KEGG   Prunus mume (Japanese apricot): 103343166
Entry
103343166         CDS       T03196                                 
Name
(RefSeq) histone acetyltransferase HAC1
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
pmum  Prunus mume (Japanese apricot)
Pathway
pmum03083  Polycomb repressive complex
pmum03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:pmum00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    103343166
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    103343166
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:pmum03000]
    103343166
   03036 Chromosome and associated proteins [BR:pmum03036]
    103343166
   03029 Mitochondrial biogenesis [BR:pmum03029]
    103343166
Enzymes [BR:pmum01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     103343166
Transcription factors [BR:pmum03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    103343166
Chromosome and associated proteins [BR:pmum03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    103343166
Mitochondrial biogenesis [BR:pmum03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    103343166
SSDB
Motif
Pfam: HAT_KAT11 zf-TAZ ZZ PHD
Other DBs
NCBI-GeneID: 103343166
NCBI-ProteinID: XP_008245061
Position
Unknown
AA seq 1740 aa
MNVQTHMSGQISGQVPNQAGTQMPVLPQHNGNSLPPQMQNLGGPARAMSNMDPEILTLRS
IMQEKICQIIQQRQHPQPMSDTKFREIVKKLDEGLLRNAQSKDDYMNMDTLESRLHNLIK
RPQNQSQQYQQLVNSSSPIGTMIPTPGMSHNGNSNMMVTSSVDASMNTTRGSTSIAPTTV
NTGNLLPAGPLHGSSFNRSDGSMSNGYQQSPASFSIGTGGNMSSMGVQRITSQMIPTPGF
NSSSNQSYMNLESSNNGGGFSTVDSSMVTQPQQQKQHIGGQNSRILHNVGSQMGSGIRSG
MQQKPYGLPNGALNGGLGLIGNNLPLVNESGTSEGYMTSTPYANSSKPSQQHFDQHQRPI
MQGDSYGMSNADSFGPGNYYGAATPVGSMLNAQNLNSVNSTPISKTNSPLISNQSNMHGA
QQSVHVKPQQLDQLEKINFQTPLSSRENILHSHQQQQFQHQPNQFQQQQQLVQQQRQQKQ
QNPQPQQMLNNDAFGQSQMTSDLSSAKRDMDHHNEAMHQQSTEPFRLSEMHNQFHQHSVE
DRLRNAQHIPSGQHDISSSLSPTSQQMQHILQPHQLVAESQNDFRSLSVGAQSEPVLQGQ
WHPQSQDGSHRQANVSHEQHVHEDFRQRISGQDEAQCNNSSSEGPNVVQNMGSRSISRPP
NSSSAASRSGYVNRDKWFRNQQRWLLLMLHARCCTAPEGKCREAHCVIVQKLVQHMKSCE
SSECTYSRCRISKLLVLHSQTCKSKKACPVCGPVLNYLNKEKNRRVSDSGLQNSINGSGK
VYDSGDTSARLVLKTAPVVETSEDRQPSMKRMKIEQSSQSVVPDSVSVSSAVKVSAISEP
HVSEDIQIQDYQHSEISMPVKSEFAEVKMEIPVSSGQGSLDEMKDSVDDNCNSRHDGEPV
SYNEPDGLARQENIKLEKETDPAKQENAAQPVENAAATKSGKPKIKGVSMTELFTPEQVR
AHITGLRQWVGQSKAKAEKNQAMEHSMSENSCQLCAVEKLTFEPPPIYCTPCGARIKRNA
MYYTMGAGDTRHYFCIPCYNEARGDTIVVDGTAIPKARLEKKRNDEETEEWWVQCDKCEA
WQHQICALFNGRRNDGGQAEYTCPNCYIQEVERGERKPLPQSAVLGAKDLPRTILSDHIE
QRLFKKLKVERQERARQQGKSYDEVPGAESLVIRVVSSVDKKLEVKQRFLEIFQEENYPT
EFPYKSKVVLLFQKIEGVEVCLFGMYVQEFGAECQFPNQRRVYLSYLDSVKYFRPEVKAV
TGEALRTYVYHEILIGYLEYCKKRGFTSCYIWACPPLKGEDYILYCHPEIQKTPKSDKLR
EWYLAMLRKAAKESIVVELTNLYDHFFVTTAECKAKVTAARLPYFDGDYWPGAAEDLIYQ
MRQEEDGRKQNKKGTTKKTMTKRALKASGQTDLSGNASKDLLLMHKLGETICPMKEDFIM
VHLQYACSHCCILMVSGNRWSCTQCKNFQLCDKCYEAEQKREERDRHPSNQREKHELRPF
DITDVPADTKDKDEILESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMVLYHLHNPTA
PAFVTTCNICHLDIETGQGWRCEVCPEYDVCNNCYQKEGGVDHHHKLTNHPSIADRDAQN
KEARQMRVLQLRKMLDLLVHASQCRSAQCQYPNCRKVKGLFRHGIQCKVRASGGCVLCKK
MWYLLQLHARACKESECHVPRCRDLKEHLRRLQQQSDSRRRAAVMEMMRQRAAELHNNTG
NT seq 5223 nt   +upstreamnt  +downstreamnt
atgaatgtgcagacacacatgtcaggacagatatctgggcaggtgcccaatcaggcaggc
actcagatgcctgtgctgccccaacataatggaaattcccttcctccccaaatgcaaaac
ttaggtgggcctgctcgtgctatgtctaacatggatcctgagattctcacattacgttca
attatgcaagaaaagatatgtcaaattatacagcagcggcaacatccccagccaatgagt
gacacaaagtttagggagattgttaaaaaattggatgagggtttgttgcgaaatgctcaa
tcaaaggatgactatatgaacatggacacgttggagagtcgtttgcacaatttgattaag
cgaccccaaaaccagagccaacagtatcaacagcttgttaattcttcctctcctattggt
acaatgataccgacccctggtatgtcacacaatgggaactcaaatatgatggttacttct
tctgtggatgcttctatgaacactacaagaggaagtactagcattgcacctactacagtc
aacacagggaatctgttgcctgctggccccttacatggcagttcattcaatagatctgac
ggttctatgtctaatggatatcagcaatctcctgccagtttctccattggtactggagga
aacatgtcatcaatgggtgtgcaaagaattactagccaaatgattcctactcctgggttt
aatagcagtagtaatcagtcttacatgaatttggaatcttctaataacgggggtgggttc
tctactgttgattcttcaatggtaacacagccacaacagcaaaagcagcatattggtggt
caaaatagccgtatacttcataacgttggcagccaaatgggcagtggaataaggtctggc
atgcagcagaaaccttatgggttgccaaatggggctctaaatggtgggttgggattgatt
gggaacaatttaccactggttaatgaatctggcacttctgagggctatatgacatcaaca
ccttatgctaactcttccaaaccatcacaacaacactttgatcaacatcagcggcctata
atgcaaggtgatagctatggaatgagtaatgctgattcatttgggcctggaaactactat
ggtgctgcaacgcctgttgggtcaatgttaaatgctcagaatttgaattcagtcaactca
acacctatatccaagaccaactctccccttataagtaatcagtcgaatatgcacggtgca
caacaaagtgtacatgtgaagcctcaacaacttgatcaattagaaaagataaatttccaa
actcctctatcttcaagagagaatatcctccattctcatcaacagcaacaatttcaacat
caacctaatcagtttcaacagcagcagcaattagttcagcagcaacgtcaacagaagcag
cagaatccgcagccccagcagatgttaaacaatgatgcttttggtcagtctcaaatgaca
tctgacctcagcagtgcaaagcgtgatatggaccaccataatgaagctatgcaccaacaa
tctacagaaccgtttcgattatcggagatgcataaccaattccatcagcactctgttgaa
gatcgtttgaggaatgctcagcatatcccatccggtcaacatgatatctcctcttcattg
tctccaacttctcagcaaatgcaacacatattgcagcctcaccaattggttgcagagtct
caaaatgatttcagatctctctctgttggagctcaatcagaaccagtactgcaaggtcaa
tggcatcctcaatcgcaagatgggagtcacagacaggccaacgtgtcccatgagcagcat
gtccatgaagatttccgtcagaggatatctgggcaagatgaagctcagtgtaataattca
tcttcagaaggacctaatgttgttcaaaatatggggtctagaagcatatctcgtcccccc
aattcatcgagtgctgcttctagatctggttatgtcaatcgagataaatggtttcgaaat
caacagagatggcttctgttaatgctgcatgctcgttgttgtacagcccctgaagggaaa
tgtcgagaagctcattgtgtaattgttcaaaaattggtgcagcacatgaagtcctgcgaa
tcttctgaatgcacatatagtcgttgtcgtatttcgaagttattggttctacatagccag
acttgcaaaagcaaaaaagcttgccccgtttgtggccctgtgttgaattatctgaataag
gaaaagaaccgtcgagtttctgattccggtttgcagaactcaataaatggatccggtaaa
gtctatgatagtggggacacttctgctagattggttttgaagacggctccggttgttgaa
acttctgaggatcggcaaccttctatgaaacgcatgaaaatagagcagtcctctcaatct
gttgttcctgatagtgttagtgttagttctgcagtaaaagtttctgccattagcgaaccc
catgtatctgaggatatacagattcaggattaccaacatagtgagatttctatgccagtt
aagtctgagtttgcagaagtgaaaatggaaattcctgtaagttctgggcaagggagtctt
gatgagatgaaggatagcgttgatgataactgcaattcaaggcatgatggtgaacctgtt
tcatataatgagcctgatggtttagcgagacaagaaaacatcaaacttgagaaagaaact
gatccagctaaacaagaaaatgctgcccagcctgtggaaaatgcagctgcaaccaagtct
gggaagcctaaaataaagggggtgtcaatgactgaacttttcactccggagcaagtaagg
gcgcacattacaggtctcaggcagtgggttggccagagcaaagcgaaggcagaaaaaaat
caagcaatggagcattcaatgagtgagaactcctgtcagttgtgtgcagttgagaagctt
acctttgagccaccaccaatatattgcacaccttgcggtgctcgtatcaagcgcaacgcg
atgtattatactatgggggctggtgacacacgacattatttctgtattccatgctataac
gaggctcgtggagacactatagtcgttgatgggactgcgattccaaaggcaaggctggag
aagaagagaaatgacgaggagactgaagaatggtgggtccaatgtgacaaatgtgaagct
tggcaacaccagatttgtgctttgtttaatggccgaagaaatgatggtgggcaagctgaa
tacacttgccctaattgctatatacaagaggttgagaggggagagcgtaagcctttacca
cagagtgctgttctgggggccaaagatttaccgaggacaatattgagtgaccatatagag
caacggttatttaagaaactgaaggtggaaagacaagagagggcgaggcagcaaggaaaa
agttatgatgaggttcctggggcagaatcacttgtaattagagttgtttcatcagttgac
aaaaaattggaagtgaagcagcggtttcttgaaatttttcaagaagaaaattatccaacg
gagttcccatataaatctaaggttgtattattgtttcagaaaattgaaggtgtagaagta
tgcctattcggcatgtatgttcaagaatttggagctgaatgtcaatttccaaatcagcgc
cgtgtatatctatcgtatttggattctgttaagtatttcaggcccgaagttaaagcggtg
acgggagaggctctccgcacatatgtttaccatgaaattcttattggataccttgaatat
tgcaagaaacgagggtttacaagctgctacatatgggcttgtcctcctttgaagggtgaa
gattatattttatattgtcatccggaaattcagaaaacaccaaaatcagataagcttcgt
gaatggtatttggcaatgctcaggaaagctgccaaggaaagcattgttgttgaactcact
aatctatatgatcatttctttgttactactgctgaatgcaaggctaaagtcactgcagct
aggctgccttattttgatggtgactactggcctggtgcagctgaggatctgatttatcag
atgcgtcaagaagaggatgggagaaaacagaataagaaaggaacaaccaaaaagactatg
acaaaaagggctttaaaagcatctggtcagactgatctttctggtaacgcgtcaaaggat
ctgctactaatgcacaaacttggtgaaaccatttgcccaatgaaggaagatttcatcatg
gttcatttgcagtatgcgtgctctcactgttgtatactaatggtatcaggaaatcgttgg
tcctgcacccaatgcaaaaattttcagctttgtgataagtgttatgaagcagagcaaaag
cgggaagaaagagacaggcacccttccaatcagagggaaaaacatgaattgcgtcctttt
gacattactgatgtacctgctgacacaaaggacaaagacgagattcttgagagtgaattc
tttgacaccagacaggcatttctcagtctttgtcaagggaatcattatcagtatgatacc
ctacggcgggctaaacattcctctatgatggtcctttaccatcttcataacccaactgct
cctgcatttgtgacaacatgcaatatatgtcatctcgacattgaaacaggtcaaggttgg
cgttgtgaagtttgtcctgaatacgatgtatgcaacaattgttatcagaaggaaggaggt
gtagatcatcatcataaattgacaaatcatccatccatcgctgatcgtgatgcacaaaac
aaagaagctaggcaaatgcgagttttacagcttaggaaaatgcttgatcttctggtgcac
gcatcacaatgtcgttcagcacaatgtcagtaccccaattgtcgtaaggtgaaggggctt
ttccgccatggaattcaatgcaaagtccgggcatctggaggatgtgttctctgtaagaaa
atgtggtatctccttcaacttcatgctcgagcttgcaaagaatctgagtgccatgtgcca
cgctgcagagatttaaaggaacatttgaggaggctgcagcagcagtctgactcacgaaga
agagctgctgttatggagatgatgagacagagagctgccgagctacacaacaatactggg
tga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   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 (19)   

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