KEGG   Yersinia pestis D182038: YPD8_1857
Entry
YPD8_1857         CDS       T01833                                 
Name
(GenBank) Histidine protein kinase sensor
  KO
K07679  two-component system, NarL family, sensor histidine kinase EvgS [EC:2.7.13.3]
Organism
ypx  Yersinia pestis D182038
Pathway
ypx02020  Two-component system
Brite
KEGG Orthology (KO) [BR:ypx00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    YPD8_1857
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ypx01001]
    YPD8_1857
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:ypx02022]
    YPD8_1857
Enzymes [BR:ypx01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     YPD8_1857
Protein kinases [BR:ypx01001]
 Histidine kinases
  NarL family
   YPD8_1857
Two-component system [BR:ypx02022]
 NarL family
  EvgS-EvgA (acid and drug tolerance)
   YPD8_1857
SSDB
Motif
Pfam: SBP_bac_3 HATPase_c Response_reg HisKA Phosphonate-bd NMT1 Hpt Lig_chan-Glu_bd YhfZ_C
Other DBs
NCBI-ProteinID: ACY62540
Position
2356418..2360146
AA seq 1242 aa
MTGRQGCDTGQPLTIHSIANSYNDDLLLTPATDTRQSSRRTVKVGVVMDANTPFVVNRDD
NAIEGIVADYLKIISDASQLSFQMIGYCDYGLVLNALENGQIDLMAGTPMLAQPGLIASH
AFFTNRHVEVRSKNWDPTKRTHPETVAIVNNEPLSPEFLFNYHADRIVAYPNQLQGLLAV
AYGNADVFVANATSANYLIDQLQLLTLQIRNFAPYHPAPYSFLARESNQKLIDYLNQILE
LLPTRATGDIQQRWFGSKHHYNIDAKLLLTEQELSWIQHHPVVTYIAPLDLAPLIFRDRR
TGEMAGFSVDLIDIIARRTGIKFDPVYTKDTGEGVRSFKAGKVDLLPIVAVRNGQYGNNL
YSSSIAQSLWGIMTREDRMDINNVGDLAGKRVGIQAGSASSSIISNPLLAQRITFVEAPD
TMTLVRWLQQGKVDAVVKNMMTANYLSAQNFSPNIKTVAVAGEEPLMMAFAIRPDLPELK
TIIDKVIESIPPEEFDNLTSEWSTFKPKPISFDESSLDNELLMIALKISSGLLLVFGLYL
CYLVFNKRRQAKLLHARLLQQESIINALPFAVFIRTASGELAVYNSHFADVHSDKLYDML
NQTHEPAHWPMTSPLDREIDKYCRSVLLNRKPQLVDLSVEIKGDIRDIFLWIIPLNNAEQ
GVLGGWLDISQRKTVERQLEAARVEAESANRTKSTFLATISHELRTPMYAIMGLLELEIR
SNRPVEKDTLVTVSKSAQSLMLLLDDIIDSAKIEAGQLSIHPTAVDFHQEMERMFTLYQP
IANERGLRFSGWLDDHIPPLLMADMLRVRQVMGNLLGNALKFTEQGSVSVDITWEPSDEQ
HGVMNIDITDTGIGISPAAQATLFQPFSQANEGKSPRFGGSGLGLWICHQLIHKMGGKIA
LESQLGKGTSLLITLPLNIATADDLAQDAAITHVDDERLNQLRNLRILVVDDLPANRQLL
QQQLAFIGIEQVVTAENGAKACQILQHNNFDVVITDCSMPVMDGYELAAHIRQDPALKDL
IVIGCTADAREESAARCIDAGMNACMIKPVAIDTLQATLLRKDIVSQISNTNHSQSTEDN
DRGGNQSNLSEKNTAQQENAPAIHSTTITSSVNRLAAAQNKLRTLSGGNPAVELQLLQSL
LESNLQDAVTLTQLYRQLCVEDEDVVETVDTAETVDTADTVEDGETRGPGSTVGRHSTAG
SDHIPHADIYKQMASLVHRIKGSVQLIDAQELVASCVKFESQ
NT seq 3729 nt   +upstreamnt  +downstreamnt
atgacgggccgtcaaggatgtgatactgggcagcccttgacgatccacagtatcgccaac
agctacaatgacgatttgttgctcacccctgccaccgatacccgccaatcaagccgacgc
acagttaaagtcggcgtggtcatggacgcgaataccccttttgtggttaaccgcgatgat
aatgccattgaaggaattgttgctgattacctgaagataatcagcgatgccagccagctc
tcttttcagatgattggttactgcgattacgggctggtattaaatgcgttggagaatggc
caaattgacttaatggcaggcactcccatgttggcccagccggggctaatcgcttctcat
gctttcttcacaaaccggcatgttgaagttcgtagcaaaaattgggatcctaccaaacgt
acacatccagaaaccgtggctattgtgaataatgagccattgtctcccgagtttctcttt
aattatcacgcagaccggattgttgcttaccccaaccaattgcaaggattgctcgctgtt
gcctatggtaatgctgatgtctttgtggctaatgcaacatcagcaaattatttaattgac
caactacaattgctgacgctgcaaattcgaaattttgcaccttatcaccctgccccttat
tcattcctggccagggaaagtaatcagaagctgatcgattacctcaaccaaattctggaa
ttattacccacccgcgctactggcgatattcaacagcgctggtttggtagcaagcatcac
tacaatatcgatgctaaattgctgctgacagaacaagaactcagttggatccaacatcat
ccggtggtgacctatattgccccactcgatctggcaccgttgattttccgtgaccgccgg
accggagaaatggccggtttttctgtcgatcttatcgatatcattgcccgtcgtaccggg
attaagtttgatccggtctataccaaagataccggcgaaggtgttcgcagttttaaagct
ggcaaggtcgatttattaccgattgttgctgtgcgcaatggtcagtatggcaataatctc
tactcctcctcaatagcccaatcgctatgggggattatgacccgtgaagaccgcatggat
atcaataacgtcggtgatctggcaggaaaacgggttgggatccaggcgggcagcgcctcc
agcagcattattagtaacccactgctagcacagagaattacttttgttgaagccccagac
accatgacgttagtacgctggctacagcaagggaaagttgacgccgtagttaaaaacatg
atgaccgccaactacttgtcagcacaaaatttcagcccaaatatcaaaaccgtggcggta
gccggtgaagagccattaatgatggcatttgccatacgccctgacctgccagaattaaaa
actattattgataaagtcattgaatctatcccaccggaagagttcgataacctaaccagt
gagtggagtacttttaaaccaaaacctatcagttttgatgaaagctcactggataatgaa
cttctgatgatcgcgctgaaaataagttcggggctgctcttggtcttcggcttgtatctc
tgctatttggtcttcaataaacgccgtcaggccaaattgttgcatgcccgtttattgcag
caggagtccattatcaatgcattaccgtttgccgtattcattcgcaccgcaagtggtgag
ttagccgtttataacagccactttgctgatgtgcacagcgataagctttacgacatgctc
aatcaaactcatgagccagcacattggccaatgaccagcccgcttgatcgtgaaattgat
aagtattgccgcagtgtattactcaatagaaaaccacaactggttgacttatctgtagaa
ataaagggtgatatacgggatattttcctgtggattattcctcttaataatgcggaacag
ggggtgttgggcggctggctagacatcagtcagcgcaaaactgtcgaacggcaattggaa
gcggcccgtgttgaagccgaaagtgctaaccggaccaagagtactttcctcgcaaccatc
agccatgagttgcgtaccccgatgtacgcgattatggggttattggaactggaaattcgc
agtaaccggcctgtcgaaaaagatacgctagtgaccgtgtctaaatctgctcaatcactg
atgctcctgcttgatgacatcatcgattcggctaaaattgaagctggtcaactgagtatt
catccaactgcggtcgacttccatcaggaaatggagcggatgtttacgctctatcaacct
attgccaatgagcgcgggttacgtttctccggttggttggatgaccatatcccaccgtta
ttgatggccgatatgctgcgagtacgtcaggtgatgggcaatttgctcggtaatgcgttg
aagttcactgagcaaggcagtgtttctgttgatattacttgggaaccaagcgacgaacag
catggtgtgatgaatattgatatcaccgataccggtattggtatctcccctgccgcacag
gcgaccttatttcagccattcagccaagccaatgagggtaaatcgccacgcttcggtggg
tccggtttaggtttatggatttgccaccaattgattcataaaatggggggtaaaatagcg
ctggaaagccaattaggcaaaggaaccagcctgcttatcacactaccactgaatattgcg
actgcggatgatttagcccaagatgcagcgataacacatgttgatgatgaacggctgaat
caactgagaaacctgcgaattctggtcgttgatgatttacccgcaaaccgccagttactt
caacaacagttggcctttattgggatcgagcaggtagtcaccgccgaaaatggggcgaaa
gcctgccaaatattgcagcacaataactttgatgtggtaataactgattgcagtatgccg
gtgatggatggatatgaactcgcagcacatattcgccaggatccagccttaaaagacctc
atcgtgattgggtgtactgctgacgcccgcgaagaaagtgcagcacgctgcattgatgcg
ggaatgaatgcctgcatgatcaaacccgtggccatcgatactttacaggcgaccttactg
cgcaaagatatcgtgagccagatttcgaataccaatcatagccaaagtacagaagataat
gaccgcggtggcaaccaaagtaatttgagtgaaaaaaatacagcccagcaagaaaatgct
ccagctatccacagcacaaccatcacctcttcggttaataggctagctgcggcacagaat
aagctgcggacattatcgggggggaaccctgcggtagaattgcaattattgcaatcattg
ctggaaagcaatttgcaggatgctgtcacattgacgcaactttatcgccaactctgtgta
gaagacgaagacgttgtggaaactgtagatactgcggaaactgtagatactgcggatact
gtggaagatggggagaccagaggaccgggtagcacggtaggtcgtcatagcacggcaggc
agtgaccacatccctcacgcagatatttataaacagatggcaagcctggtacaccgcatt
aaaggcagcgtacaactgattgatgctcaagaactggtcgcaagttgcgtgaaatttgaa
tctcaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (9)   
   Pfam (9)   
All databases (19)   

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