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KEGG   Theobroma cacao (cacao): 18602114
Entry
18602114          CDS       T02994                                 
Name
(RefSeq) histone acetyltransferase HAC12
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
tcc  Theobroma cacao (cacao)
Pathway
tcc03083  Polycomb repressive complex
tcc03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:tcc00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    18602114
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    18602114
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:tcc03000]
    18602114
   03036 Chromosome and associated proteins [BR:tcc03036]
    18602114
   03029 Mitochondrial biogenesis [BR:tcc03029]
    18602114
Enzymes [BR:tcc01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     18602114
Transcription factors [BR:tcc03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    18602114
Chromosome and associated proteins [BR:tcc03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    18602114
Mitochondrial biogenesis [BR:tcc03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    18602114
SSDB
Motif
Pfam: HAT_KAT11 zf-TAZ PHD Pepdidase_M14_N
Other DBs
NCBI-GeneID: 18602114
NCBI-ProteinID: XP_007033362
Position
4:complement(22095523..22105040)
AA seq 1461 aa
MNQQTLEYPFKVLNVNPTPSFMPNRMVMPTSGLVQDGNLAIPDALKVLNVNPTPSFMSNS
MMMPTSGLVQDGNLAIPGGLFNQNQLNDVTMDYKEIVDDPNQFGFLKEFFGDRHKAQTAG
YTTMDWNIAPALGMLPVEGEMVLSSGQASTITSCYGGDGFSDVGSLESRPPFSKGKLLHL
YDGKINMMDHIGWLGNNQSSDSMVFPHILGGSLAFSEANTQTSQEILQELSEVPDILPGL
NSAMASSTIIPYMQSSRPSEAEAKCSFTGKNQSYCPVEAKTAGHFPQLPLENAPADSRNQ
LTWAIQHRVLLAYIQYKKSMVIIGNSQVSFVNHMHSATCNKHACKCEQFFSLVSHFDGCH
DADCNICSPVWYSCVTNKPHPKFERVKRGLLRDGDSDQPSCGSSETMQPSLKRLKVENPL
CPSLTENGICCAKAPLKVQPCYAKLPPLRQLPESPVSNNSEVMEVNMELLPKLIEASMST
KDISYNVADNFPILPTENLPGASEVVVCSYKLEETDAVGSEKEGGMDFRSDTDIADNVID
HSNILESNTLPSFSEGLAAGYEEEETEARTNSNQAELAIENELITQESNCGKELSAGCEE
GETEATTNSNQAALAIEDELIAQESNCGKELDAGCEDGETEAKTNSNLAELAMENKLIAP
ELNCGKEIELESQTIRGLSLIENFTAQQIKEHISSLRQCIDQDIPKKERGKRISNVYSEN
SCQLCGADKLSLAPAPIYCSSCGNRIRRSANYYITPEEKDIRICLCTSCYKVSRGRSIVF
SGIALSKAKLDKIKNEEEAEESWVQCDKCEGWQHQICALFNDKNDMEGKAQFICPICCLK
EIQSGERMPPLMSTVFGAKDLPCTMLSDHIEQRLFRRLQKEREEKARVTGKRIDEVPEAE
GLVVRVVVSVDKHVKVKKQLLEIVQNENYPAEFPYKSKVILLFQKIDGVDVCLFSMYVQE
FGSECGHPNQRCVYIAYLDSVKYFRPETKTAAGEALRTVVYHEILIGYLEYCKKRGFATC
YLWACPPLKGEDYILNCHPEIQKTPKTDKLRQWYQFMLQKAAKEKVVVGLTNLYDHFFVS
TGKYNSKVTAAHLPYFDGDYWSGAAEDVINNIEKASSEDPKKMGKRIMSKRTLKAMGHTN
PSGDATKDILLMQKLGQTILPIKEDFIIAHLQFVCIHCHRAILSGWRWFCSLCKGFQLCE
RCHDAEQNVYKDCSHTLCNGEKHALCKIMVDDVPSDTDDTDASMDNGLFGNRHSFLSFCQ
KNSHQFDTLRRAKHSSMMILHYLHNSTLLTAETTCIICYKDTPMDQSWLCEICPNVAVCA
ACYRRDGCSLHIHKLILHCSAVDSATKNREAKKKELLKMRLLDVLLHACQCRSPCSYPNC
LLIKKLFFHAKKCTVRISGGCEHCKKMWLILRLHSRNCKDSDCDVPRCRDLKQHVNSRLQ
QLEEAAHEEPPIVPDQMGQRI
NT seq 4386 nt   +upstreamnt  +downstreamnt
atgaaccagcagactttggagtaccctttcaaagttcttaatgtaaatcctactccctcg
ttcatgcccaacagaatggtgatgccaacttcgggcttggtgcaagatggcaacttagcc
attcctgatgctttaaaagttcttaatgtaaatcctactccctcattcatgtcgaacagt
atgatgatgccaacttcaggtttggtacaagatggcaatttagccattcctggtggactt
tttaatcaaaatcagttaaatgatgtgacaatggattacaaagagattgttgatgaccct
aatcaatttggcttcttaaaagaattctttggtgatagacacaaggcacaaactgctgga
tacaccactatggattggaatattgcgccagccttgggtatgctgccggttgagggtgag
atggtcctttcctccggacaggcctcaaccatcactagttgttatggtggggatggcttt
tctgatgtcggatctcttgaaagtaggccacccttttcaaagggaaaattactacatctt
tatgatggcaaaataaatatgatggatcacataggttggttggggaataatcagagctct
gattccatggttttcccacatatactaggaggatccttggcattttctgaagcaaataca
cagacctcgcaggaaattttacaggaactttctgaagtgcctgatatattgcctggtctg
aactcagccatggctagttcaactattattccgtacatgcagtcttctagaccatctgag
gctgaagcaaaatgttctttcactggaaaaaatcaatcttactgtccagtagaggcaaaa
actgcaggtcattttcctcagctccctttagaaaatgcaccagcagattcaaggaatcaa
ttgacatgggctatccagcatagggttttacttgcttatatccagtacaagaaatcaatg
gtgattataggcaattctcaagtttctttcgtgaaccatatgcattctgcaacctgcaac
aaacatgcatgtaaatgtgaacaatttttctcacttgtatcacattttgatggctgtcat
gatgctgattgtaatatatgcagtcctgtttggtatagttgtgtcaccaataaacctcac
cctaagtttgaacgtgtaaaaagaggtcttttaagggatggagattctgaccagcccagc
tgtggtagttcagaaaccatgcaaccttctttgaagcgtttgaaggtagaaaatcctctt
tgtcctagcttgactgagaatggtatatgttgtgcaaaggctccactgaaggttcaacca
tgttatgccaagcttccacccttgcggcagttgccagaatctcctgtatctaataattct
gaggttatggaggtgaacatggaattgctaccaaagcttatagaagcttctatgagcact
aaagatattagttataatgttgcagataattttcctatattgcctactgagaatttgccg
ggtgcttcagaagtggttgtctgcagttataaattggaggaaacagatgctgttggcagt
gaaaaagaagggggtatggacttcagaagtgataccgatattgcagacaatgtaatagat
cactccaacattttggaatccaatactttgcccagcttctctgaaggacttgctgctggt
tatgaagaggaagaaacagaagccaggactaattccaaccaggcagagctagcaatagag
aatgagctcattacacaagaatcaaattgcggaaaggaactttctgctggttgtgaagag
ggagaaacagaagccacaactaattccaaccaggcagctctagcaatagaggatgagctc
attgcacaggaatcaaattgtggaaaggaacttgatgctggttgtgaagatggagaaaca
gaagccaagactaattccaacctggcagagctagcaatggagaataagctcattgcaccg
gaattgaattgtggaaaggaaatagagttggagagtcaaacaataaggggtttgtcctta
attgaaaatttcacagcccagcaaataaaggaacatatatcaagtctcaggcagtgcata
gatcaggatataccaaagaaagaaaggggaaagagaataagcaatgtctacagtgagaac
tcatgccagttgtgtggagcagataagctttcacttgccccagcaccaatatattgttca
tcatgtggtaatcgtatcaggcgcagtgcaaactattatatcacacctgaagaaaaggac
atcagaatttgtctttgtacctcatgctataaggtatctcgggggaggagcatcgtgttt
tctgggattgctctttccaaggcaaagctggataaaattaagaacgaggaggaagctgaa
gaatcgtgggttcagtgtgataaatgtgaaggctggcaacaccagatatgtgccctcttt
aatgataaaaatgatatggaaggaaaagctcagttcatctgcccaatatgctgcctaaaa
gaaattcaaagtggagaacgtatgcccccactgatgagtactgtttttggtgcaaaagat
ctcccgtgtaccatgcttagtgaccacatagagcaaagactctttaggcgtcttcaaaaa
gaaagagaagagaaagcaagggttacaggaaagcgcattgatgaggttcctgaagcagaa
ggtcttgttgttagagtggtcgtatctgttgacaaacatgtaaaagtgaagaagcagctt
ttagaaatagttcagaatgagaactaccctgctgagtttccgtacaagtcaaaggttatt
cttttgtttcagaagattgacggggtagatgtatgcctttttagcatgtatgtccaggag
tttggctcagaatgtggtcacccaaatcaacgctgtgtttatattgcatatcttgattct
gtgaagtactttaggcctgagacaaaaactgcagctggagaagctcttcgaactgttgtt
taccatgaaatattgattggataccttgaatactgcaagaaacgagggtttgcaacctgc
tatttatgggcctgtccacctttgaaaggagaagattatatcttaaactgccacccagag
attcagaaaacgccaaagaccgataagctgcggcagtggtatcagttcatgctacaaaag
gctgctaaagagaaagtggtggttggtttgacaaacttgtatgatcacttttttgtttcc
actgggaaatacaactccaaggtgacagcagctcatttgccatattttgatggtgactac
tggtctggtgctgctgaggatgtgataaataatattgagaaagcaagttcagaagaccca
aaaaagatgggcaaaagaataatgtcaaagagaacattgaaagctatgggacacacaaat
ccttctggtgatgccactaaggatattctgctgatgcaaaagctggggcaaactatttta
cctattaaggaggactttatcattgcccacttgcagtttgtgtgcatacattgtcataga
gctatactatctggatggcgatggttttgcagcctgtgtaaaggctttcagctatgtgaa
aggtgccatgatgcagagcaaaatgtctacaaggattgctctcacactttatgtaatggg
gaaaaacacgcactgtgtaagattatggtggatgatgtgccttctgatactgatgataca
gatgccagtatggataatggtttatttggaaataggcatagttttttgagcttctgtcag
aagaacagtcatcagtttgacacacttcgtcgggccaagcattcctcaatgatgatccta
cattaccttcacaattcaaccttgctgactgctgagaccacctgtattatttgttacaag
gacacaccaatggaccagtcctggctatgtgagatctgccccaatgttgctgtttgtgct
gcatgttaccgaagagatggttgttctttgcatattcataagttgattctgcattgttct
gcagttgattctgcgaccaaaaatagagaggccaagaagaaggaattactgaaaatgcga
ctgctggatgttttgctgcatgcctgtcaatgtcgctccccctgctcctaccctaattgt
cttctcatcaaaaagctattcttccatgcaaaaaagtgcactgtcaggatttctgggggt
tgtgagcattgtaagaagatgtggctcatattgagactgcactccagaaattgcaaagac
tctgattgtgacgtaccacgctgcagggatttaaagcaacatgtcaacagccgtctgcaa
caattggaagaggctgcacatgaagaaccaccgatcgtacctgatcagatgggtcagaga
atttaa

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Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (72)   
   KEGG ORTHOLOGY (1)   
   RefGene (68)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (87)   

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