KEGG   Brassica rapa (field mustard): 103859487
Entry
103859487         CDS       T03449                                 
Name
(RefSeq) histone acetyltransferase HAC5
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
brp  Brassica rapa (field mustard)
Pathway
brp03083  Polycomb repressive complex
brp03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:brp00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    103859487
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    103859487
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:brp03000]
    103859487
   03036 Chromosome and associated proteins [BR:brp03036]
    103859487
   03029 Mitochondrial biogenesis [BR:brp03029]
    103859487
Enzymes [BR:brp01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     103859487
Transcription factors [BR:brp03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    103859487
Chromosome and associated proteins [BR:brp03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    103859487
Mitochondrial biogenesis [BR:brp03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    103859487
SSDB
Motif
Pfam: HAT_KAT11 zf-TAZ PHD ZZ KIX_2 Med15 TryThrA_C
Other DBs
NCBI-GeneID: 103859487
NCBI-ProteinID: XP_009135269
UniProt: M4CBA1
Position
A03:17600297..17608621
AA seq 1603 aa
MAQGQHRSFPQPGQMQSSASVVSSQPNMANGVNQDGIKLRQEMLNRIYVWLQQRQPSKTD
DASKAKLFEVSKRLENAMYKTATSKENYLDFQNFEARINSILKQMFGPRPANPSSSVGMT
VQTPEVSTGLRQSYTATPMVNTSTFNSSNNLADATRVMPTTRMNGGSMINGHQQLSAGFS
VSSNDNGQMIPTPGFNNTDVYQSHQNGDGGNLMAVGRQHAVISYDGMHYNSDQQMGGGFR
SNMHQNASGMINTPQSSGVGMSGNSFQLANGNMSSEGVISSTHFSNSSQPLQQPVDQLQQ
VSHVHRYSMSNSDAFGTGNLYGSSGSMGNAVDMNPMRVDVSFGSNQSSLHAVEKTPLMKR
HLPQQFENRIQENLAQVSPQPVENQFNQAAHHGQYQQQDHLLNNNAYHQSQRASNFVSQV
KHEPRTDYYNEASQLQAINQVDQPKSQNQYSQNTVKDEYVGAQSVQTHQTQQIPQWKDVK
NHSVGVQQVSSIGQWRTSSQILTQTSKDSNGERVRFAVNSCQRLPMLLEASNDSLSVRES
ANCQTVAPHLPEGSNTLSKQLNEDCDSSYINQRRWLLFLLHVRKCNAAEDTCESKYCFTA
KTLLKHINYCKAPACSYQYCLQTRKLIHHNKHCGNEACPVCVYVKNFKEKQKEKIALLRQ
AEPLDHRRKETFQSMRASSGRDSEAPSIVDDLQPSPKRVKVEKPSQFAYPDTHSLPQRRS
VGLGKSHLSMSLQEKYSSLQSDAPMNADSSDSRELERPVCKDTSMRRHAGDSSLNGETVY
SPEPEKPKRMKELSAPKEEKVEQSVAASNSGKSKIKGVSLIELFTPEQVEEHIRGLRQWV
GQSKTKAEKNKAMGLSMSENSCQLCAVERLAFEPTPIYCTPCGARVKRNAMHYTVVVGES
RHYVCIPCYNETRANTVTVDGTPVPKSRFEKKKNDEEVEESWVQCDKCQAWQHQICALFN
GRRNHGQAQYTCPNCYIQEVEQGERKPVSQSVILGAKSLPASNLSNHLEQRLFKKLKQER
QERARVQGKSYDEVPGADSLVIRVVASVDKILEVKPRFLDIFREENYSPEFPYKSKAILV
FQKIEGVEVCLFGMYVQEFGTDSASPNQRRVYLSYLDSVKYFRPDVRTVSGEALRTFVYH
EILIGYLDYCKKRGFSSCYIWACPPLKGEDYILYCHPEIQKTPKTDKLREWYLAMLRKAA
KEKVVVECTNFYDHFFVQSGECRAKVTAARLPYFDGDYWPGAAEDLIDQMSQEEDGKKSH
RKVMPKKVISKRALKAVGHLDLSVNASKDLLLMHKLGEIILPMKEDFIMVHLQHCCKHCC
TLMVSGHRWVCHQCKNFQICDKCHELEKNRVEKERHPVNQREKHVLYPIAIEDVPTEIKD
SDDILESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMILYHLHNPTVPAFPTACAICQ
QELEPAQGWRCEVCPDYEVCSGCYSKGINHPHSLTSRPSGTDSVVQNTQTSQIQTAQLTD
LLLHAMTCFTAQCQYPRCRMIKLLFRHGVACKNRNSCVPCKRMWALLRMHARNCRDPQCR
VPKCRELRAHFSRKQQQADSRRRAAVKEMVRQRAADAATSTSD
NT seq 4812 nt   +upstreamnt  +downstreamnt
atggctcagggacagcatagaagttttcctcagccaggacaaatgcagagttctgcttct
gttgtttcgtctcagcctaatatggctaatggtgtaaaccaagatggtatcaaattgcgg
caggagatgcttaacagaatctacgtttggttacagcagaggcagccttcaaagactgat
gatgcctcaaaggcaaagttatttgaggtttcaaaacggttagaaaatgcaatgtacaaa
acggctacctcaaaggagaattacttagatttccaaaattttgaggctcgcataaattct
attctgaaacaaatgtttggtccacgccctgctaatccctcaagctcggtcggtatgact
gttcagacacctgaggtttcaactggattgcgtcaaagttatacagccacccctatggtg
aatacgagcaccttcaacagtagtaataacttagcagatgcaacaagggttatgccaact
actcgcatgaatggaggttcaatgattaatggtcaccagcaattatctgcggggttctca
gttagttctaatgacaatggccagatgattcctactcctggatttaacaatactgatgta
tatcagtctcatcaaaatggagatggtggcaatcttatggctgttgggaggcaacatgct
gttatttcatatgacggtatgcattacaacagtgatcaacagatgggaggtggtttcagg
tcaaatatgcaccagaatgcgtctgggatgatcaatacacctcaaagttctggtgtaggg
atgagtgggaatagttttcagcttgctaatggtaacatgagctctgaaggggtcataagt
tccactcatttttcaaattcatcccagcctttgcagcagcctgttgatcagttgcagcag
gtgtcacatgttcacagatactcaatgagcaactctgatgcttttgggaccgggaatctc
tatggatcatctggctcaatgggaaatgctgtggatatgaatcctatgagagttgatgtt
tcctttggtagtaatcagtcaagcttacacgcagtggagaagactccattgatgaaacgt
cacctacctcaacagtttgagaatcggattcaagaaaatttggctcaggtgagtcctcaa
ccagtagaaaatcaattcaaccaggcagctcatcatggtcaataccagcaacaagatcac
ttgttgaacaacaatgcttatcatcaatctcagcgagcttcaaattttgttagtcaagtt
aagcacgaacctcgcacagactactacaatgaagcttctcagctacaggctataaatcaa
gtggatcaacccaagtcgcaaaaccagtacagtcagaacactgtcaaggatgagtatgtt
ggtgctcagagtgtacaaactcaccagacacagcagataccacaatggaaagatgtgaaa
aaccactcagttggagtgcagcaagtctcaagtataggtcagtggcgtacatcttctcag
atcttgacacaaacatcaaaagattctaatggagagagagtaaggtttgcggtaaactca
tgtcaaaggttacctatgctgcttgaagctagtaatgatagtttgtctgtaagagagtct
gcaaactgccaaactgttgctccacatctccccgaaggaagcaacacattgagtaaacag
ctgaatgaagattgtgattcaagctatataaaccagaggcggtggcttctgttcctgcta
catgttcgcaaatgcaacgcagcggaggatacctgtgaaagcaagtattgtttcactgcc
aaaacgctactgaaacatatcaactactgcaaggcccctgcttgctcgtatcagtattgt
cttcaaacccggaaactgattcatcataataagcactgcgggaatgaagcgtgtccagtc
tgtgtttatgtcaaaaacttcaaggagaaacaaaaagagaagattgccctcctccgacaa
gctgagcctttagatcatagacgcaaggaaacctttcagtctatgcgtgcttctagtgga
agagactctgaagctccctctattgttgatgatctgcaaccttctcctaagcgtgtgaaa
gtagagaaaccttctcaatttgcttatcctgacacacacagcctcccacagagaagatct
gttggtctcggtaaatctcatttgtcaatgagtttgcaagagaagtatagtagtctacaa
agtgatgcgccgatgaatgcagatagttctgattcccgtgagctggagaggcctgtttgc
aaagatacctccatgagaagacatgctggagactcttcactgaatggtgaaactgtttat
tcaccagagccagagaaaccaaaacgtatgaaagaactaagcgcacctaaagaagagaaa
gtggaacagtctgtagctgcgtctaatagcggaaagtcaaagatcaagggagtctcattg
attgagctgttcaccccagagcaagtagaggagcatatccgcggtcttcgtcagtgggta
ggccagagtaaaaccaaggcagagaaaaacaaagcaatgggactctccatgtccgaaaac
tcctgccagttatgtgctgttgagaggcttgcatttgagccaacacctatttactgcaca
ccttgtggcgcacgtgtcaagagaaatgctatgcactacactgttgtggttggtgagtca
cggcactacgtctgcattccttgctacaatgaaacgcgtgcgaacaccgttaccgttgat
ggaactcctgtgccgaagtcgaggtttgagaaaaagaaaaacgatgaggaggttgaagaa
tcgtgggtgcaatgtgataaatgtcaagcgtggcagcatcagatttgtgctttgttcaac
ggtcgtaggaatcatgggcaagctcagtacacttgtcctaattgctacatacaagaggtg
gagcaaggagaaaggaagccagtttcacaaagtgttattctgggggcaaaaagtttgccg
gccagtaatcttagcaaccatttagaacagcggttgtttaagaaactgaagcaggaaaga
caggagagggctagggttcaaggaaaaagctacgacgaggtccctggagccgactcactt
gttatcagagttgttgcatctgtggacaaaatattagaagtaaagccacgattccttgac
attttcagggaagaaaattactcaccagagttcccttacaagtctaaggccattctggtg
tttcaaaagattgaaggtgttgaagtttgcttatttggcatgtacgtccaagagtttgga
acagattccgcctctcccaatcaacgccgtgtgtacctttcctatctagactcggttaag
tacttcagacctgacgttagaactgtgtctggggaggctcttcgtacttttgtataccat
gagattctgattggttatcttgattactgtaagaaacgtgggttctcaagctgctatata
tgggcatgccctcctcttaagggtgaagattacattctctactgtcatcctgagattcag
aaaacgccaaagactgacaaactaagagaatggtatttagcaatgctaaggaaagcggcc
aaggaaaaagtggttgtggaatgtacaaacttctatgatcatttcttcgtccagtctggt
gaatgtagagctaaggtaacagcagcaaggctgccgtattttgatggggactactggcca
ggcgctgctgaggatcttatagatcaaatgagccaagaagaagatggcaagaagtctcat
agaaaagtaatgcccaaaaaggtcatatcgaaaagggctcttaaagcagtaggtcacctg
gacctttctgttaatgcctcaaaggatctccttctaatgcataaactgggtgagatcatc
ctcccaatgaaggaagatttcatcatggttcatttgcaacattgctgcaagcattgttgc
actctcatggtgtctgggcatcggtgggtgtgccaccagtgtaagaactttcagatttgt
gacaagtgtcatgaattggaaaagaaccgtgtcgaaaaggagagacatccagttaaccag
agggagaagcatgtactatatcctattgccattgaagacgttcctactgagatcaaggac
agtgatgacatccttgagagcgagttctttgatacaaggcaagctttcctaagtctctgc
caaggaaaccactaccaatacgacacgctgaggcgagcaaaacactcttccatgatgatt
ctctatcatctccacaacccaaccgtccctgcatttccaacggcatgcgccatctgccag
caagagcttgagcctgctcaaggctggcgctgcgaggtttgtcctgactatgaagtttgc
agtggttgctactcaaagggcatcaaccatccacacagcctcactagccgaccatctggg
actgattctgtggtacagaacacacaaactagtcaaatccagacagcacagttaacagac
ctgctgctacacgcgatgacatgcttcacggcgcagtgccagtatccgaggtgtcgcatg
attaagcttctcttcaggcatggtgttgcatgcaagaacagaaactcctgcgttccttgt
aagagaatgtgggctctcttacgaatgcacgccagaaactgcagagacccacagtgtaga
gtacccaaatgcagagagttgagagctcattttagtagaaagcaacaacaggcagattca
agacgaagagcagctgtgaaggagatggtgcggcagagagccgctgacgcagcaacctcc
acttctgactga

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (23)   

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