KEGG T01084: 100251243

Vitis vinifera (wine grape): 100251243

Entry

100251243 CDS T01084

Definition

histone acetyltransferase HAC1-like

Orthology

K04498

E1A/CREB-binding protein [EC:2.3.1.48]

Organism

vvi Vitis vinifera (wine grape)

Class

SSDB

Motif

Pfam:

KAT11 zf-TAZ ZZ PHD Aldolase

Other DBs

NCBI-GI:

359483223

NCBI-GeneID:

100251243

Position

AA seq 1722 aa
MNIQAHMSGQMSGQVPNQAGSQLPGLPQQNGSSLPSQIQNLGGHRNTGNMDPDIVRARKS
MQVKIYEYLTQRQSSPYDLQPKKLADIVRRLDDVLFRSAATKEDYANLDTLESRLHGSIK
SLSLSSHNQQFPQAVNSSSAVSTMIPTPGMSHSGSSNLMVTSSVDTSMIAASACNSIAPT
TVNTGSLLPAGGGSSVGIHSSSFNSSDGSLCNGYQQSTSSFSIGSGGNSMMSSMSGQRIT
SQMIPTPGFNSNNNQSYMNSESSNNGGGFSSVESTMVSQPQQQKQHVGGQNIRILHNLGS
QRGSGIRSGLQQKTYGFSNGALNGGFIGNNMQLVNGPSTSDGYLSGTLYGDSSKPLQQQF
DQHQRPLIQGDGYGMNAADPSGSANFYNTVTSAGSMMNTQNLNPVSLQSMSKTNSTLIPN
QSNLQENLLQSHQQQQFQQQPHQFQQQFVPHQRQQKPPSQQHQILIKNDAFGQPQLTSDL
SSQVKAELGGEHHNEILNSQVSDQFQLSELQNQFQQNSSDDHSRGAQLHSLPSGTQEMCS
SVSQNSQQIQQLLHPQQLIAESQNDFSCLSIGEQSESVLHGQWHPQSQGRPQISGNLSHD
QHVQEEFRQRITRHDEAQRNNLSSEGSIIGKTVTPRSTGESQLSAAACKSANSNRERQFK
NQQRWLLFLRHARRCAAPEGKCQDVNCITVQKLWRHMDRCNLPQCSFPRCQHTRVLLHHH
KHCRDPGCPVCIPVKNYLDLQLRARTRPGSDSGLPTPIDGSCKSHDTVETARLTSKASSV
VETSEDLQPSSKRMKTEQPSQSLLPESESSAVLVPVITESHVPQDVQRQEYRHGDVSMPI
KSEFTEVKMEVPVNSGQGSPKISELKKDNLDDIYNQRPDSEPIIYDESAGFAKEENVKLE
KENDQARQENVTQPSESIGTKSGKPKIKGVSLTELFTPEQIRAHITGLRQWVGQSKAKAE
KNQAMERSMSENSCQLCAVEKLTFEPPPIYCSPCGARIKRNAMYYTMGTGDTRHYFCIPC
YNEARGDSVVVDGTSLPKARLEKKKNDEETEEWWVQCDKCEAWQHQICALFNGRRNDGGQ
AEYTCPNCYITEIERGERKPLPQSAVLGAKDLPRTILSDHIEQRLFKRLKQERQERARLQ
GKGFDEVAGAEALVIRVVSSVDKKLEVKQRFLEIFQEENYPTEFPYKSKVILLFQKIEGV
EVCLFGMYVQEFGSECLFPNQRRVYLSYLDSVKYFRPEIKSVTGEALRTFVYHEILIGYL
EYCKKRGFTSCYIWACPPLKGEDYILYCHPEIQKTPKSDKLREWYLSMLRKAAKENIVVD
LTNLYDHFFVSTGECKSKVTAARLPYFDGDYWPGAAEDMIYQLQQEEDGRKLHKKGTTKK
TITKRALKASGQSDLSGNASKDLLLMHKLGETISPMKEDFIMVHLQHACTHCCHLMVSGN
RWVCHQCKNFQLCDKCYEAEQKLEERERHPVNHRDKHLLHPVEINDVPSDTKDKDEILES
EFFDTRQAFLSLCQGNHYQYDTLRRAKHSSMMVLYHLHNPTAPAFVTTCNICHLDIEAGQ
GWRCEVCPDYDVCNACYQKDGGIDHPHKLTNHPSMADRDAQNKEARQLRVLQLRKMLDLL
VHASQCRSPHCQYPNCRKVKGLFRHGIQCKTRASGGCLLCKKMWYLLQLHARACKESECH
VPRCRDLKEHLRRLQQQSDSRRRAAVMEMMRQRAAEVAGNAG

NT seq 5169 nt +upstreamnt +downstreamnt
atgaatattcaggcacatatgtcaggacaaatgtcagggcaggtacctaatcaagctgga
agtcagttgccgggattgccacagcaaaatggaagttctctcccttcccagattcaaaat
ctaggtggtcatcgcaatacaggcaatatggatcccgacattgtgagagcacgaaaaagc
atgcaagtcaaaatctatgaatatcttacacaacgacagtcatctccttacgatcttcaa
ccgaagaagttggcagatattgttagacgcttagacgatgttttattcaggagtgctgcc
acaaaggaggactatgctaatctggataccttggagagccgtttacatggttcgattaaa
agcttgtctctgagtagtcacaaccaacaatttccacaagcagttaattcttcctctgct
gttagtacaatgataccaacacctggtatgtcacacagcgggagctcaaatttaatggtt
acatcttctgtagatacttccatgattgctgctagtgcatgtaatagcatagcacctaca
actgtcaacactgggagcctgttgccagctggcggtgggtcctcagttggcatacacagc
agttcattcaattcatctgatggatccctgtgtaatggatatcagcaatcaacatccagt
ttttccattggctctggtggaaacagcatgatgtcttcaatgagtgggcaaagaatcaca
agccaaatgattcctacgcctggatttaatagtaataataatcagtcttacatgaattca
gaatcttccaataatgggggtgggttttcgagtgttgaatccacaatggtatcacaacct
caacaacaaaagcagcatgttggtggtcaaaacatccgtatattgcacaaccttggcagt
caaaggggtagtggaattaggtccggtttgcagcagaaaacttatggtttttcaaatggg
gctttaaatggtgggtttattgggaacaatatgcaactggtgaatggacccagcacttct
gatggctatctgtctggcacactgtatggtgattcatccaaacctttacagcagcagttt
gatcaacatcagcgaccccttattcagggtgatggatatgggatgaacgctgctgatcct
tctgggtctgcaaacttctataatactgtaacatcagctggatcaatgatgaatactcaa
aatttgaatccagttagcttgcagtcgatgtccaaaaccaactccactttgatacccaat
cagtcgaatttgcaggaaaacctcttacaatctcatcaacagcaacaatttcagcaacaa
cctcatcagtttcaacaacagtttgttccacatcaacgtcaacagaagccaccaagtcag
cagcaccagattttgataaagaatgatgcttttggtcagcctcagctgacatctgatcta
agcagtcaagtaaaggctgagcttggaggggaacaccataacgaaattctgaattcacaa
gtttctgaccagtttcaactttctgagttgcagaatcaattccagcagaactcttctgat
gaccattctagaggtgctcagttgcactctctaccatctggaacgcaggaaatgtgttca
tcagtgtctcaaaattcacaacaaattcaacagttgttacatccacagcagttgattgcg
gagtctcaaaatgattttagctgcctatctattggagaacaatcagaatcagttctgcat
ggtcaatggcatcctcaatcacaaggcaggcctcaaatatcaggcaacttgtcgcatgat
cagcatgtccaagaagagttccgtcagcgaataaccaggcacgatgaagcccagcgcaat
aatttgtcttcagagggatctatcattggtaaaactgttactccccgaagcacaggggag
tctcaattaagtgctgctgcctgtaaatcggcaaacagtaaccgggaacggcagtttaag
aatcaacagaggtggcttttgttcttgcgacatgctcgtcgttgtgcagccccagaagga
aaatgtcaagatgttaattgcattactgttcaaaagttgtggaggcatatggacagatgt
aatctgccacaatgttcatttccccgttgccagcataccagggtattgcttcatcaccac
aaacattgcagggacccaggatgtcctgtttgtattcctgtcaagaattatttggactta
caactgagagcacgcactcgtccaggttctgattctggcttgccaactcctatagatgga
tcctgtaaatcccatgatactgtagagacagctagattgacttcaaaggcttcttcagtt
gttgaaacctctgaagatctgcagccttcatcaaaacgcatgaaaacagagcagccctcc
caatctcttcttcctgaaagtgaaagttctgcagtattggttcctgtaattactgaatct
catgttccacaggatgtacaacgccaagaataccgacatggtgatgttagtatgccaatt
aaatctgagtttacagaagtgaagatggaagttcctgtgaactctgggcagggaagtcct
aagattagtgaactaaagaaggataatttggatgatatctacaaccaaaggcctgatagt
gaacctattatatatgatgagtctgctggttttgctaaggaagaaaatgttaaacttgag
aaagagaatgatcaggctaggcaggaaaatgtgacacagccttctgaaagtattggaacc
aaatctgggaagccaaaaataaagggggtttcattgactgaactgttcacgccagagcaa
atcagggcccatattacaggtctcaggcagtgggttggacagagcaaggccaaggcagaa
aagaatcaagcaatggagcgttcgatgagtgagaactcttgtcagctgtgtgcagttgag
aagcttacttttgaacctccacctatatattgctcaccatgtggtgctcgtattaagaga
aatgcaatgtattataccatgggaactggtgatacgcgacattatttctgtataccatgc
tataatgaagcccgaggagacagtgtcgtggttgatgggacttctcttcccaaagcaagg
ctggagaagaagaaaaatgatgaggagactgaagaatggtgggttcaatgtgacaaatgt
gaagcttggcaacatcaaatttgtgccttgttcaatggtcggaggaatgatggtgggcag
gctgaatatacttgccctaattgctatataacagagattgagagaggagagcgtaaacca
ttacctcagagtgctgttcttggggctaaagatttgccaaggacaattcttagtgaccac
atagaacagcggttatttaaaagactcaagcaggaaaggcaagagagggcaaggcttcaa
gggaaaggttttgatgaggttgctggagctgaagcacttgtgattagagttgtctcatca
gttgacaaaaagttggaagtgaagcagcggttccttgaaatttttcaagaagagaattac
ccaacggaattcccttataaatctaaggtaattttgttgtttcagaagattgaaggagta
gaagtatgcttatttgggatgtatgttcaagaatttggatcagaatgtctattcccaaat
caacgtcgtgtttatctctcatatctggattctgtgaagtacttcaggcctgagattaaa
tcagtgactggggaggctctccgtacatttgtttaccatgaaattctgattggatatctc
gaatactgtaagaagcggggtttcacaagttgctatatatgggcttgtcctcctttgaag
ggtgaagactatatattgtattgccatcctgaaattcagaaaacaccaaaatctgataaa
ctcagagaatggtatttatcaatgttaagaaaagctgccaaggaaaatattgtggtcgac
cttactaatttatatgaccatttctttgtatctactggtgaatgtaagtctaaggtaact
gcagctaggcttccgtatttcgatggtgattactggcctggtgctgcggaggatatgatc
tatcagcttcaacaagaagaagatggcagaaaactacataagaaaggaactaccaaaaag
actataacaaaaagggctctaaaggcatccggtcaatctgatctttctggcaatgcttca
aaggatttactactaatgcataaacttggtgaaaccataagcccaatgaaggaagatttt
ataatggttcacttgcaacatgcatgtactcattgttgtcatctgatggtatctggaaac
cgttgggtttgccaccagtgcaagaattttcagctttgtgataagtgttatgaagcagag
caaaaacttgaagagagagagagacatcctgtcaatcacagggacaaacatctactccat
ccagttgaaatcaacgacgtaccttcagatactaaggataaggatgagattctggagagt
gaattctttgacaccagacaggcatttctgagtctttgtcaaggaaatcattatcaatat
gataccctacgccgggctaaacattcctctatgatggtcctttaccatcttcacaatcca
actgcacctgcttttgtgactacatgtaatatatgtcaccttgacattgaagctggtcaa
ggttggcgttgtgaggtttgccccgattatgatgtgtgcaacgcatgttatcaaaaggat
gggggtattgaccatccacataaattgaccaatcatccgtccatggccgatcgtgatgca
cagaataaagaagcaaggcagctacgagttttacagctaagaaaaatgcttgatctactg
gtgcatgcatctcaatgccgttctccacattgtcaatatccaaactgtcgcaaagtgaag
ggccttttccgccatgggatacaatgcaaaacacgggcgtctggtggttgtcttctctgc
aagaaaatgtggtatctccttcaacttcatgctcgagcttgcaaggaatctgaatgccat
gtaccacgttgcagagatctgaaggagcatttgaggaggctgcagcagcagtctgattct
aggcgaagagctgctgtgatggagatgatgagacagagagctgcagaggttgctggtaat
gctggatga

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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