KEGG   Mizuhopecten yessoensis (Yesso scallop): 110447131
Entry
110447131         CDS       T05079                                 
Name
(RefSeq) transcription initiation factor TFIID subunit 1-like isoform X1
  KO
K03125  transcription initiation factor TFIID subunit 1 [EC:2.3.1.48 2.7.11.1]
Organism
myi  Mizuhopecten yessoensis (Yesso scallop)
Pathway
myi03022  Basal transcription factors
Brite
KEGG Orthology (KO) [BR:myi00001]
 09120 Genetic Information Processing
  09121 Transcription
   03022 Basal transcription factors
    110447131
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:myi01001]
    110447131
  09182 Protein families: genetic information processing
   03021 Transcription machinery [BR:myi03021]
    110447131
   03036 Chromosome and associated proteins [BR:myi03036]
    110447131
Enzymes [BR:myi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     110447131
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     110447131
Protein kinases [BR:myi01001]
 Serine/threonine kinases: Other
  TAF1 family
   110447131
Transcription machinery [BR:myi03021]
 Eukaryotic type
  RNA polymerase II system
   Basal transcription factors
    TFIID
     110447131
Chromosome and associated proteins [BR:myi03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    110447131
SSDB
Motif
Pfam: DUF3591 Bromodomain TBP-binding zf-CCHC_6
Other DBs
NCBI-GeneID: 110447131
NCBI-ProteinID: XP_021348274
Position
Unknown
AA seq 1918 aa
MDSEEEHDHDHDHDHDHDGEAQGAVSSLTGFLFGNIDKKGDLEGDFLDEESKRHLGSLSA
LGGIGTMVREITEDQSILVAEEGSDQEESSLNYEKKVAGAVDYSDITEMADDGSERVREA
MNSLQPLKSDNDEEDYDEDDNKLMPPPSWLPNKSGKAEEEGGEIGSPGSQAQTPPKSDKG
SLSDSPDKSKFKTPLAAMLPPELATVEVTTLFPEFEHGEVLRFSRLFRPVHTPHVWRRKK
KKKTEEEDEEAEMKKKQEEEKKMSPLQRMVAHAKEERNQSGTLRPSQDPQGVEDMHVDED
NEEDDFMLNLGRPAQTEECLSDDEEKMMRTEEEKSLTDQNKTSGESEQSLKIEPWRYGPA
QYWYDFIGVDELGCDFDYGFKLKKENTEEEADVSANPNPKKVEFSDEVFLMVTQLQWEDD
IIWNGEDVKHKVIASLKQKAPSAGWIPSTSHRTATQFTTQGKPNDIISGLTPKVPILNPG
YSKTIPGMSPIIKQGEGPDSKDKIYSIFPIENQELVYGRWEDDIIWDSENMTKIPKPQVL
TLDPNDDNIILELPEDNDPNAKSVPAKKEKEIKKSKLLLNKAGITKEDEEDEEKNAPNLQ
EKDPFNISNDEYYSPKTMENAVKGNLGGSLIQHSTPSLELRQPFFPTYMGIGKLRTFHRN
TLKRYSHGALSMPGPHAVLPLLKQIKRKARLRDQERQAYGGGEIFFMRIAQDLTGMDGEL
ILAEYSEEYPPLVMQVGMATKIKNYYKRKPGKDTSPPLYKYGELAYAHTSPFLGSLNPGQ
CIQAFENNMFRASVFEHKVPETDFVIIRKRDNYYIREVCTIYCVGQEATMMEVPGPNSKR
ANNFIRDFLQVFIYRLFWKSKDAPKRIKMDDIKHAFPSHSESSIRKRLKLCADFKRTEEP
DEYGMDSNWWVLKPDFRLPTEDEMRAMVSPEQCCAYYSMLAAEQRLKDAGYGERSLFAPE
DDNEEETQMKIEDEVKTAPWNTTRAFIASLKGKCLLDLTGVADPTGCGEGFSYVKVPNKP
QPKEEGQQQTPQKKTVTGTDADLRKLSLKDAKQLLRKFGLPDSEIRKLSRWEVIDVVRTM
STEQAKAGQDGQVGMSKFARGNRFSVAEHQERYKEECQRIFDLQNRVLSSNEVLSTDDDS
SSGNESDFEEMGKNLESMLVNKKTSSQLSHEREEAERRELHKMMLLGEDSKDKNKQKEDD
LNAANMTGRKLKITRTFRNDEGKEYTRTEWVLKPAVIDTYVRIREKKDPSFIKNFAAMDD
SMKEDMRREKRRLQERLRRIKRNEEREKFAPPPVKKKKKQEPLSIKASKLKCGACGQIGH
MRTNKECPNYNKVGNVAPVQVAMTQEEEEEEEKNLLVDNDLINVEGTKIKFSKNLVEHAE
QVKRKSLLLKFPKQAYKPEKKKRVGSVIHCDYLKKPKQTSNRRRTDPIVTLSTVLESVLN
EMRDMPNAQPFLFPVSTKEVPDYYRVVKIPMDLQTIREGLRNKRYISRETFLIDVNQILE
NSKMYNGAKSALTLTAQQLLNLCLKRFAEKEDKLMRLEKAINPLLDDNDQVAFTFILENI
IAQMKAVENTWPFHGPVNKKFVKDYYEVIQRPMDLATLLKRVQAHKYQTREVFIEDVELI
PINCSKYNGKDNPLTETAYKMVDVCRQALSQNEEHLIQLEADIRAAQEAALEAVETDSIM
TGTSANPDDYSLLGMDNESMDEANSLGTSRENITIAEDNSSPSKRWAGDDSGMSGGVVPE
EYDSEFVDVEGDVEGDDENVVDMSFGQQSSDQTSDQVMNTTGEVDESLIQDLQLSPENSD
SEDQGMGKQSDSEEEGDTSMDMQAYEDGRQYYDGTAQSYMAPPPQDIDENSFDPSDFFMH
SALASEAAAQHVTDNKDGDDINMDLQVSESEESDADQEGAEQGEDQSNDGFDIDEFLQ
NT seq 5757 nt   +upstreamnt  +downstreamnt
atggacagcgaagaggaacatgatcatgaccatgatcatgaccatgatcatgacggtgaa
gcacagggcgctgtgtcctccctcactggtttcctgttcgggaacattgataagaaggga
gacctggagggggatttccttgatgaggaatccaagcgacaccttggatccctgagtgcc
ctgggagggattggaaccatggtacgggagattacagaggatcagtctattctggtggcg
gaggagggaagtgaccaagaagaatccagcttgaattatgagaaaaaggtagcaggagct
gtggattactcggacattacagagatggctgacgatgggtcagagagggtgcgagaggcc
atgaacagtctacaaccactcaagtcagataatgacgaggaagattatgatgaagatgac
aataaacttatgcctccaccctcctggctcccaaacaaatcaggcaaggcagaggaggag
ggaggggaaattggtagccctgggagtcaggcccagacccccccaaaatctgacaagggt
tcgctgtctgatagcccagacaaatccaagtttaagacccccttggcagccatgttaccc
ccagagttggcgaccgtggaggtcaccacactgttccctgagtttgagcatggagaggtc
ttgagattttcccgtctcttcagacctgtccacacaccccatgtttggaggaggaaaaag
aagaagaaaacagaagaagaagatgaggaagcagaaatgaagaaaaaacaagaggaggag
aagaagatgtcaccattacagaggatggtagctcatgcaaaggaagaaagaaaccagtct
gggaccctaaggccctctcaagacccccagggggttgaggatatgcatgtagatgaggat
aacgaggaggatgactttatgttgaacctgggaagaccagcccagactgaggagtgcctc
tcagatgatgaggagaagatgatgagaacagaggaagaaaaatctctgactgaccaaaac
aaaacgtctggggagtccgaacaaagcctgaaaatagaaccatggcggtatggtcctgct
cagtattggtatgacttcattggagtggatgagctcgggtgcgactttgactatggcttc
aaactcaaaaaggagaatactgaagaggaagctgacgttagtgctaatccaaacccaaag
aaggtggagttttctgatgaggttttcctcatggtaacccagctacagtgggaggatgac
attatctggaatggtgaggatgtaaaacacaaggtgatcgcctcactcaaacagaaagcg
ccctctgctggctggatccctagcacctctcaccgcactgccacccagttcaccacacag
ggtaaacccaatgacattatcagtggcctgactcctaaagtgccgatcctgaaccctggt
tattccaagacaatccctggcatgtctcccatcataaagcaaggagaaggcccggactcc
aaggacaaaatctactccatcttccctatagaaaaccaggaactcgtctatggacgctgg
gaggacgatattatctgggattcagagaatatgaccaagatccctaagccacaagtcttg
acccttgacccaaatgatgataacattatacttgaacttccagaggataatgacccaaat
gccaaatctgtaccagctaaaaaagaaaaggagattaagaagtccaagctgttactgaac
aaagctggtattactaaggaggacgaggaagatgaggaaaagaatgcacccaacctacag
gagaaggatccatttaatatttctaatgatgaatactacagtccaaaaactatggagaat
gcagtgaaaggcaaccttgggggaagtctgatacagcattcaacacccagcctggagtta
cgacagccattcttccctacctacatgggtatcggaaagctccgcaccttccacagaaat
actctgaagagatattcccacggcgccttgtccatgcctggaccgcacgcagtactgcct
ctcctcaaacaaataaagaggaaggctagattgagggaccaggagagacaggcgtatgga
ggaggtgagattttcttcatgaggattgcccaggatcttactggcatggacggggagttg
attctggccgaatactcggaggagtatcctcccttggtaatgcaagttggcatggcaacc
aaaataaagaattactataaaagaaaacctggtaaagatacaagcccccctctgtataag
tatggggagctggcctatgcacatacatctccctttcttgggtcgctcaatccaggacag
tgtatccaggccttcgaaaacaatatgtttcgtgcatcagtatttgaacacaaagtccca
gagacggattttgttatcatcaggaaacgagacaattactacatcagagaagtgtgcact
atttactgtgtgggacaggaagcgaccatgatggaagtgcctggcccaaactccaagcgt
gctaacaacttcatcagagattttctacaggttttcatctatcgcctgttttggaaaagc
aaagatgcaccgaaaagaatcaaaatggatgatatcaaacatgcatttccctctcactct
gagagcagtatcagaaagaggctcaaattgtgtgcagacttcaaacgcacagaggagcca
gatgaatatggtatggactctaactggtgggtgctgaagccagacttccgcctgcctaca
gaggatgagatgagggctatggtgtccccggaacagtgttgtgcctactacagcatgttg
gctgctgaacagaggctgaaggacgctgggtatggagagcggtcattatttgctccagag
gatgacaacgaggaggaaacacagatgaagatagaagatgaggtaaaaacggccccatgg
aacacaacaagggcctttatagcctctctcaagggtaagtgtctgctggatctgacaggt
gtcgccgaccctaccggctgtggcgagggcttctcctacgtgaaagtacctaacaaacca
cagcctaaggaagagggccagcaacagacaccacagaaaaagactgtcactggaactgat
gctgatctccgcaagctctccctcaaggacgctaagcagttgctgaggaaatttggactg
ccagattctgagatccgcaagttgtctagatgggaggtgatagatgtggtcaggacaatg
tctacagagcaggccaaggctggacaggatggtcaagtgggtatgagtaagtttgcgaga
gggaatcggttctctgtagcagagcaccaagagcgttacaaagaggagtgccaaagaatt
tttgacctgcagaatagagtgttatcctcaaatgaagtcttgtctactgacgacgattca
agctccgggaatgaatctgactttgaggaaatgggcaagaaccttgaaagcatgctggtc
aataagaaaacaagttctcagctgagccatgagagagaagaggcagagagacgggagctt
cacaagatgatgttgttgggcgaggacagcaaagacaagaacaagcaaaaggaagatgac
ctaaatgcagcaaacatgactggtcgcaaattaaagatcacaagaacatttagaaatgat
gaaggaaaggaatacacgaggacagaatgggtgttaaagccagcagtgatcgatacctat
gtgaggatccgggagaagaaggacccttcctttattaaaaattttgcagctatggatgat
tctatgaaagaagacatgaggagggaaaaaagaagactacaggaacgactcagaaggatt
aagagaaatgaggagagagagaaatttgctccacccccagtaaagaagaagaagaagcaa
gagcctctctccatcaaagccagcaagctgaagtgtggtgcctgtggtcagattggtcac
atgaggaccaataaagagtgtcccaactacaacaaagtgggtaacgtagccccagtccag
gtcgccatgacacaggaggaggaggaagaggaggagaagaacctcctggtcgacaatgac
ctcattaatgtggagggaacgaaaatcaagttctctaagaacctggtggagcatgcggaa
caagtgaagaggaagtcccttctgctcaagttcccaaagcaggcatataaaccggagaaa
aagaagcgtgtgggatcggtcatacattgtgactacctgaagaaaccgaagcagacatcc
aatcggcgaagaactgatcccattgtgactttgtcaactgtactggagagtgttctgaat
gagatgcgagacatgcctaacgcacaaccattcctgttccctgtcagtactaaggaagta
ccagactattacagggtcgtcaaaattcctatggacctccagaccatcagagagggtctt
cgaaacaaaagatacatttccagagaaactttcctcatcgatgtcaaccagattcttgaa
aacagtaagatgtacaatggtgcaaaaagtgctttgactctgacagcccaacagctgttg
aacttgtgtctgaagcgatttgctgagaaagaggataagttgatgaggctggagaaggcc
atcaatcctctccttgatgacaatgaccaggtggccttcaccttcatcctcgagaatatc
atagctcagatgaaggcagtagaaaatacatggccattccatggtccagtaaacaagaag
tttgtcaaggactactacgaggtcatccaacgtccaatggaccttgcaacgctgctcaag
agagtccaagctcacaagtaccagacacgagaagttttcatagaggatgtagaacttatc
cccatcaactgtagcaaatacaatggcaaggataaccctctcacagaaacagcctacaaa
atggtggatgtctgtaggcaggccctctcacagaatgaagaacacctgatccagctggag
gctgacatccgagctgctcaggaagcagctttagaggctgtggagactgacagtatcatg
acaggcacgtcggctaatcctgatgactacagtctgctgggtatggacaatgagagtatg
gatgaggcaaacagtctgggaacttctcgagagaacattaccatcgcagaggacaacagt
agtccatcaaaacgttgggccggggacgactctggaatgtctggaggggttgtgccagag
gagtatgactcggagtttgtagacgtggaaggagatgttgaaggagacgatgagaatgtt
gttgacatgagcttcggtcagcagagcagtgaccagacctcagaccaggtgatgaacacc
acaggtgaggttgacgagtccttgattcaggatcttcaactttcacctgagaactcggat
agtgaggaccaagggatgggtaagcagagtgacagtgaggaggaaggcgataccagtatg
gacatgcaagcatatgaggatggacggcaatactacgatggtaccgctcagtcctacatg
gccccaccccctcaggacattgatgaaaacagcttcgacccctctgacttcttcatgcac
agtgctctggccagtgaggccgcggctcaacatgtgacggataacaaggatggtgacgat
attaacatggatctgcaggtctccgagtccgaggagagcgatgcagatcaggagggcgca
gagcagggcgaagaccagtccaacgatggctttgatatagatgaattcctgcagtga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (58)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (4)   
   Pfam (4)   
All databases (83)   

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