KEGG   Dictyostelium discoideum (cellular slime mold): DDB_G0292242
Entry
DDB_G0292242      CDS       T00245                                 
Symbol
taf1
Name
(RefSeq) HAF group protein
  KO
K03125  transcription initiation factor TFIID subunit 1 [EC:2.3.1.48 2.7.11.1]
Organism
ddi  Dictyostelium discoideum (cellular slime mold)
Pathway
ddi03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:ddi00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    DDB_G0292242 (taf1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ddi01001]
    DDB_G0292242 (taf1)
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:ddi03021]
    DDB_G0292242 (taf1)
   03036 Chromosome and associated proteins [BR:ddi03036]
    DDB_G0292242 (taf1)
Enzymes [BR:ddi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     DDB_G0292242 (taf1)
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     DDB_G0292242 (taf1)
Protein kinases [BR:ddi01001]
 Serine/threonine kinases: Other
  TAF1 family
   DDB_G0292242 (taf1)
Transcription machinery [BR:ddi03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     DDB_G0292242 (taf1)
Chromosome and associated proteins [BR:ddi03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    DDB_G0292242 (taf1)
SSDB
Motif
Pfam: DUF3591 Bromodomain
Other DBs
NCBI-GeneID: 8628578
NCBI-ProteinID: XP_629749
dictyBase: DDB_G0292242
UniProt: Q54DH8
Position
6:complement(1360709..1367727)
AA seq 2310 aa
MAKDKEKKGNLTGFLFGNVKESGELDVEENDQVFKDLKKDLELFAKSSQHISFKKTIGID
EDDKNAVTDSVIVPDKNALDYEDIDEVAEEIQSTENEINKLNADKLANAAIARLQQQHKE
REEQQRLKLLEQQQRQLSKKERRKQRKQVGSKQPLQIKKKPSVDDFDFDEEEEQQQQKST
RSEDEDDDDISSASSLSSSSASSSASSSRSPSMSRSASDIESDSMSDSSRSSGSSISSRS
SISSSSSRSDSDSDGGGGGGGGGGGSHRRRHKEKKPKKKVTMKAGSYEVVKSILETPEMF
TPEDQEFKVFVSGKSSEGFILKFSQLFAPKFPDKPTRKKSRKTRFSTPQTLNDDSIETDE
LLLWNQPSKKQPPPSIIKKPITEIDSITKQLLKSNAGITSSTGGGGEEDTLTSSNTTTPT
LTSMQLYQAAAEEDEEYVPEPLRETEDEEIMTMFYMVPDSNYHSLQQVNWEDNIIWDEES
LIKFKKSDHFNQFYLSSDNQQQNIIIKEAITMPVEINDLTPNLNKNSKQTSSSSTTTSTT
TTTSTTTTTTTTTTATTLSSTSTSTTTQRNNKNKNKNNNNNINNSSKLFGLDHISEKEEI
MDTDSQNLLQQPLSQEKDKEKEKDKDKAQNEQHIQTIVNNKKNSTTNNNNLTNNNGNNNN
TNNNNNNSNNNSNNNNNNNNNNKQNNNKEIDEIMKSNIDKWSLFPISNQELENGDWIDNI
IWDESMVPEKIQQVSMLILDLNDREMYFEEHIEKKEHNNGESGSNGDQQAPVKKKSKKKL
ALEAAQAAQAAALERAQAAARAANGQTMSFEEQLQKDKEEDERKEREEREQSQREIDKFN
LSNDKFYRPVRKPPPRPPNGSTKVVIQHSLPGIKLSLVKTHLTKEDLIYAHRPRILFPSN
VPFRIIIYNKEGSLSGDLSSSSNNLLLNSSTNSIMGGHNMRGSINGGMMSSSSSSSSSSS
KKSLHKSDLSARDGRLVLIEYTEQHPPLVSNVGMGLRIRNYYKKKNTHDTGPKDLNFEDG
ELVMLDNNEESPFLGDINPGQTIQSVVNNLFKVPIHKHNSANTDFLLVKSRDGKRWYIRD
VGPIYAAGQILPEVEVPAPNSRNANMFLKSRLQAYIYRQFLKKSNPQRRLKITDICSAFP
SQSETSIRKRLKDCADFQRGGDDSGWWTVKDNFTLPTEEEFQKLVTPEAVVSFESMLIGL
QRLQDNGIIHFTAPGTIPTILGNLDDEDPIKKSIKPVEDELSITPWNLTGSFLSAMQGKG
RLQIISDDPTGREDEYSYLKMPQKVVNQKQKAIKLALQKNQVTGTDADLRKLSLSASKTV
LLELGVDEETINKLARWQRIDLVRKKSSEAALASNSNAAMTKFARGSRYSLDHQNLQYKE
QCQLVFDNQIKAIAGKGDDLYDEDLDADLLKDLEDSLFGDSNQSQNQNQNQNQNQNQSNN
NNNKSSSKSTGKRSRSLFSRDESDEEEDNEEEEYNKLMGTKNKDEESKAKAKAKAEEEEI
KAKAEEAKAKAKAKAEEDDLTQGDRVFVKRTTLFQKPDGSLFKRIEIIRDPKVVQDYQKK
KHDQFLQDRKKFGKQNEEDEETKKQRRRIQERLRRLKKNDQREDSFNMNSSNSSIGATIG
SSNMINISAGNIPVSNINNNNYNNNNNNNNFSLNTSSSNKPIPPHRSSSSGIGSSGSNNN
SNTDRDQTRISIVMPNQQANSDSNSSSSTKIRIGQSSSSSSSSSSSSGHPRSSDREHRSS
EHRSGEHRSSEHRSSEHRGSEHRSSEHRSGEHSSHHRSSEHRSGDREHRSSDRGDREHRS
SEHRSSEHRSSEHRSSEHRSGDKEHRSDREHRSSEHRSGDREHRSDREHREHRSGDREHR
SDREHREHRSERSRNSSSGSSSSSRDHRDSHHRNSTGSSSDSHSSSHHSSSNRDSNHNGG
SSSNNNNNNSNNNHNNNNNSNNNNNNNNNNNNNNNINNNNNNNNNINNINNNNNNNINNI
NNNYNNNNNNNNNNNNNNNNNNNNNNINNNENNNTNNLSNSTNQSPTLSQSGIIIRYNGS
NSGNSNNTNGGNNRTEDQSVLNTPLSASSSGSNRKKRTLDQSNSESPSLSSTTLDGSDKS
SRRNRVRKDGSGADVELSNIFERILDKLRTNDEFIAFRHKVTPKLAPDYHKVIKNPIDLT
TMRDRNRHWEYKSKNQFIDAIKLMVANCFEYNEKRFSHLLPIAEKLLTSTLQLLAPFDSQ
IGDLEKSIEQTNLKQSSSSLLLSVDHTNGSTPSTPITLNTPITPNLPSNSPFFPPVDPPS
KAHHSAEDEEIDIVSLYESGVSPSVKNNFN
NT seq 6933 nt   +upstreamnt  +downstreamnt
atggctaaagataaagaaaagaaagggaatttaacaggtttcctctttggtaatgttaaa
gagtctggtgaattggatgttgaagagaatgatcaagtttttaaagatttaaaaaaagat
ttagaattatttgcaaaaagtagtcaacatatatcatttaaaaaaacaattggtattgat
gaggatgataagaatgcagttacagattcagttattgtacccgataaaaatgcattagat
tatgaggatattgatgaagttgctgaagaaattcaatccacagagaatgaaatcaataaa
ttgaatgcggataaacttgcaaatgctgcaattgcaagattacaacaacaacataaagag
cgtgaagaacaacaacgtttaaaacttttagaacaacaacaaagacaattatcgaaaaag
gaacgtagaaaacaaagaaaacaagttggttcaaaacaaccattacaaattaaaaagaaa
ccatcagttgatgatttcgattttgatgaggaagaagaacaacaacagcaaaaatcaact
cgtagtgaagatgaagatgatgatgatatttcatcagcatcatcattatcatcatcatca
gcatcatcatcagcatcatcatcaagatcaccatcgatgtcaaggtcagcatcagatatt
gaatccgactcaatgtctgattcatcaagatcatcaggatcttcaatttcttcaagatca
tcaatttcatcatcttcttcaagatcagattcagattcagatggtggtggtggtggtggt
ggtggcggtggtggtagtcatcgtcgtcgtcataaagaaaagaaaccaaagaaaaaggta
acaatgaaagcaggttcatatgaagttgtaaaatcaatacttgaaacacctgaaatgttt
acaccagaggatcaagagtttaaagtatttgttagtggtaaatcatcggaaggtttcatt
ttaaagttttctcaattatttgcacccaaatttccagataaaccaacaagaaagaaatca
cgtaaaactagattctcaacaccacaaacattaaatgatgattcaattgaaactgatgaa
ctcttactgtggaatcaaccatcgaaaaaacaaccaccaccttcaattataaagaaacca
ataacagaaattgatagtataacgaaacaattattaaaatcaaatgctggtatcactagc
tcaacaggtggtggtggtgaagaggatacattaacatcatcaaatacgacaacaccaaca
ttaacatcgatgcaattatatcaagcagcagcagaagaagatgaagaatatgtacctgaa
ccacttagggagactgaggatgaagaaataatgacaatgttttatatggtacccgattca
aattatcattcattacaacaagttaattgggaggataatatcatttgggatgaggaaagt
ttaattaaatttaaaaagtctgatcatttcaatcaattttatttatcatcagataatcaa
caacaaaatattataattaaagaggcaataacaatgccagttgaaattaatgatttaaca
ccaaatttaaataaaaattcaaaacaaacttcatcatcatcaacaactacatcaacaaca
acaacaacatcaacaacaacaacaacaacaacaacaacaacagcaacaactttatcatca
acttcaacatctacgacaactcaacgaaataataaaaataaaaataaaaataacaataat
aatataaataatagtagtaaattatttggattagatcatattagtgaaaaagaagaaata
atggacacagattcacaaaatttattacaacaaccattatcacaagaaaaagataaagaa
aaagaaaaagataaagataaagcgcaaaatgaacaacatattcaaacaattgtaaataat
aaaaaaaatagtacgacaaataataataatttaaccaataataatggtaataataataat
accaataataataataataatagtaataataatagtaataataataataataataataat
aataataaacaaaataataataaagaaattgatgaaattatgaaaagtaatattgataaa
tggtcactttttccaatatcgaatcaagaattagaaaatggtgattggattgataatata
atatgggatgaatcaatggtaccagagaaaatacaacaagtttcaatgttaattttagat
ttaaatgatagagaaatgtattttgaagaacatattgaaaagaaagaacataataatggt
gaatcaggttcaaatggtgatcaacaagcaccagttaaaaagaaatctaaaaagaaattg
gcattggaagcagcacaagcagcacaagcagctgcattggaaagagcacaagcagctgca
agagctgccaatggtcaaactatgtcattcgaagaacaattacaaaaagataaagaagaa
gatgagagaaaagaacgtgaagaacgtgaacaatctcaaagagaaattgataaattcaat
ctttcaaatgataaattctatagaccagttagaaaaccaccaccacgtccaccaaatggt
tcaactaaagtcgtaattcaacattctttacctggtattaaattatcattggttaaaact
catcttaccaaagaagatttaatttatgcacatcgtccacgtattctattcccaagtaat
gtaccatttagaattataatctataataaagagggtagtttaagtggtgatttaagttca
agttcaaataatttacttttaaatagtagtacaaatagtataatgggtggtcataatatg
agaggtagtattaatggtggtatgatgtcgtcgtcttcatcatcatcatcttcatcatca
aagaaatcattacataaatcggatttatcagcacgtgatggtcgtttagttttaattgaa
tatacagaacaacatccaccattagtttcaaatgttggtatgggtttaagaattagaaat
tattataagaaaaagaatactcatgatactggaccaaaggatttaaattttgaagatggt
gaattggtaatgttggataataatgaagaatcaccatttttaggtgacatcaatcctggt
caaaccattcaatccgttgtaaataatttatttaaagtacccattcataaacataattca
gccaataccgatttcctgttagttaaatctagagatggtaaacgttggtatattcgtgat
gttggtccaatctatgcggctggtcaaatcttaccagaggttgaagtacctgcaccaaac
tctagaaatgccaatatgtttttaaagagtagacttcaagcatacatctatagacaattc
ttgaaaaagagtaacccacaacgtcgtttaaagatcactgatatctgctctgcctttcca
tcacaatctgaaacttccattagaaaacgtttaaaggattgtgcagattttcaacgtggt
ggggatgatagtggttggtggactgtaaaagataactttacattgcctaccgaagaggag
tttcaaaagttggtaacaccagaggcagtggtttcattcgagagtatgctcattggtctt
caaagacttcaggataatggtatcattcatttcacagcaccaggtacaattccaacgatt
cttggtaatcttgacgatgaggatccaataaagaaatctataaaaccagttgaggatgaa
ctctcaattacaccttggaatttaactggtagtttccttagtgctatgcaaggtaaaggt
agattacaaatcattagtgatgatccaaccggtagagaagatgaatactcttacttgaaa
atgcctcaaaaagttgtaaatcaaaaacaaaaagcaattaaattggctcttcaaaagaat
caagtcactggtacagatgcagatttaagaaaactttctttatcagcttctaaaacagtt
ttattagaattgggtgtagatgaagaaaccattaataaattggctcgttggcaaagaatt
gatttggttcgtaagaaatccagtgaggctgcattggcttcaaatagtaatgctgcaatg
actaaatttgcaagaggttcaagatatagtttagatcatcaaaatttacaatataaagaa
caatgtcaattggtatttgataatcaaattaaagcaatcgctggtaaaggtgatgattta
tatgatgaagatttagatgctgatttattaaaagatcttgaagatagtttatttggtgat
agtaatcaaagtcaaaatcaaaatcaaaatcaaaatcaaaatcaaaatcaatcaaataat
aataataataaatcatcaagtaaatcaactggtaaacgtagtagaagtttattctctcgt
gatgaatcagatgaagaagaagataatgaagaagaggaatataataaactaatgggtaca
aagaataaagatgaagaatctaaagctaaagccaaggcaaaagcagaagaggaagagatt
aaagcaaaagcagaagaagctaaagctaaagcaaaagcaaaggcagaagaagatgatctt
actcaaggtgatagagtatttgtaaagagaactacattatttcaaaaaccagatggaagt
ttatttaagagaattgaaattattcgtgatccaaaggtagttcaagattatcaaaagaag
aaacatgatcaattccttcaagatagaaagaaatttggaaaacaaaatgaagaggatgaa
gaaactaaaaaacaaagaagaagaattcaagaaagattaagaagattaaaaaagaatgat
caaagagaagattcattcaatatgaattcaagtaatagtagtattggtgctacaattggt
tcttcaaatatgattaatattagtgctggtaatattccagtatcaaatataaataataat
aattataataataataataataataataatttctctttaaatacaagtagtagtaataaa
ccaataccaccacatcgtagttcaagtagtggtattggtagtagtggtagtaataacaat
agtaatactgatagagatcaaacaagaattagtattgtaatgccaaatcaacaagctaat
tctgattcaaatagtagttcaagtacaaaaattagaattggccaatcttcatcttcatca
tcatcatcctcatcaagcagtggccatccaagaagtagcgatagagaacatagaagtagt
gaacatagaagtggtgagcatagaagtagtgaacatagaagtagcgaacatagaggtagt
gaacatagaagtagtgaacatagaagtggtgaacactcatcacatcatagaagtagtgaa
catagaagtggcgatagagagcatagaagcagtgatagaggcgacagagaacatagaagc
agtgaacatagaagtagtgaacatagaagtagtgaacatagaagtagtgaacatagaagt
ggtgataaagaacatagaagcgacagagaacatagaagtagtgaacatagaagtggtgat
agagagcacagaagtgatagagaacatcgtgaacacagaagcggtgatagagaacataga
agtgacagagaacatcgtgagcatagaagtgaaagatcaagaaatagttcgagtggtagt
agtagtagtagtcgtgatcatagagattctcatcatagaaatagtacaggtagtagttct
gatagtcatagttcatcacatcattcaagtagtaatagagattcaaatcataatggtggc
agtagtagtaataataacaataacaatagtaataataatcataataataataataatagt
aataataataacaataataataataataacaataataataataatattaataataataat
aacaataacaataatattaataatattaataataataataataataatattaataatatt
aataataattataataataataataataataataataataataataataataataataat
aataataataataataatattaataataatgaaaataataatacaaataatctttcaaat
agtacaaatcaatcaccaacattatcacaatccggtattataattagatataatggtagt
aatagtggtaatagtaataatactaatggtggtaataatagaactgaagatcaatcagtt
ttaaatacaccattatcagcatcatcaagtggttcaaatagaaagaaaagaacattggat
caatcaaatagtgaatcaccatcacttagttcaacaacacttgatggtagcgataaatca
tcacgtagaaatagagttagaaaggatggtagtggtgcagatgttgaactttcaaatatc
tttgaaagaatattggataaacttagaaccaatgatgaattcattgcatttagacataaa
gttacaccaaaattagcaccagattatcataaggtcatcaagaatccaatcgatttaaca
acaatgagagatagaaatagacattgggaatataaatctaaaaatcaattcattgatgcc
attaaattaatggttgcaaattgttttgaatataacgaaaaaagattttcacatttatta
ccaatcgctgaaaaattattaactagtaccctacaattattggcaccttttgattctcaa
attggtgatttagagaaatccatcgaacaaaccaatttaaaacaatcatcttcctcacta
cttttatcagtagatcataccaatggttcaactccttcaaccccaatcactttaaatact
ccaatcactccaaatttaccttcaaattcccctttcttcccaccagttgatccaccatca
aaagctcatcatagcgctgaagatgaagaaattgatatcgtttctttatatgaaagtggt
gtatctccatctgtaaaaaataattttaattaa

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (289)   
   KEGG ORTHOLOGY (1)   
   RefGene (284)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   DICTYBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (304)   

Download RDF
DBGET integrated database retrieval system