KEGG   Gossypium arboreum (tree cotton): 108453179
Entry
108453179         CDS       T05776                                 
Name
(RefSeq) histone acetyltransferase HAC1-like isoform X3
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
gab  Gossypium arboreum (tree cotton)
Pathway
gab03083  Polycomb repressive complex
gab03250  Viral life cycle - HIV-1
gab04519  Cadherin signaling
Brite
KEGG Orthology (KO) [BR:gab00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    108453179
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    108453179
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    108453179
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:gab03000]
    108453179
   03036 Chromosome and associated proteins [BR:gab03036]
    108453179
   03029 Mitochondrial biogenesis [BR:gab03029]
    108453179
Enzymes [BR:gab01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     108453179
Transcription factors [BR:gab03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    108453179
Chromosome and associated proteins [BR:gab03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    108453179
Mitochondrial biogenesis [BR:gab03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    108453179
SSDB
Motif
Pfam: KAT3 zf-TAZ ZZ PHD PHD_JHD1
Other DBs
NCBI-GeneID: 108453179
NCBI-ProteinID: XP_017606623
UniProt: A0ABR0PV70
Position
5:complement(9334816..9345753)
AA seq 1729 aa
MNVQTHMSGQISGQVPNQGGLPQQNGNLLQPSQMQNLGVAGGVSGVLGTSGPSHNMLNMD
PDLMRTRDYMRGEIIKFLKSRQQHPITEASMIKFQDFARRLEEGLFKIARTKEDYTNLST
LEQRLQILIRNSRNVHNQRHAQLVNSGSAPVGTMIPTPGMSHSGNPSLMVTSSIDTSISA
ANASIPPTNVNTGSLLPTAGMNSGSFSRSEGNISNGYPSANFHIASGGMSSIGVQRMASQ
MIPTPGLNSNNNSINNQSCNNVGLSTVESTMSSQPQQQKQHGGQNSRILHTLGSQIGSGI
RSGLQQKTFGFPNASLNGALGMMGNNMLIINEPGTSGGYQTTTPFANSPKPLQQHFDQHQ
RPLMQGDGYGMNNADSFGSGNLYGSATSVGSITNSQNSDPVNLHSISRANSSLISNQSNL
HGMQSAAHMNPQSMDHFEKMNFQPPVSSRDNVLQANQLQQFQQQSLQFQQQQFLQQQHHP
QQNQQHQNLISNNSGYSQPQMASDIGSQVKHEPGAELHGEVLHQQAPGQFQLPESRSQFL
QNHAEQISSQQDMHSSLPQNSQQMQQMLHQHQLVPESQNDYKLSAGAPPESAVQGQWLPH
SQEQSQMPVNMSREQHVQEDFQQRISGQDEAQCNNFSADASTIPKSSSDISNSRGAISKS
GSGSHDRQFRNQVRWLLLLRHARRCKASEGKCDGYCFTVRKLLSHMDSCQSSQCSYPRCH
HSKILIRHHKTCRYPACPVCVPVNNYVQAQKARACLNSTSVLPSSDSISTKTSSSGDIST
RITSTSAAIDTSVDIQPSLKRMKIEQSSQSVIAKSEGPLASGCVVTETHISQDIQRQDYR
YVDRRMPVKSEPMEVKTDVPMSSVKGSPIITEMKDVLEDISKQKSDAEPITSDEFGGLRK
QENAEIEKEPDLVKPENVTQSSEGAAGNKSGKPKIKGVSLTELFTPEQVREHITGLRQWV
GQSKAKAEKNQAMEHSMSENSCQLCAVERLTFEPPPIYCSHCGARIKRNAMYYTVGAGDT
RHYFCIPCHNESRGDSIVVDGTAIPKARLEKKKNDEETEEWWVQCDKCEAWQHQICALFN
GRRNDGGQAEYTCPNCYIEEVERGERKPLPQSAVLGAKDLPRTILSDHIEQRLFRRLKQE
RQERAKVQGKSYDEVPGAEALVVRVVSSVDKKLEVKPRFLEIFQEENYPLEFPYKSKVVL
LFQKIEGVEVCLFGMYVQEFGSECAFPNQRRVYLSYLDSVKYFRPEVKAVTGEALRTFVY
HEILIGYLEYCKKRGFTSCYIWACPPLKGEDYIIYCHPEIQKTPKSDKLREWYLAMLRKA
SKENIVVDLTNLYDHFFQTTGECKAKVTAARLPYFDGDYWPGAAEDLIIQLRQEDGRKLN
KKGTIKKTLTKRALKASGQADLSSNASKDLLLMHKLGETISPMKEDFIMVHLQHCCTHCC
ILMVSGSRWVCNQCKNFQICDRCYETEQKREERERHPFNQREKHVLYPVEITDVPTDTKD
RDEILESEFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMVLYHLHNPTAPAFVTTCNVCH
LDIETGQGWRCEVCPDYDVCNSCYYKDGGIDHPHKLTNHPSLAERDAQNKEARQLRVVQL
RKMLDLLVHASQCRSAHCQYPNCRKVKGLFRHGIQCKKRASGGCVLCKKMWYLLQLHARA
CKESECHVPRCRDLKEHLRRLQQQSDSRRRAAVMEMMRQRAAEVAGNSA
NT seq 5190 nt   +upstreamnt  +downstreamnt
atgaatgtgcagacgcatatgtcaggacagatatctggacaggttcctaatcaagggggg
ttaccccagcaaaatgggaacctgcttcagccttcccagatgcagaatttaggggttgct
ggaggtgtttctggtgttcttggcactagtggtccttcacataatatgttgaatatggat
cctgacctgatgagaacacgtgattacatgcggggagaaatcattaagtttttaaaatca
cgccagcaacatcctattaccgaggcatcaatgatcaagtttcaggattttgcaagacgg
ttggaagaaggtttatttaagattgctcgcacaaaggaggattacaccaatttgagtact
ttagagcaacgtctacagattctaataaggaatagtagaaatgtgcacaaccaaagacat
gctcagcttgttaattcgggatcagcaccagttggtacaatgataccgacccctggcatg
tcacacagtggcaatcctagcctcatggttacatcttctatagatacatctatcagtgct
gccaatgcaagtatacctcctacgaatgtcaatacaggaagtctgttgcctactgctggc
atgaatagtggttccttcagtagatctgaaggaaatatatctaatgggtatccaagtgca
aattttcatattgcttctggtggaatgtcatcaattggtgtgcaaagaatggcaagccaa
atgattcccactcctggattgaatagtaataacaatagcattaataatcagtcttgcaat
aatgttggactttcaactgttgaatcaacgatgtcatctcagccacagcagcaaaagcaa
catggtggtcaaaacagtcgtattttgcacacccttggcagccaaataggtagtggcatc
aggtctggtttgcagcagaaaacttttgggtttcctaatgcttccctaaatggtgcattg
gggatgatgggcaacaatatgctcatcattaatgaaccaggaacttctggaggatatcag
actaccacgccttttgctaattcaccaaaacctttgcaacaacactttgatcaacatcag
cgacccctgatgcaaggtgatggatatggaatgaacaatgctgattctttcgggtctgga
aacttgtatggttctgcaacatctgttggatctataacaaactctcagaattcagatcca
gtcaatttgcactctatatccagagcaaattcttctttgataagcaatcagtcgaattta
catggtatgcaatcggctgcccatatgaatccgcagtccatggatcattttgagaagatg
aatttccaacctccggtttcttcaagagacaatgtccttcaagctaatcagctgcaacag
ttccagcagcagtcccttcagttccagcaacagcagtttctgcaacagcaacaccatcca
cagcaaaatcagcagcatcaaaatttgataagcaataatagtggttatagtcagcctcag
atggcttctgatataggtagtcaagtgaagcatgagcctggagcggaactccatggtgag
gttctacatcaacaagctcctggacaatttcagcttcctgaatcgcggagtcaattcctg
cagaatcatgctgaacagatctctagtcagcaggatatgcattcatcacttccacaaaat
tctcaacaaatgcaacagatgttgcaccaacaccaattggttccggagtcacaaaatgat
tataaactttcagctggagcaccgccagaatcagctgtgcagggccagtggctccctcac
tcacaagagcagtctcaaatgccagtgaacatgtcacgcgagcagcacgtccaagaggat
ttccagcagagaatatctgggcaggatgaagctcaatgtaataatttttctgccgatgca
tccactattcctaaaagctcatcagatatttcaaattcaaggggtgctatctctaaatct
ggaagtgggagccatgacaggcaattccgaaatcaagtgaggtggcttttgttactgcgc
catgctcgtagatgtaaagcatctgagggcaagtgtgatggctattgctttactgtacga
aaattgttatctcatatggattcatgtcaatcatctcaatgttcttatcctcgttgccat
cactccaagatattgatccgtcatcacaagacttgtagatatccagcctgccctgtttgt
gttcctgttaacaattatgtacaggctcagaaggcacgtgcctgtctaaactctacttcc
gttttgccatcatcggacagtatatcgacgaaaacatctagttcgggagacatttcaact
agaataacttctacatctgcagcaattgacacttctgtagacatacagccttcattaaaa
cgcatgaagatagaacaatcttctcaatctgttattgctaaaagtgaaggtcctttagca
tcaggttgtgttgttactgaaactcacatatctcaggatatccagcgtcaagattacaga
tatgttgacaggcgtatgccagttaaatctgagcctatggaagtgaagacggatgtcccc
atgagttctgttaaaggtagtcctattattactgagatgaaggatgttttggaagacatt
agcaaacagaaatctgatgctgagcctattacaagtgatgaatttggtggtcttcgtaag
caagaaaatgctgagattgagaaggaacctgacttggttaaaccagagaatgttacacag
tcttctgaaggtgcagctggaaataagtctgggaaaccaaaaataaaaggggtgtcactg
actgaactgttcaccccggagcaagttcgggagcatattacaggtctcagacaatgggtt
ggccagagtaaagcgaaagctgaaaagaatcaagcaatggagcactctatgagtgagaac
tcctgtcagttatgtgcagttgagagactcacttttgaaccaccacctatttattgtagc
cattgtggtgctcgcattaagcgcaatgcaatgtactacacagtgggtgctggtgataca
cgacattatttttgtattccatgccacaatgaatctcgtggagatagcattgttgttgat
ggaactgccattcctaaggcaaggcttgagaagaagaaaaatgatgaagagactgaagaa
tggtgggttcaatgtgataagtgtgaggcttggcagcatcaaatttgtgctttatttaat
ggtagaaggaatgatggtgggcaagctgaatatacatgccccaattgctatattgaagag
gttgaaagaggggagcggaagcccttacctcagagtgctgttcttggcgccaaagatttg
ccaagaacaatcctcagtgaccacatagagcagcgattatttaggagactgaaacaggaa
agacaagagagggccaaagttcaaggaaagagttatgatgaggttcctggtgctgaggca
cttgtggttagagttgtttcatcggttgacaaaaagctggaagtgaagccacggtttctt
gaaatctttcaagaagagaattatccgctagagtttccatataaatcaaaggtagtttta
ttgtttcagaagattgaaggggttgaagtatgcttgtttgggatgtatgttcaagaattt
ggatcagaatgtgcattccctaatcagcgccgtgtttatctgtcatacctagactcagtc
aagtatttccgtcctgaggttaaagcagttaccggagaggctctccgtacatttgtttac
catgaaatccttattggataccttgaatattgcaagaagcgtggttttacaagttgctat
atatgggcttgccctccactaaagggtgaagattatatcatatattgtcatccagaaatt
cagaaaacacccaaatcagataaactgcgggaatggtatttagcaatgttaaggaaagct
tccaaggaaaacattgtagttgatcttactaatttatatgatcatttcttccaaactacg
ggtgaatgtaaggcaaaggtaacagcagctaggctgccatattttgatggtgattactgg
cctggggctgctgaagatctaattattcagcttcgtcaagaagatggcagaaagctgaat
aaaaaaggaacaatcaaaaagaccctaacaaaaagggctttgaaagcatctggtcaggct
gatctctcttctaatgcatcaaaggatctgctgctgatgcataaacttggtgagaccatt
tctccaatgaaagaggattttatcatggttcacttgcagcattgttgcactcattgttgt
atcctgatggtatctggaagccgctgggtctgtaatcagtgcaagaactttcagatttgt
gataggtgctatgaaacagagcagaaacgtgaagaaagagagagacatcccttcaatcag
agggaaaaacatgttctctatccagttgaaattactgatgtacctactgatacaaaggat
agagatgaaattcttgagagtgaattcttcgatactaggcaggcatttttgagtctttgt
caagggaatcattatcagtatgataccctaaggcgggccaaacattcctcaatgatggtt
ctttaccatctgcacaatccaactgcccctgcatttgtcacaacctgtaatgtatgccat
ctggacattgaaactggtcaaggctggcgctgtgaagtgtgtcctgattatgatgtgtgc
aactcctgttactacaaggatgggggcattgatcatcctcataagttaacgaatcatcca
tccttggctgaacgtgatgcacaaaataaagaggcaaggcaactacgggttgtgcagctg
aggaaaatgcttgaccttttggttcatgcatcacaatgtcgttctgcacattgccaatac
ccaaattgtcggaaagtgaaggggcttttccgccatggaatacaatgcaaaaaacgtgct
tctggtggttgtgtactttgcaagaaaatgtggtatctactacaacttcatgctcgagca
tgcaaagaatctgaatgccatgtaccacgttgcagagatctaaaggaacatttgaggagg
cttcaacagcagtctgattctcggcgaagggctgctgtgatggagatgatgagacaaaga
gcagcagaggttgctggtaactctgcgtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (5)   
   Pfam (5)   
All databases (14)   

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