KEGG   Acaryochloris marina: AM1_5892
Entry
AM1_5892          CDS       T00617                                 
Name
(GenBank) chemotaxis response regulator, putative
  KO
K13924  two-component system, chemotaxis family, CheB/CheR fusion protein [EC:2.1.1.80 3.1.1.61]
Organism
amr  Acaryochloris marina
Pathway
amr02020  Two-component system
amr02030  Bacterial chemotaxis
Brite
KEGG Orthology (KO) [BR:amr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    AM1_5892
 09140 Cellular Processes
  09142 Cell motility
   02030 Bacterial chemotaxis
    AM1_5892
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02022 Two-component system [BR:amr02022]
    AM1_5892
   02035 Bacterial motility proteins [BR:amr02035]
    AM1_5892
Enzymes [BR:amr01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.80  protein-glutamate O-methyltransferase
     AM1_5892
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.1  Carboxylic-ester hydrolases
    3.1.1.61  protein-glutamate methylesterase
     AM1_5892
Two-component system [BR:amr02022]
 CheA family
  CheA-CheYBV (chemotaxis)
   AM1_5892
Bacterial motility proteins [BR:amr02035]
 Flagellar system
  Chemotaxis proteins
   Two component system proteins
    AM1_5892
SSDB
Motif
Pfam: CheB_methylest CheR PAS_3 PAS PAS_4 PAS_9 HATPase_c PAS_10 PAS_8 HisKA CheR_N HATPase_c_5 HATPase_c_3 Frigida CENP-F_leu_zip GAS ATV_ORF273 DUF1664 WEMBL HAUS-augmin3
Other DBs
NCBI-ProteinID: ABW30831
UniProt: B0C1J7
Position
complement(5949104..5953612)
AA seq 1502 aa
MNSNDHPSLNADSNTLNTIAPSFYVVAVGASAGGLKPLEVFFENIIPDSGVAFVVIQHLS
PDFKSLMNEILGRRTQMGIQIAEEGMALQPNSIYLIPAGQNMIVRDRCLYLYRQKRDQKP
NFPINLFFQSLADDIQERAIGIVLSGTGSDGTHGLQHIHESGGITLVQDPNTAEFDGMPH
TAISTGCIDYVEAPKVLAQMVNDLGNPAIVPADLVKFSSNLGAEAHQLQKIVELLAKHED
IDFSQYKPSTLGRRVERRRLLTQNNSLNDYASLLTESADERSLLRRDLLINVTQFFRDEK
VWEYLKDKVLRPIIADFPAAETLRIWVTACATGQEAYSMAIIVRELCEELGRQMPIKLFA
TDIDQTALDKAALGSFDESIADYVSVDRLQKYFTYNNGHFTIKRTLREMLIFSPHDLTKN
ASLTRMNVVCCRNVLIYMQPTLQQYVLRNLHFSLNKGGVLLLGTSEDLGELEPEFEVLHS
KNKIFSKFRDQRLNLNYFRTKTIATPVVSGRDPRYRRQADPLTENAFKAHLEELNMTCLL
LDTDEKLLRVCADHLDILRIPEGPATENVRSLLPEVMHLPFISAMSRVLREKQPVQFSSL
LWEHKDGPLDLRFKVSPCQSNCRESMFLRLEISASSRNSPPAQDQAVESSTEVINRIEQL
ELELSYTRENLQATIEELESTNEEQQATNEELIASNEELQSTNEELHAVNEELYTVNNEH
QSKIQELTALSNDIDNLFRSTEIGVVFLDQSLQVRKFTPAANQIFQFLPTDVGRPIRNLA
INVNYPSLIEVLSETARTGKVTEQEINAHGQHLLIRIHPYVDNDNEQQGVVMSIIDITAT
RKVQIELQSQRIKAKLAQDTLEVFQERYQQLYHETPVMMYSLDARGVIIEVSNFWLSKLG
YPRNMTLGATVDIFLNLESQKRFQKLWPRFLESGLSIDIPMQIQTKSGEIIDVLQSMIAE
RDDLGEVSRCLVVSVDISQRKLAEAARLESEQRFRSMADHAPVMIWLTEAPGHCTYLNQE
WLRFTGDSLEQALERGWQDRIHPEDLEESVAAYQQAVTERQPLRLEYRRCDRNGTYCWIL
DTAKPRFLPTGEFAGMIGSCIDISLQKQAEAALELSNLNLEADLAEKDASLHTIEGNLQE
SEARFYSLADNAPVLIWLSDAQGNCTYVNQTWENLTGQSLESQLGDGWLETIHPEDRDRV
KTLFQESCAQQCPFEQEFRQARADGVYRWILATGVPRIAADQFAGLICSCMDISDIKHSQ
KRLEQAIQELQRSNQELEQFAYIASHDLREPLRKIQSFAELLQDDLSTKLDQDQSRYFGY
IMSGAQRMQCLIQDVLQYSRVGRSDQPLELIDLKHVIEIVQSDLSLAIEESQAVIEFDSL
PSIHAHTVEITQVFENLINNAIKFRSSTPPRIQISAEQQPESWTILVKDNGIGIPEDSLE
RVFVMFQRLHYSNQYPGTGIGLALCRKVIESYGGTLTCTSAPGKGATFILQFPLQPVVPI
LQ
NT seq 4509 nt   +upstreamnt  +downstreamnt
atgaattctaacgatcacccatccctaaatgctgattcaaatacgctaaacactattgct
ccttcattctatgtcgttgccgttggagcatccgcaggtggcctgaagcctcttgaagtt
ttctttgaaaatataattcctgactcgggggtggcttttgttgttattcaacatttgtcc
ccagattttaagagtttaatgaatgaaattttgggccgtcgtacccaaatgggcattcag
attgcagaagaagggatggcacttcagcccaattcaatctatttgatcccggcaggtcaa
aatatgattgttcgggaccgttgcctttacctctatcgccagaagcgagaccaaaagccg
aactttcctattaatttattttttcagtccttggcagatgatattcaagaacgtgctatt
ggtattgttctctctggtacagggagcgacggtacccatgggctccaacatatccatgaa
agtggggggattacgttagttcaagaccccaatacggctgaattcgatggtatgccccat
accgctatcagtactggatgtattgattatgtagaagctccaaaagttctggcgcaaatg
gtgaacgatttaggaaatcctgccatcgttccagcagatttagtgaaatttagcagcaac
ttaggtgcagaagcccatcaactccaaaaaattgtagagttgctagccaagcatgaagat
atcgatttttcccaatataaaccatccactctgggccgccgagtcgaacgccgccgactc
ttaacccaaaacaattcactgaacgactatgccagcctcttaaccgaatctgccgatgaa
cgttccctactacgccgggatttactgattaatgtcacccaattctttcgagatgagaag
gtttgggaatacctaaaagataaggttttgcgtcctatcattgcagattttcccgcagca
gaaaccttaaggatatgggtaaccgcctgcgcgacaggtcaggaagcttattccatggcg
attattgttcgagagctgtgcgaggaactgggacgacagatgcccattaagctctttgca
acagacatcgatcagactgctctagacaaagctgcattagggagctttgatgagtctatt
gcggattatgtgagtgtagaccggctgcagaaatatttcacctacaataacggtcacttc
acgattaaacgaaccttgcgagaaatgctgattttctcgccccatgatttaaccaaaaat
gccagtctgacccgcatgaatgtcgtgtgctgtcggaatgtgctgatctatatgcagcct
actttgcagcagtatgtactgcgcaatctgcatttttccctaaataagggcggagttcta
ttattgggaacctctgaagacctaggtgaactagagcctgaatttgaggttttacattct
aaaaataagatattttcgaaattcagggatcaacgcctgaatctaaactattttcgaact
aaaacgattgctacaccagtcgtgtcggggcgagatcctcgctaccgccgtcaagctgac
cctctgactgagaatgcgtttaaagcccatcttgaagaactgaacatgacttgtctgttg
ctggatacggacgagaagttacttcgggtttgtgccgatcacctggatattttacgtatc
ccagaggggccagccactgaaaatgtcagatccttgctccccgaggtgatgcatttgccc
tttatctcggcgatgagtcgagtccttcgagaaaagcagccagtacagtttagcagcctc
ttgtgggagcacaaggatggaccgcttgacttaaggttcaaggttagcccctgccaatcc
aattgccgagaatcgatgttcttgagacttgagatctccgctagctcccgcaattctccc
cctgcacaagatcaggctgtagaaagtagtacggaggtgatcaaccggattgagcagctg
gagttggaactgtcttatactcgcgaaaatctacaggccaccattgaggagttagaaagt
accaatgaagagcagcaggctactaacgaggaactgattgcctctaatgaagagctgcag
agtaccaatgaagaactacatgccgtcaacgaagaactgtacaccgttaataatgaacat
caatctaaaattcaggaattgacagctctgagtaatgacattgataacctgttccgcagc
acagaaattggcgtggtgtttctagaccagagtttgcaagtgcggaaatttacccccgct
gcgaatcaaatttttcaatttctacccacggatgtggggcgtccgattcgaaatttagcc
atcaatgtcaactatccctcgttgattgaagtcctctcggaaacagcccgcactggcaaa
gtcaccgagcaggaaattaacgcccatggacaacacttgctgattcggatccatccctat
gtggataacgataatgagcaacagggagtggtgatgtcaattattgatattacggccact
cgcaaggtccagattgaactccaatctcagcgcattaaagccaagctagcccaggatacc
ctagaggtttttcaagagcgctatcagcagctctaccatgaaaccccggtgatgatgtac
tccttggatgctcgaggagtgattatagaagtcagtaatttctggctctccaaattaggg
tatccccgcaatatgacgttgggggcaaccgtcgatatatttctcaacctagagtcccaa
aagcggtttcaaaagctatggccgcgttttctagagtctggtttgagcattgatataccg
atgcagatacagaccaaatcaggtgagatcattgatgtgttgcaatcaatgattgccgag
cgtgatgatctaggagaagtgtctcgatgcttagtggtttcggtcgatattagccaacgc
aaattggcagaagctgcgagactagagagcgaacagcgatttcgctccatggcggaccat
gcacctgtgatgatctggctcacggaagctccaggacattgcacttatctgaatcaagag
tggctgaggtttaccggggattctctagaacaagcgttagaacgaggttggcaagataga
attcacccggaggatttagaggaaagtgtggcggcttaccaacaggccgttaccgaacgc
cagcccttgcgtttagagtatcgacgatgcgatcgcaacggcacctattgttggatctta
gataccgccaagcctcgatttctacccacaggggaatttgccggcatgattgggtcttgt
attgatatcagcctacagaaacaagccgaagcagctttagaattatccaacctcaatctg
gaagctgatttagctgaaaaagatgcctctttacataccattgaaggtaatttacaagaa
agtgaggctcgattttactccctagcagacaatgctccagttttaatctggctcagtgat
gctcaagggaactgtacctatgtcaatcaaacctgggagaatttgaccggccaatctttg
gagtcccaactgggtgacggatggctagagaccattcatccagaggatcgtgatcgagta
aaaaccttattccaagagagctgtgctcaacaatgtccctttgagcaggaatttcgacaa
gccagagcagatggcgtctatcgttggattttggcaacgggagtccctaggatagcagcc
gatcagtttgctggtttgatttgttcctgtatggatatttccgatatcaagcattctcaa
aagagattagagcaagcgattcaagagctacaacgatcgaatcaggagctagagcagttt
gcctatatcgcttcccacgatttacgggaaccgctccgtaaaatccaaagttttgccgag
ctgttacaagacgatttatcgacaaagctggatcaagatcaaagccgatactttgggtac
atcatgtcaggggcacagcggatgcaatgtctcattcaagatgtgctgcaatactctcgg
gttggacgaagcgaccaacccctagagttgatcgatttgaaacacgtgatcgaaattgtg
caatccgatttaagtttagcgatagaagaaagtcaggctgttattgaatttgactcactc
ccctctattcatgcccataccgtagagattactcaagtttttgaaaatctaatcaataat
gccatcaagtttcgctcttctactccaccgcggattcagatctctgcagaacaacaacct
gaatcttggacaatcttggttaaggataatggaattggaattcctgaagactctttggag
cgtgtttttgtcatgtttcaacgcttgcattattccaatcaatacccagggacaggaatt
ggattggcattatgtcgcaaagttatcgaaagctatgggggaaccctgacgtgcacatcc
gccccaggtaaaggggcaacctttatcctccaattccccttgcagcctgtggtgccgata
ttgcaatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (20)   
   Pfam (20)   
All databases (58)   

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