KEGG   Arabidopsis lyrata (lyrate rockcress): 9318866
Entry
9318866           CDS       T01578                                 
Name
(RefSeq) histone acetyltransferase HAC5 isoform X1
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
aly  Arabidopsis lyrata (lyrate rockcress)
Pathway
aly03083  Polycomb repressive complex
aly03250  Viral life cycle - HIV-1
aly04519  Cadherin signaling
Brite
KEGG Orthology (KO) [BR:aly00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    9318866
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    9318866
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    9318866
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:aly03000]
    9318866
   03036 Chromosome and associated proteins [BR:aly03036]
    9318866
   03029 Mitochondrial biogenesis [BR:aly03029]
    9318866
Enzymes [BR:aly01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     9318866
Transcription factors [BR:aly03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    9318866
Chromosome and associated proteins [BR:aly03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    9318866
Mitochondrial biogenesis [BR:aly03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    9318866
SSDB
Motif
Pfam: KAT3 zf-TAZ PHD KIX_2 ZZ PHD_JHD1
Other DBs
NCBI-GeneID: 9318866
NCBI-ProteinID: XP_002882800
UniProt: D7L0M4
Position
Unknown
AA seq 1657 aa
MAQGQNRTVLQPGQMQNSVAASASSVSSQPNMVNGISRDNLLLRQDMLNRIYAWLQQRQP
SKTDDASKAKLIEVAKRLESAMLRTAKSKEDYLDFRSFDVRIESNLKQLLSQRRANPSSS
VSTMVQTPAVSHGWNQSYTATPMVDTSTFNSSNNLSDATIETGRLLQTNHMNRGSINNGR
QQLSTVGQMIPTPGFDNIANADVYQSHRNEEYSGDGGKLLAAGSDIGNPSQLQKQRPTGS
NDRMLYNLDHQLGGGFRSNIHQNTSGMTNIPLNAGVGMSGNNVNLANGPRSSEGVLSSTH
YSTLSQPLQQPVDQLQVSHVNRYSMSNSGTFGSGNLYGGVTSSGSMETAVDMNSMSQNSM
RRVDASFGSQSSLQNNPLLKPQLHHQFENGNFQSSSSSKENLAQVSRRPLERQFNQQAHH
GQYQQQELLLNNDGYRRSQLASNLVSQVKNEPRVEYYNEAFQMQAINKGEPSKPQNQYKQ
NAVKDEYVGAQSAPVSSSELKMSPSFPPQTHQAQQVSQWKDSSNLSAGVQPVSGLGQWHS
SSQNLTPILKSSNEEREHFGVRFHMQHEGTNNSSSVRESTNCQTVAPRGTLEVPHLPVGN
NALSKQLNGDCGLSYKNQRRWLLFLLHVRKCNAAEDNCESKYCFTAKTLLKHINYCKASA
CAYQYCRQTRQLIHHYKHCGNEACPVCVFVKNFKEKQKEKFTFLKRAEPSSASLKHGPKE
SFESMRTSSEKDSEAPFVVDDLQPSPKRQKVEKPSQFAYPDTQGIPVAISAGVSQAHFSM
GLQEKDRLQSDVCKPVRSNVPMNAGSSDSSRRLVPASRELEKPVYKDGETVRLSKQEKPK
RMTEISAPKEENAEQSLGIVSASNSGKSKIKGVSLIELFTPEQVEEHIRGLRQWVGQSKT
KAEKNKAMGLSMSENSCQLCAVERLAFEPTPIYCTPCGARVKRNAMHYTVVAGESRHYVC
IPCYNEARANTVSVDGASVPKSRFEKKKNDEEVEESWVQCDKCQAWQHQICALFNGRRNH
GQAEYTCPNCYIQEVEQGERKPVSQSVILGAKSLPASTLSNHLEQRLFKKLKQERQERAR
LQGKSYEEVPGADSLVIRVVASVDKILEVKPRFLDIFREDNYSSEFPYKSKAILLFQKIE
GVEVCLFGMYVQEFGTDSASPNQRRVYLSYLDSVKYFRPDVKTVSGEALRTFVYHEILIG
YLDYCKKRGFSSCYIWACPPLKGEDYILYCHPEIQKTPKTDKLREWYLAMLKKASKEKVV
VECTNFYDHFFVQSGECRAKVTAARLPYFDGDYWPGAAEDLIDQMSQEEDGKKSNRKLMP
KKVISKRALKAVGQLDLSVNASKDLLLMHKLGEIILPMKEDFIMVHLQHCCKHCCTLMVS
GNRWVCNQCKNFQICDKCQEVEENRVEKEKHPVNQKEKHVLYPVAIDDIPTEIKDNDAIL
ESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMILYHLHNPTVPAFATACAICQQELET
AQGWRCEVCPDYEVCNACYSKGINHPHSLIGRPSATDSVVQNTQTNQIQTAQLRELLLHV
MACCTAQCQYPRCRAIKGLIRHGLACKTRGCSHCKKMWALFRMHSRNCRDPQCKVPKCRE
LRAHFSRKQQQADSRRRAAVMEMVRQRAADATTSTPD
NT seq 4974 nt   +upstreamnt  +downstreamnt
atggctcaggggcagaataggacagttcttcagccaggacagatgcagaattctgttgca
gcttctgcttctagtgtttcttctcagcctaatatggtcaatggcatatctcgtgataat
ctcttattacgacaggatatgctcaatagaatctacgcttggttacagcagaggcagcct
tcaaagactgatgatgcttccaaggcaaagttaattgaggttgcaaaacggttagagagt
gcaatgttgagaacggctaagtctaaggaggattacttagatttccgaagtttcgacgtt
cgcattgaatctaatctgaaacaacttcttagtcaacgccgtgctaatccttcaagctcg
gtcagtacgatggttcagacacctgcggtttcacatggatggaatcaaagttatacggcc
acccctatggtggatacaagcacattcaatagtagtaataacttatcagatgcaacaatc
gaaaccggacgactattgcaaactaatcacatgaacagaggttcaataaataatggtcgc
cagcaattatctacggttggccagatgattcctactcctggatttgacaatattgctaat
gctgatgtatatcagtctcatcgaaatgaagaatattctggagatggtggcaagcttctg
gctgctgggtctgacattggaaatccatctcagctgcagaagcaacgtcctactggttca
aatgaccgtatgctttacaaccttgatcaccagttgggaggtggtttcaggtcaaatatt
caccagaatacatctgggatgaccaatattccgctaaatgctggtgtagggatgagcggg
aacaatgtaaaccttgctaatgggcccaggagttcggaaggggtcctcagctctacgcat
tattcaacgttatcccaacccttgcagcagcctgtcgatcagttgcaggtgtcacatgtg
aacagatactcaatgagtaactctggtacttttgggtctgggaatctctatggaggtgta
acatcatcgggctcaatggaaactgctgtggatatgaattccatgagccagaattctatg
cggagagttgatgcttcattcggtagtcagtctagtctgcaaaacaatccattgctaaag
cctcaactacatcatcagttcgagaatgggaatttccaatcttcttccagttccaaagaa
aatttggctcaggtgagtcgtcgaccattagaacgtcaattcaaccaacaagctcatcat
ggtcaataccagcagcaagagctcttactgaataatgatggctatcgtcgatctcagcta
gcttcaaatttagttagtcaagttaagaatgaacctcgcgtggaatactacaatgaagct
tttcagatgcaggctataaataaaggagaaccatccaagccgcaaaaccaatacaagcag
aatgctgtgaaggacgagtatgttggtgctcagagtgcacccgtttctagtagcgagcta
aagatgtctccatctttcccaccacaaactcatcaggcacagcaggtatcacaatggaaa
gattcgagcaacctctcagctggagtgcagccagtatcaggtctgggtcagtggcattca
tcttcgcagaacttgacaccaatattaaaaagttctaatgaagagagagaacattttggg
gtaagatttcatatgcagcatgaaggtactaataatagttcgtctgtaagagagtctaca
aactgccaaactgttgctcctagaggcaccttggaggttccacatctcccagtaggaaac
aatgccttgagtaaacagctgaatggagattgtggtctaagttacaaaaatcagaggcgg
tggcttttgttcctgctacacgtacgaaaatgcaatgctgcagaagataactgtgaaagc
aagtattgttttacagccaaaacgctgttgaaacatatcaattactgcaaggcttctgct
tgcgcatatcaatattgtcgtcaaacccgacaattgattcatcattacaagcactgcggg
aatgaagcatgtccagtctgtgtttttgtcaaaaacttcaaggagaaacaaaaagaaaaa
tttaccttcctcaaaagagctgagcctagctcagctagtttaaagcatggacccaaggaa
tccttcgagtctatgcgtacttctagtgaaaaagactctgaagctccatttgttgttgat
gatttgcaaccatctccgaagcgccagaaagtagagaaaccctctcaatttgcttatcct
gacacacagggcatcccagtggcaatatctgctggtgtcagtcaagctcatttttcaatg
ggtttgcaagagaaagataggctacaaagtgatgtttgcaaacctgtcagatcaaatgtg
cctatgaatgcaggtagttctgattcttcaagaaggcttgttccagcttcccgtgagctg
gagaagcctgtttacaaagatggtgaaactgttcgtttatcgaagcaagaaaaaccaaag
cgtatgactgaaataagcgcacccaaagaagagaatgcggaacagtctttaggcattgta
tctgcgtctaatagcggaaagtcaaagatcaaaggagtctcactgattgagttgttcact
ccagagcaagtagaggagcatatccgcggtcttcgtcagtgggtaggccagagtaaaacc
aaggcagaaaaaaataaagcaatgggactctccatgtctgagaattcttgccagttatgt
gctgttgagaggcttgcatttgagccaacacctatttactgcacaccttgtggggcacgt
gtcaagagaaacgctatgcactatacggtagtggctggtgagtcacggcattatgtctgt
attccttgttacaacgaagcgcgtgcaaacactgtttctgttgatggtgcttctgtaccg
aagtcaaggtttgagaaaaagaaaaatgatgaagaggttgaagaatcgtgggtgcaatgt
gataaatgtcaagcatggcagcatcaaatttgtgctttgttcaacggccgtaggaatcat
gggcaagccgagtacacttgccctaattgctatatacaagaagtggaacaaggagaaagg
aaaccggtatcacaaagtgttattctgggggctaaaagtttgccagccagtactcttagc
aaccatttagaacagcggttgttcaagaaattgaagcaggaaagacaagagagggctaga
cttcaaggaaaaagctacgaggaggtcccgggagccgactcgcttgttatcagagttgta
gcatctgtcgacaaaatattagaagtaaagccacgtttccttgacattttccgagaagat
aattactcatcagaattcccttataagtctaaggccattctgttgtttcagaagattgaa
ggtgttgaagtatgcttatttggcatgtatgtccaggaatttggaacagattctgcgtct
cccaatcagcgccgggtatacctttcctatctggactcagttaagtacttcagacctgac
gttaaaacagtatctggagaggccctccgtacgttcgtataccatgaaattctgattggt
taccttgattactgtaagaaacgtgggttttcaagctgctatatatgggcatgcccccct
cttaagggtgaagattatattctatattgccatcctgaaattcagaaaacgccaaaaact
gacaaactaagggaatggtatctagcaatgctaaagaaagcttctaaggaaaaagtggtc
gttgagtgtacaaacttctatgaccattttttcgtccagtctggtgaatgtagagctaag
gtaacagcagcaaggttgccatattttgatggcgactactggccaggtgctgctgaggat
ttaatagatcaaatgagccaagaagaggatggcaaaaagtcaaatagaaaactaatgccc
aaaaaggtcatatcgaaaagggctctaaaagcagtaggtcagttggacctttctgttaat
gcctcgaaggatctcctgctgatgcataaactgggtgagatcatcctcccaatgaaggaa
gatttcatcatggttcatttgcaacattgttgtaagcattgttgcactctcatggtatct
ggaaatcgttgggtgtgcaaccagtgtaagaattttcagatttgtgacaagtgtcaggaa
gtggaagagaaccgtgtggaaaaggaaaaacatcccgtcaatcagaaggagaagcatgta
ctctatcctgttgccattgacgacattcctactgaaattaaggacaatgatgccatcctc
gagagcgagttctttgatactaggcaagctttcctgagtctttgccaaggtaatcactat
cagtacgacacactaagacgggcaaaacattcttctatgatgattctttatcaccttcac
aacccaaccgtccctgcatttgcaacggcatgtgccatctgccagcaagaacttgaaact
gctcaaggttggcgttgcgaagtttgccctgactatgaagtttgcaatgcttgctactca
aaaggtatcaaccatccacatagcctcattggccgtccatctgcgacagattctgttgta
cagaacacacaaactaatcaaattcagactgcccagttaagagagctgctgctacacgta
atggcatgctgcactgcacagtgccagtatccaaggtgtcgcgcgattaagggtctcatt
aggcatggtcttgcctgcaagaccagaggttgcagccattgtaagaaaatgtgggccctc
ttccgaatgcactctcgaaactgcagagatccccaatgcaaagtccccaaatgcagagag
ttgagagctcattttagtagaaagcagcaacaggcagattcaagacgcagagcagcggtg
atggagatggtgcggcagagagctgctgatgcaacgacctccactcctgactga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (13)   

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