KEGG   Crocosphaera subtropica: cce_2232
Entry
cce_2232          CDS       T00686                                 
Name
(GenBank) two-component sensor histidine kinase
  KO
K13924  two-component system, chemotaxis family, CheB/CheR fusion protein [EC:2.1.1.80 3.1.1.61]
Organism
cyt  Crocosphaera subtropica
Pathway
cyt02020  Two-component system
cyt02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:cyt00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    cce_2232
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    cce_2232
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:cyt02022]
    cce_2232
   02035 Bacterial motility proteins [BR:cyt02035]
    cce_2232
Enzymes [BR:cyt01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.80  protein-glutamate O-methyltransferase
     cce_2232
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.61  protein-glutamate methylesterase
     cce_2232
Two-component system [BR:cyt02022]
 CheA family
  CheA-CheYBV (chemotaxis)
   cce_2232
Bacterial motility proteins [BR:cyt02035]
 Flagellar system
  Chemotaxis proteins
   Two component system proteins
    cce_2232
SSDB
Motif
Pfam: CheB_methylest CheR HATPase_c Response_reg PAS_10 PAS_4 HisKA CheR_N PAS PAS_3 PAS_8 Methyltransf_12 CENP-F_leu_zip Lipoprotein_6 CALCOCO1
Other DBs
NCBI-ProteinID: ACB51582
CyanoBase: cce_2232
UniProt: B1WPL2
Position
complement(2270018..2274517)
AA seq 1499 aa
MPMSSLAKPENEKFYIIGIGASAGGVQALESFFNSLPDNPNGAFVVVQHLSPNHRSMMTE
ILQRQTTLPVEQVQDHILLEPAKVYVLPPRRTLILEDRRLRLLEEPPNSPRNIIDRFFQS
LVDGWGERMIAILLSGTGHDGTEGLQSVSRAGGIALVQSPETAQFTSMPSSAIPSGLVDE
ILSPQDLAQTVYELIRFSDNFPTASLQDENLIDPNQLQEILEILAEKEDIDFSHYKVSTL
SRRILHRCALTRQENITQYIERLETSEQEQKLLRQDLLIGATCFFRDPQVWELLKEQVLP
EQIGKLKPDEQLRIWISACATGEEAYSMAIIVDELLQTIDKTVQVKIFATDLDSKALEVA
AEGTYPDTIGNDISPERLKRYFEDQGNQYRVKPSLREMLIIAPQDLTKNAGFSKIHLVSC
RNVLIYMQSPLQYQVLRLLHFALKPQGTLMLGTSETLGNMRDEFTPISAKWKIFQKRRES
SLSSLMITRPSLPSTIKSSVSTKTRQQRFDTILAGLLKLCLDDRQITALLVGADNKLVQI
FHNSAQLLEHSLGVMSLDVVEQVHPALKLPLSTALHRTRRRNEELALYTGIKIEKKGEPL
NVTLRVTPNKNGGDKEQILVVFEIETSPTASVQPSRFDVGEEAAQQISELEQELQQTREN
LQVTIEELETANKEQQATNEELLASNEELQSTNEELQSVNEELYTVNAEHQSKIQELTQL
NTDIDNLLRSTDIGVIFLDRQFNIRKFTPAAIRAVNIKPSDVGRPLTDLTNNLHCPNLIN
IVQQVARTEEPYEQEVAIAPSDEYVLMRVHPYLQDDKDSDGIVMTFVQVNELKQVQQHLK
QTNLLLENLYEASPAGLCLFDQGLKFIRVNPALARINGISIEGHLGKTLYDIAPQLAEYL
EGILRQVIDTGEAICNIEVRGKMPATSEIERCWIASYYPVDFLNDGRGVGAVVVEITQRV
QAEEALRHSQARLQEAQRLAKVGNWELKHEDNLTLETAQPDCSKELSDIYQFDPQQSCFS
LEDILHCHPPADRKALENAFQLLIFDGIPFSLDVELNVSEQEVHCLNVIGQVIRDKDGQI
LKFYGTVMDITERKRIEQELVRRNKALEEAIAVAQVADSANQAKSEFLANMSHEIRTPIN
SIMLVSQLLEGTNLDTQQKKLLQTLNNNSNHLLNLINKILSLSKLESRTLELEHRPFHLN
QMFQELSHTFTPQAQSKAIGLTFTIASEVPDVLMGDDFRLQQVFSNLISNAIKFTFSGQV
TVTATLPNDTVSQSSPVTLYFTVQDTGIGIDPTKQDSLFQPFVQADTSTTRQFGGTGLGL
TICRRIVQSMKGEIGLDSRVGKGSTFWVKIPFALGDGIRLPETAETNNPDPERQATAPTA
LKILLVEDYEDNRFLMLMLLENLGYQADWVTNGQEFLDQTEEQEYDLVFLDCQMPILDGY
EAIQRFRQREGASNHTVVIGITAHAMEGDRQKCLDAGMDDYLSKPIIMENLVNLLEKWS
NT seq 4500 nt   +upstreamnt  +downstreamnt
ttgcccatgtcatcattagcaaaacctgaaaatgaaaagttttatattattggtattggt
gcctcagccggtggagtacaggcattagaatctttttttaatagtttgcctgataatcct
aatggggcgtttgtggtagtgcagcacctatcccccaatcaccgcagcatgatgacagaa
attttacaacggcaaaccaccctacccgtcgagcaagtacaagatcacatcctacttgaa
ccagcgaaagtctatgtactaccccctcgcagaaccctgatactcgaagaccgacggctg
cgtttattagaagaaccgcccaattcaccacgaaacatcatcgatcgcttttttcagtcc
ctggtggatggttggggggagcgaatgatcgccattttgctctcaggaactggccacgac
ggcaccgagggactacagtccgtcagtcgtgccggtggcatcgccttggttcagtcccca
gaaacggcacagtttaccagtatgccctccagtgccattccttcgggtttagtggatgaa
attctctcaccccaggatcttgcccagaccgtctatgaactgattcgcttttccgataac
tttcccaccgccagcttgcaagacgagaatcttattgatcccaaccaactccaagaaatt
ctagaaattttagccgaaaaagaagacatcgatttttcccactacaaagtgagtaccctg
agtcgtcgtattcttcatcgttgcgccctgactcgccaagaaaacattactcaatatatc
gaacgattagaaacctctgaacaagagcaaaagctactacgacaagacttattaattggt
gcaacctgcttttttcgagatcctcaagtttgggaactgctcaaagagcaagtgttaccg
gagcaaattggcaaattaaagccagacgaacaacttcgtatctggatttcagcttgtgcc
acaggagaagaagcctattcaatggccatcattgtcgatgaactcctgcaaaccatcgac
aagacagttcaggtgaagatttttgccacggatctcgatagcaaagccctagaagttgct
gctgagggaacctatcccgatactattggcaatgatatttccccggaacgcctaaaacgt
tacttcgaggatcaaggaaaccaatatcgtgtcaaaccatccctgcgagaaatgctgatc
attgccccccaagacctcacaaaaaatgcaggtttctccaaaattcacctggtcagttgt
cggaatgttctcatttatatgcagtctccactacagtatcaggtgttgcgactgctacac
tttgccctcaagccccaaggaaccctaatgttagggacttctgaaaccctaggtaatatg
agggacgaatttactcccattagtgccaagtggaaaatttttcaaaaacggcgagagtca
tctctgtcttctctgatgattactcggccttcccttccctcaaccatcaaatcttctgtc
tctaccaagactcgtcagcaacgatttgatactatcttagccggattactcaaactctgt
ttagatgatcgtcaaattacggctttgttagtgggcgctgacaacaaattggtgcagatt
tttcataactcagcccaactcctagagcattccctgggcgtaatgagtcttgacgtagtt
gagcaagtccatccggccctaaagttaccgctgagtaccgccctccatcgaacccgtcgt
cgtaacgaagagttggcactatacaccggcattaagatagaaaaaaaaggggaaccattg
aacgttaccctgcgagttactcccaacaagaatggtggtgataaagagcaaattttggtg
gtgtttgaaatagaaacttcccctactgcttcagtacagccgtcgagatttgatgtagga
gaagaagcagcccaacaaattagtgagttagaacaggaactccagcaaacccgtgaaaat
ttgcaagtcactatcgaagaactcgaaaccgccaacaaagaacaacaggccaccaacgaa
gaacttctcgcctctaacgaagagttgcaaagtaccaacgaagaactacaatcagtcaac
gaagaactatatacagtcaacgctgaacatcagtccaaaattcaagagctaactcaactg
aacaccgatattgataacttactgcgaagtaccgacatcggtgtcatttttctcgataga
caattcaatattcgcaagttcaccccagcagcgatacgggctgttaacatcaagccttcc
gatgtcggccgtcccctcacggacttaaccaacaacctccattgtcccaacttgatcaac
attgtgcagcaagtggcaagaaccgaggaaccctacgaacaggaagtggccattgcccca
tccgatgagtatgtattgatgcgagttcatccctatctccaggacgacaaagacagtgac
ggcatcgttatgacctttgtgcaggtgaatgagctaaagcaagtgcaacaacatctaaaa
cagactaacctacttctcgaaaatctctacgaagctagtccagccggactttgcttgttt
gaccaagggttaaaatttattcgggttaatccagccctcgctcgaataaatggtatttct
attgagggacatctgggaaaaaccctgtatgacattgcccctcagttagcagagtatctt
gaagggattttacgacaggtgatcgacacaggggaagccatttgcaacattgaagtgaga
gggaaaatgcctgccacctcagagattgaacgctgttggatagccagttattatcccgtt
gattttctcaatgatggtcggggggttggggcggttgtcgttgagattacgcaacgagtc
caggccgaagaagccctacgccatagtcaggctcgattacaagaagcgcaacgattggcc
aaagtgggcaattgggaactgaaacacgaggacaatcttaccctagagacagcacaacct
gactgttcaaaggaactctctgacatttaccaatttgatccccaacaatcttgctttagc
ttagaagatatcctacactgtcatccccctgcagaccgcaaggcactggagaacgctttt
caactattgatctttgatggtatccccttcagtttagatgttgaacttaacgtttctgag
caagaagtacactgtcttaacgtgatcggtcaagtgattcgggataaagatggtcagatt
ctcaagttctatggcactgtgatggatattaccgagcgtaaacgcatcgaacaagaactg
gtacgccgaaacaaagccctcgaagaagcgatcgccgtggctcaagtggctgactcggcc
aatcaagccaaaagcgagtttctggccaatatgagccatgaaattcgtacccccatcaac
tcgattatgttggtcagccaactgctagaaggaactaacctcgatacccagcagaaaaaa
ttgctgcaaaccctgaacaataatagcaatcacctgttaaatctcattaacaagatttta
tccctatcgaagctagaatcccgtactcttgagcttgagcatcgcccctttcaccttaac
cagatgttccaagagctttctcacacctttaccccgcaagcacaaagcaaagcaattggc
ctcacctttactattgcctcagaggttcccgatgtcttgatgggagatgactttcgcttg
cagcaagtattcagtaatctcattagtaacgccattaagttcacgttttcgggtcaggta
accgttaccgcaaccctccctaatgacacagtttctcagtcttctcctgtgacattatac
tttaccgtacaagatacgggcattggaattgacccgaccaaacaagacagtttgtttcag
ccttttgtccaggccgacacctccactacccgtcaatttggtggtacagggttagggttg
accatttgtcgccgtattgttcaaagcatgaagggagaaattggcttagatagcagggtg
gggaaaggttccaccttttgggtaaaaataccctttgctctgggtgatggtatccgtctt
cctgaaacggcggaaaccaacaatcccgatccagaacgacaggccactgcgccgactgct
ttgaaaattttactggtggaagattatgaagataatcgctttctgatgttgatgttgctg
gaaaatttgggttatcaggctgactgggtgaccaatggtcaagaatttctcgatcaaaca
gaggaacaggagtatgatcttgtttttttagactgtcagatgcccatattagacggttac
gaggctatacagcgttttcgccagcgagaaggggcaagcaatcatacagtggtaatcggg
atcactgctcatgcaatggaaggcgatcgccagaagtgtttagacgctggcatggatgac
tatttaagtaaacctatcatcatggaaaacttagtcaatttattagaaaaatggtcttga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   CYANOBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (15)   
   Pfam (15)   
All databases (58)   

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