctggcttcaacagggatcggtggctggatgtacagtctg
gggatttcagaggtcaatgttatcatgctgtatattctgggggttgttattacggccatg
tggacagagagcaaggcatacagtctggtaagctcctttatcagtgtgtttaccttcaat
ttcttcttcacgcttcccaggtattcctttaaggcttacggcccggaatacccggttaca
tttattattatgtttctggtggcatttttgatctccaccctgacgaccagggtgaaagag
caggcgcatcaggcggcggaaaaggcgtaccgaacagaaatccttctggagaccagccag
aagctccagaaagccagggatgtttctcagatcatttcagagataatggtgcagatggaa
aaaatgctgggccgtacagttatcttctatatgcccgatgaaaaggggaatctggttccc
aggatgaaaagccgggagacggatgcagagaagtacatcaatgagaaggaacaggaagtg
gtatcctgggtatatcagaataataaacacgccggtgccacaaccgatacactgcccgga
gcaaaatgtctgtatctggccgtcagaggcagaaaagaggcgctggcagtggccggcatt
gttatgggggccgaggagcttaccgcctttgagagaagcctgcttctggccatgctgaat
gaatgtgccctggcacttgaaaagcagaaactggacgaggagaaaaaagaggtggagatg
aatgccagacaggagcggctgagggccaaccttctgcgcgccatatcccatgatctgcgc
actccgctgaccggcatttcaggaaatgccagtgtgctgttaaatggcggagcacagatg
gaggaggcgcagaggcacaaaatttacggggatatttatgatgatgcgatctggctgatc
aacctggtagagaatctgctctctgtcacaaggatagagaacggagccatgaacctgaaa
cggcagacagagcttctggatgatgtgctgaatgaagcgctgcaccatctggacaggaag
tgcggagaacacaggatcactgtgaagcaggaggatgaatttctcatggcaaagatggat
accaggctgatcgtacaggtatttatcaatatcatagataatgcgatcaaatatacaccg
tccgggtcagagatcaaagtccatgtatttcagaaggatggatttgtatggacggaaatc
tccgacaacggaaacggtgtggcggatgaggataaagataagctgtttcagatgttctat
acagcagagaaccagaaaggggacggcaggcgcggccttggccttggccttgccctctgt
aagtctattataaatgcacatggcggtgagatcggggtaagggataatgttccccgggga
agtattttctatttctcattgccggcagaggaggtagtgatacatgaataa

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