KEGG   Yersinia intermedia: CH53_3435
Entry
CH53_3435         CDS       T03608                                 
Name
(GenBank) hpt domain protein
  KO
K07679  two-component system, NarL family, sensor histidine kinase EvgS [EC:2.7.13.3]
Organism
yin  Yersinia intermedia
Pathway
yin02020  Two-component system
Brite
KEGG Orthology (KO) [BR:yin00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    CH53_3435
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:yin01001]
    CH53_3435
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:yin02022]
    CH53_3435
Enzymes [BR:yin01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.13  Protein-histidine kinases
    2.7.13.3  histidine kinase
     CH53_3435
Protein kinases [BR:yin01001]
 Histidine kinases
  NarL family
   CH53_3435
Two-component system [BR:yin02022]
 NarL family
  EvgS-EvgA (acid and drug tolerance)
   CH53_3435
SSDB
Motif
Pfam: SBP_bac_3 Response_reg HATPase_c HisKA Phosphonate-bd Hpt NMT1 Lig_chan-Glu_bd YhfZ_C
Other DBs
NCBI-ProteinID: AJJ19582
Position
complement(3839360..3843226)
AA seq 1288 aa
MHIPIIWYNSGWSALALTTLSLRSRFSWRILLYCLLLLSGQLNAAMMTGRQGCDTGQPLT
IHSIANSYSEDLLLTPSTDTRQSSRRTVKVGVVIDANTPFVVNRDDNAIEGIVADYLKII
SDASQLSFQMIGYCDYGLVLNALENGQIDLMAGTPMPAQPGLIASHAFFTNRHVEVRSKN
WDPTKRTHPETVAIVNNEPLSPEFLFNYHADKIVAYPNQLQGLLAVAYGNADVFVANATT
ANYLIDQLQLLTLQIRNFTPYHPAPYTFLAKESNQKLINYINQILELLPTRATGDIQQRW
FGSKHHYNIDAKLLLTEQEVSWIQSHPVVTYVAPFDLAPLIFRDRQTGRMAGFSIDLIDI
IARRTGIKFEPVYTKDTGEGVRDFIAGKIDLLPIVAVRNGMYGNSLYSSPVAQSLWGIMT
REDRLDINNVADLAGKRVGIQSGSASGGIIGNPLLAQKITFVQAPDTMTLVRWLQQGKVD
AVVKNMMTANYLSAQNFTPDIKTVAVAGEEPLMMAFAIRPDLPELKAIIDKVIESIPPEE
LDNLISEWSTFKPKPTSFDEDSLDNEWLMLALKISSGILLVFGLYLCYLVFNKRRQAKLL
HARLLQQESVINALPFAVFIRTTTGELAVYNNHFAAAHHDKLHDLLNQNVEQANWPMTSP
LDREIDKYCRYVLKDRKPQMVDLSLEINGDLRDIFLWIIPLDNAERSLLGGWLDISQRKT
VERELEAARLEAESANRTKSTFLATISHELRTPMYAIMGLLELEIRSAQPVDKNTLVTVS
KSAQSLMLLLDDIIDSAKIEAGQLSVHPAAVDFRQEMERMLTIYQPIADERGLRFSGWLD
DQIPHLLMADMLRVRQVMGNLLGNALKFTEQGGVSVDVTWEPTDDKQGVMNIDITDTGIG
ISPAAQATLFQPFSQANEGKSPRFGGSGLGLWICHQLIHKMGGQVAMESQLGKGTSLFIT
LPLTIATTDDLPPDATIIHADEKQLGQLKNLRVLVVDDLPANRQLLQQQLAFIGIEQVMS
AENGAEAWQILQHYSFDVVITDYNMPLMNGYELAAHIRNSPAIKDMIIIGCTADARQESA
ERCSDAGMNDCMVKPVTIDTLRTVLLRQEVADINLEANYHHTNDDYRVNPLEMSQRENTH
SAADNSESPKVPQTSFAAAQDKLRALSGGRTEVEVQLLQSLLESNVQDAAALTALYSQLK
ADESSTVATDTYKEMASLVHRIKGAVQLIDAQDLVEYCIKFESMILANDKPAVISFGADY
LELLTGTNQLLAKLVTVYAEIDSASPIK
NT seq 3867 nt   +upstreamnt  +downstreamnt
atgcacatacccataatttggtataattcaggctggtctgctttagcgctgacaacgcta
tctttacgtagtaggttctcttggcgaattcttctttactgtttgctgttgcttagcggg
cagcttaatgctgccatgatgaccggtcgtcaggggtgtgataccggacaaccattgacg
atacacagtatcgctaatagctacagtgaagacctattacttacgccttccacagacact
cgccaatcaagccggcgtacggtgaaagtgggggtggtcattgatgccaatactcctttt
gtggttaaccgtgatgataatgctattgaaggcattgttgcggactacctgaaaataatc
agtgatgccagccaattatctttccagatgatcggttattgcgattacgggttagtgttg
aatgcgctggaaaatggccaaattgacttaatggcaggaacgccgatgcccgctcaaccg
gggctgatagcgtctcatgccttctttactaaccggcatgtcgaagttcgcagcaagaat
tgggatccgaccaaacgtacccacccagagacggtggctatcgtcaataatgagccatta
tcacctgagtttctgtttaattatcatgccgataaaattgttgcctaccctaaccaatta
caagggttactggctgtcgcctatggtaatgccgatgtctttgtcgctaatgccacaacg
gctaactatcttatcgatcagttgcaattgctaacgttgcaaattcgcaactttacacct
taccaccctgccccctacacctttctggcaaaggaaagtaatcaaaagctgattaactac
attaatcagattttagaattattacctacccgtgcgacgggtgatattcagcagcgctgg
tttggtagcaagcatcattacaacattgatgccaagttgctgttgaccgaacaagaggta
agctggattcagagccatccggtagtgacctatgtcgccccatttgatctggccccactg
atatttcgtgatcgtcaaacggggagaatggctggtttctcaatcgatcttatcgatatt
attgcgcgccgaaccgggattaaatttgagccagtttataccaaagataccggggaaggg
gtgcgtgattttattgccggtaaaattgatttactgccaattgtggccgttcgcaacggc
atgtatggcaacagcctttattcttcaccggtagctcaatcattatggggcataatgacg
cgcgaagaccgcctggatatcaataatgtggcagatctggcaggaaagcgggtggggata
caatcgggtagtgcttctggcggaattattggtaaccccctgttagcccagaaaatcacc
tttgttcaagccccggataccatgacactggtacgttggttgcagcaaggcaaagtggat
gctgtcgtcaaaaatatgatgacagccaactatctgtcagcccagaactttaccccagat
ataaaaacggtcgccgtggcaggcgaagaaccactgatgatggcattcgccatccgccca
gacctgcctgaattaaaagccatcattgataaagtaattgaatctattccaccggaagag
ttagacaacttaatcagcgaatggagtaccttcaaacctaagccaacaagctttgatgag
gactcattagataatgaatggctgatgttggcgttgaaaataagctcagggatattattg
gtcttcggtttatacctgtgctacttggtattcaataaacgtcgtcaggccaagttgtta
catgcccgcttgctacagcaagaatcggttatcaatgcattgcccttcgcggtatttatt
cgtaccaccactggcgagctggcggtttataacaaccactttgcagcagcccaccacgat
aagcttcacgacttgctcaatcagaacgttgaacaagctaactggccaatgaccagccca
cttgatcgcgaaatagataaatactgccgttatgtcttgaaggacagaaaaccacaaatg
gtggatttatctctggagatcaatggtgatctgcgggatatcttcctgtggattatccca
ttggataatgctgagcgcagtttgctgggcggctggctggatattagtcaacgtaaaacc
gtggagcgggagttggaagccgcacgcctcgaagcggaaagcgccaaccggaccaaaagc
actttcctggccaccatcagtcacgaactacgcacaccaatgtacgccattatgggctta
ctggagttggagatacgtagtgcccagccggtcgataaaaatacgctggttaccgtgtcc
aaatcagctcaatcgctgatgttactgcttgatgacatcatcgattctgccaaaattgaa
gccgggcaactgagtgttcatcccgccgcagtagatttccgccaagaaatggagcggatg
ctcactatctatcaacctatcgcagatgaacgtggacttcgcttctctggctggttggat
gaccaaatcccgcacttactgatggcagatatgctcagagtgcggcaggtcatggggaat
ctattgggtaatgcactgaaatttaccgaacagggtggtgtttcagtggatgtcacttgg
gagccgacggatgacaaacagggtgtcatgaatatcgatattaccgatacgggtattggt
atttcgccagcggcacaggcaacgctgttccaacccttcagccaggctaacgaaggtaaa
tcacctcgtttcggtgggtcggggctgggactttggatttgtcatcaattgattcacaaa
atgggtgggcaagtcgctatggaaagccaacttggtaaaggcaccagtttgtttattacg
ttgccattgacgattgccactacagacgatttaccgcctgatgcaaccattatccatgcc
gatgaaaagcagttgggccaattgaagaacctgcgggttctggtagtggatgaccttccc
gccaaccgccagttgcttcaacaacaattggcttttatcggtatcgaacaggtgatgagc
gcagaaaatggcgctgaagcctggcagatattgcaacattacagctttgatgtcgtcatc
accgattacaacatgccactgatgaatggttatgaacttgccgcccatatccgtaatagc
ccggcaataaaagatatgatcatcattggttgcactgcggatgcacggcaagagagcgcc
gaacgttgttctgatgccggtatgaatgattgtatggttaaaccagtgactattgatacc
ttacgtaccgttctgttgcgccaagaggttgccgatatcaatctggaggcaaattatcat
cacaccaatgatgactatcgcgtaaatccattggagatgagccaacgggaaaacacacac
tcagcggcagataacagtgaaagccccaaagtgccacagacttccttcgccgcggcccaa
gataaattaagggcgctctcaggtggacgaactgaggtagaggtgcagttattgcaatcg
ttgctggaaagcaatgtgcaggatgcggcggcactaacggcactgtacagccagctaaag
gcagatgagagcagtacggtggctaccgatacttataaagaaatggcaagcttagtgcac
cggatcaaaggtgcggtacaactgatcgatgcacaagatctggtagaatattgtatcaaa
ttcgaatccatgatcctcgctaatgataaaccagcagtcatttcattcggggctgattat
ctggaactgttaacgggcactaatcagttattagctaagttagttactgtatacgcagaa
attgatagcgctagcccgattaaataa

  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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