KEGG   Arabidopsis thaliana (thale cress): AT1G32750
Entry
AT1G32750         CDS       T00041                                 
Symbol
HAF01
Name
(RefSeq) HAC13 protein (HAC13)
  KO
K03125  transcription initiation factor TFIID subunit 1 [EC:2.3.1.48 2.7.11.1]
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:ath00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    AT1G32750 (HAF01)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ath01001]
    AT1G32750 (HAF01)
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:ath03021]
    AT1G32750 (HAF01)
   03036 Chromosome and associated proteins [BR:ath03036]
    AT1G32750 (HAF01)
Enzymes [BR:ath01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     AT1G32750 (HAF01)
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     AT1G32750 (HAF01)
Protein kinases [BR:ath01001]
 Serine/threonine kinases: Other
  TAF1 family
   AT1G32750 (HAF01)
Transcription machinery [BR:ath03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     AT1G32750 (HAF01)
Chromosome and associated proteins [BR:ath03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    AT1G32750 (HAF01)
SSDB
Motif
Pfam: DUF3591 Bromodomain TBP-binding ubiquitin zf-CCHC_6 Rad60-SLD Ubiquitin_5 DRHyd-ASK
Other DBs
NCBI-GeneID: 840169
NCBI-ProteinID: NP_174552
TAIR: AT1G32750
UniProt: Q8LRK9
Position
1:complement(11846247..11856765)
AA seq 1919 aa
MAESNGKGSHNETSSDDDDEYEDNSRGFNLGFIFGNVDNSGDLDADYLDEDAKEHLSALA
DKLGSSLPDINLLAKSERTASDPAEQDYDRKAEDAVDYEDIDEEYDGPEVQVVSEEDHLL
PKKEYFSTAVALGSLKSRASVFDDEDYDEEEEQEEEQAPVEKSLETEKREPVVLKEDKAL
EYEEEASILDKEDHMDTEDVQEEEVDELLEGTLDDKGATPLPTLYVEDGMVILQFSEIFA
IHEPPQKRDRRENRYVTCRDKYKSMDISELVEDDEEVLLKSHGRIDTHVEQADLIQLDVP
FPIREGLQLVKASTIGGITPESREFTKLGRDSCIMGELLKQDFIDDNSSLCQSQLSMQVF
PLDQHEWERRIIWEHSPEISGNSGEIFEPGLEPEGMLVKGTNSETEQESLNVVNSRVQVQ
ADNNMFVPFSANLLESFGSRGSQSTNESTNKSRHHPQLLRLESQWDENHLSGNDEAGVKK
IKRLEKDALGRFSRLVLRERDLGDEAWLDSIIWDSEKELSRSKLIFDLQDEQMVFEIFDN
EESKNLQLHAGAMIVSRSSKSKDETFQEGCESNSGWQFNLSNDKFYMNGKSSQQLQANTN
KSSVHSLRVFHSVPAIKLQTMKSKLSNKDIANFHRPKALWYPHDNELAIKQQGKLPTRGS
MKIIVKSLGGKGSKLHVGIEESVSSLRAKASRKLDFKETEAVKMFYKGKELDDEKSLAAQ
NVQPNSLVHLIRTKVHLWPWAQKLPGENKSLRPPGAFKKKSDLSTKDGHVFLMEYCEERP
LMLSNAGMGANLCTYYQKSSPEDQRGNLLRNQSDTLGNVMILEPGDKSPFLGEIHAGCSQ
SSVETNMYKAPIFPQRLQSTDYLLVRSPKGKLSLRRIDKIVVVGQQEPRMEVMSPGSKNL
QTYLVNRMLVYVYREFFKRGGGEHPIAADELSFLFSNLTDAIIKKNMKIIACWKRDKNGQ
SYWTKKDSLLEPPESELKKLVAPEHVCSYESMLAGLYRLKHLGITRFTLPASISNALAQL
PDEAIALAAASHIERELQITPWNLSSNFVACTNQDRANIERLEITGVGDPSGRGLGFSYV
RAAPKAPAAAGHMKKKAAAGRGAPTVTGTDADLRRLSMEAAREVLIKFNVPDEIIAKQTR
WHRIAMIRKLSSEQAASGVKVDPTTIGKYARGQRMSFLQMQQQAREKCQEIWDRQLLSLS
AFDGDENESENEANSDLDSFAGDLENLLDAEEGGEGEESNISKNDKLDGVKGLKMRRRPS
QVETDEEIEDEATEYAELCRLLMQDEDQKKKKKKMKGVGEGMGSYPPPRPNIALQSGEPV
RKANAMDKKPIAIQPDASFLVNESTIKDNRNVDSIIKTPKGKQVKENSNSLGQLKKVKIL
NENLKVFKEKKSARENFVCGACGQHGHMRTNKHCPRYRENTESQPEGIDMDKSAGKPSSS
EPSGLPKLKPIKNSKAAPKSAMKTSVDEALKGDKLSSKTGGLPLKFRYGIPAGDLSDKPV
SEAPGSSEQAVVSDIDTGIKSTSKISKLKISSKAKPKESKGESERRSHSLMPTFSRERGE
SESHKPSVSGQPLSSTERNQAASSRHTISIPRPSLSMDTDQAESRRPHLVIRPPTEREQP
QKKLVIKRSKEMNDHDMSSLEESPRFESRKTKRMAELAGFQRQQSFRLSENSLERRPKED
RVWWEEEEISTGRHREVRARRDYDDMSVSEEPNEIAEIRRYEEVIRSEREEEERQKAKKK
KKKKKLQPEIVEGYLEDYPPRKNDRRLSERGRNVRSRYVSDFERDGAEYAPQPKRRKKGE
VGLANILERIVDTLRLKEEVSRLFLKPVSKKEAPDYLDIVENPMDLSTIRDKVRKIEYRN
REQFRHDVWQIKYNAHLYNDGRNPGIPPLADQLLEICDYLLDDYEDQLKEAEKGIDPND
NT seq 5760 nt   +upstreamnt  +downstreamnt
atggctgaatccaatggcaagggttcccacaacgagacttcctcagatgacgatgatgaa
tatgaggacaacagcaggggttttaaccttggattcatctttggaaatgttgataactct
ggggacttggacgctgattaccttgatgaggacgccaaagaacatctttctgcattggca
gataagctgggttcatctctaccagatataaatttattggcaaaatcagaacgtacagca
agtgatccagctgagcaagattatgatagaaaagctgaggatgctgttgattatgaggat
attgatgaagagtacgatgggcccgaagttcaagtagtcagtgaggaagatcatctactg
ccaaaaaaggagtatttttcgactgcagttgctttgggtagtttaaagtccagagcttct
gtgtttgatgatgaagattatgacgaggaagaagaacaagaggaggagcaagcgccagtt
gaaaaatctcttgaaactgaaaagagggaaccagttgtcttaaaggaagacaaggccttg
gagtatgaagaggaggctagcatcttggataaagaggatcatatggacaccgaagatgtc
caggaggaggaggtggatgagttattggaaggtacattggatgacaaaggcgccacccca
ctgcctacgttgtatgtggaagatggtatggttatcttacagttctccgagatatttgct
atccatgagcctccacagaaacgggataggagagaaaatagatatgtcacttgtagagac
aaatacaaatctatggatatatctgagcttgttgaagacgatgaggaggtactcctgaag
agccatggtaggattgatactcatgtagaacaagctgatctgattcagctggatgttccc
tttccaattagagagggtttacagctggtaaaagctagcacaataggtggtatcacacca
gaatcaagagaatttacgaagctaggaagagattcatgtattatgggtgaactgttgaag
caagacttcatagatgataattcatctctgtgccaatctcaattatcgatgcaagttttt
cctcttgaccagcatgaatgggaacgtcggattatttgggaacattctcctgaaattagt
ggtaattctggtgagatcttcgaacctggacttgagccggaaggtatgctggttaaagga
acaaattcagagactgaacaagaaagcttgaatgtggtgaactctagagtgcaagttcaa
gcggacaataatatgtttgtgcctttttctgccaatctgttggagtcttttggctcaaga
ggttcccagtcaacaaacgagtccactaacaaaagtagacatcatccacaactgctaaga
ttagaatcccagtgggatgagaatcatcttagtggaaatgatgaagctggagtaaagaag
attaagcgacttgaaaaagacgcccttgggcgctttagcagacttgtattgcgagagagg
gatttgggggatgaggcatggttagatagtataatatgggactcagagaaagagttgagc
agatctaaactaatttttgatcttcaagatgagcaaatggtctttgaaattttcgataac
gaggaaagcaaaaatcttcaacttcatgctggagctatgattgtatcccggtcttcaaaa
tccaaggatgaaacctttcaagaaggctgtgaatcaaattctgggtggcaatttaatctt
tccaatgacaagttttatatgaatgggaaaagctctcagcaactgcaggcaaatactaat
aaatccagtgttcatagtttgagagtttttcattcagtaccagcgattaaactgcagacg
atgaagagtaaattgagcaataaagacatagcaaattttcaccggcccaaagctttatgg
tatccacatgacaatgagctagccattaaacagcaaggaaagttaccgacccgaggatcc
atgaaaattatagttaagagcctggggggtaaaggaagcaagctacacgttggcatagag
gaatctgtctcttctttaagagccaaggcttctagaaagctagattttaaggaaacagaa
gcagtgaagatgttctataagggaaaggaacttgacgatgaaaagtctcttgctgcacaa
aatgttcaaccaaattccttggttcatcttatacgtactaaagtacatctgtggccatgg
gcacagaagctacctggcgaaaataaatctttgagacctcctggggcattcaaaaagaaa
tctgacctatctactaaagatggccatgttttcttgatggagtactgcgaggagaggccg
ctgatgctcagcaatgcaggaatgggtgcaaatttgtgcacatattatcagaagtcatcc
cctgaggatcaacgtggcaacttgctgcgcaatcaaagtgacaccttagggaatgtgatg
attctagaacctggggacaaatctcctttccttggggagatacacgctggttgcagtcag
tcatctgttgaaacaaatatgtataaagcacctatttttccgcagagattgcagtcaaca
gattacttgttggtccggtctcctaaaggaaagctctctctaaggcgtattgacaagata
gttgttgtcggacaacaggaacctcgcatggaagtaatgtctcctggatcaaagaatcta
cagacttatttagtgaacagaatgttggtttatgtgtaccgagaattttttaagcgtggt
gggggggagcacccaattgctgcagatgagctgtctttcttattttctaacttgacagat
gcaatcatcaagaagaatatgaaaattattgcttgttggaagagggataaaaatggccag
tcttattggaccaaaaaagatagtttactagaacctcctgagagtgagctgaaaaagctt
gtggcaccagagcatgtatgttcttatgagagtatgctagctgggctgtatcggctcaaa
catttagggatcacccggtttacattacctgccagtatatcaaatgcattggctcagctc
ccagacgaagctattgctcttgctgctgcatcacatattgagcgggagttgcagattact
ccatggaacctgagcagtaattttgttgcttgtacaaatcaggacagagcaaatatagag
cggttggaaattactggggttggtgatccctctggacggggtctaggatttagctacgtc
agagctgcgccaaaagcaccagctgcagccgggcatatgaagaaaaaggcagcagccggc
cgtggagccccaactgtcactggtacagatgctgatcttcgcagattaagcatggaagca
gctcgagaggttcttatcaagtttaatgtccctgatgagataattgccaagcaaactcga
tggcatcgtatagctatgatacggaagctatcaagtgagcaggctgcatccggtgttaag
gttgaccctacaaccataggcaagtatgctcgtggccagagaatgtctttcctgcagatg
caacagcaggcccgagaaaagtgtcaggagatttgggatagacagcttttgtccctttca
gcttttgatggtgatgagaatgaaagcgaaaatgaggcgaatagtgacttggactccttt
gccggagatctggaaaatctacttgatgctgaggaaggtggggagggggaagaatctaac
atttctaagaatgacaaattggatggagttaaaggtctcaagatgagacggcggccatct
caagttgagacagatgaagagattgaagatgaagctactgaatatgctgagttatgccga
ctgctgatgcaagatgaggatcagaagaagaaaaagaagaagatgaaaggtgtgggagag
ggaatgggctcttatcctcccccacgacccaatatagctttgcagagtggtgaacctgta
cgaaaggccaatgccatggacaagaaacctattgccatccaacctgatgcatcgttctta
gtaaatgagagcaccatcaaagacaacagaaatgttgattctattataaagacccccaaa
ggtaaacaggtaaaagagaacagcaattctttgggccagttgaagaaggtcaaaatactg
aacgaaaacctaaaggtattcaaggaaaagaaatcggcgagagagaactttgtttgtgga
gcctgtggtcagcatgggcacatgagaaccaataaacactgcccaagatacagggaaaat
acagaatcacaacccgaaggcatagatatggataagtctgccggaaaaccgagttcttca
gaaccatcaggtctgcccaagctgaaacctattaagaacagcaaagctgcgccaaaaagt
gcaatgaaaacttctgtagatgaagctctgaagggagataagttaagttccaaaactggg
ggtctccctctgaagtttagatatggtatccccgctggagatttgtcagataaacctgtt
tctgaagctccaggaagttctgagcaagcggtggtgtctgacatagacactgggattaag
tccacatctaagatcagcaaactcaagatttcaagtaaggcaaaacctaaagaatcaaag
ggtgaatctgagagacgttcacattcattgatgcctacatttagcagagagagaggggag
agcgaatcacacaagccttccgtctctggacaacccttgtctagtacagagagaaatcag
gcagcctcaagcaggcacactatttctatcccgcggccatcattaagtatggacacagat
caagctgaatcgcgtaggcctcatcttgtgatacgaccaccgacagaaagagaacagcct
cagaagaaacttgttataaaacgttcgaaagagatgaatgatcatgacatgagtagtctt
gaagagagtccacggtttgagtcccggaaaacaaaaagaatggcagaactggcgggtttt
cagaggcagcagagctttagattgtcagagaattctctggagcggagaccgaaagaggat
agagtatggtgggaagaagaggagataagtacgggaagacatagggaagtaagggcgaga
agagattatgatgatatgagtgtatcagaagaacccaatgagatagctgagatcagaaga
tacgaagaggtaatacggagtgagagggaggaagaggaacgacaaaaagccaagaagaaa
aagaagaaaaagaaactgcaacccgaaattgtagaagggtatctagaagactatcctcct
cgaaaaaacgatagaagattgtcagaaagaggtcgaaacgtcagaagccgctatgtgtcc
gactttgaaagagatggtgcagaatatgcgcctcaaccaaaacgacgcaaaaaaggagag
gttggcctagcaaacatcttggaacgcatagtggacacactaagactaaaagaagaagtg
tcacgtctcttcttgaaaccggtatccaagaaggaagctccagattatcttgatatcgtg
gaaaacccgatggatctctcgacaatccgagataaggtacggaagatagagtacagaaac
cgagaacagtttagacacgatgtctggcagataaagtacaatgctcatctttacaacgat
gggcgtaacccaggaataccacctttggcagatcagttactggagatttgtgattacttg
ttggacgattatgaagatcagttaaaagaagcagagaaaggtatagatcccaatgactga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (60)   

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