KEGG   Thalassiosira pseudonana: THAPSDRAFT_24331
Entry
THAPSDRAFT_24331  CDS       T01078                                 
Name
(RefSeq) predicted protein
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
tps  Thalassiosira pseudonana
Pathway
tps03083  Polycomb repressive complex
tps03250  Viral life cycle - HIV-1
Brite
KEGG Orthology (KO) [BR:tps00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    THAPSDRAFT_24331
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    THAPSDRAFT_24331
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:tps03000]
    THAPSDRAFT_24331
   03036 Chromosome and associated proteins [BR:tps03036]
    THAPSDRAFT_24331
   03029 Mitochondrial biogenesis [BR:tps03029]
    THAPSDRAFT_24331
Enzymes [BR:tps01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     THAPSDRAFT_24331
Transcription factors [BR:tps03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    THAPSDRAFT_24331
Chromosome and associated proteins [BR:tps03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    THAPSDRAFT_24331
Mitochondrial biogenesis [BR:tps03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    THAPSDRAFT_24331
SSDB
Motif
Pfam: zf-TAZ HAT_KAT11 Bromodomain PHD ZZ KIX_2
Other DBs
NCBI-GeneID: 7443299
NCBI-ProteinID: XP_002296425
JGI: 24331
UniProt: B8LBX3
Position
11
AA seq 1718 aa
MGPYEGASSAQQNNGSRPPHNQMQGHPSQQQPPQHGGGGGQMPPNGHHQMGNPYGGYHPL
NMQQGGQPQQQQNGMMGGGGGVTMGGFNMQGSNGGMSMGGNNGQQHRGMHPMSMQSGGGG
SQYGGPGGGGGNNNMYNHPNFNSGNQPGGGGHHHGGYNPHQQQIQQQQLGGYNPQMMAQM
QQSHNSQYNPMQQMGQRSHQQQQQHQGGYHPQPQIPLPQAQAYGQQQQQLHPSNSYARQA
SSASIHSSIAVANDSSPSPSDNMQLLSYKEAPNFSEVTGVDIGDEDYGQQFLPTGLNGDW
QSDRDMHHRREMIQHIVKLLKQKDKSASPEWLTKLPQMVKQLEVSLYRSAPSFEAYSDTN
TLKHRLQQLAMEIARKTQQAKASGRSSSRGDRIPGMGNMHYNPVNMGANEEIVSSQYGNP
NDPEWKVRIRHKQQRLLLLHHSSKCPYDNDKCKVTPYCGEMKKLWKHMARCTDNECRVPH
CFSSRSILSHCRKCKDPGCPACGPVRETVRKTQKSNAGKGVNEGQGDFGGMGPNSGIGLG
GMGNEMGGGGGSGMGGNDMMGGMPMMGGNMNQMPKRQPSQPMPWKGDINSMPNFPPPNIR
QQQDDYMAFPEGFPEGQQVLNGPSSGQSGNPESSKARHKQQRLLLLRHASKCNAEPGRCT
TTPHCAEMKVLWKHIANCKDQYCKVKHCMSSRYVLSHYRRCNDPGCEICGPVREIFKSGT
NHFIHDPSFMPGSSAADLITPPLPEGPQTKRSRTNDPSMNGMHHTAPARPAFPLSAPTSG
SENHAKLKSSAKPSSSNATEEHSLLECFTTEQVKTHIQSLKKTIEVSPAKLKLKCVEILR
ELQIHEHGWVFATPVDPVELGLDDYFDVIKKPMDLGTISRRLDNGSYHAFDDFKSDVRLT
FENAMKYNDENSVVHEMAKELKKKFDTDYKKLMKQLEKEHRENSMRQQACGLCGCEKLNF
EPPVFFCNGMNCPSKRIRRNTHFYITADKQYAWCSQCYNELGGEIDLGTSVLKKVDLAKK
KNDETHEESWVQCDDCERWIHQICGLYNTRQDKENKSAYSCPLCLLDKRKKEGEPKKLPP
PPAASDIPRTNLSDWLERDVHKKVNQRLKELAQEKADTEHIAFEKAYADLSAGGPLTIRQ
VTSTDRKLEVRDQMRQRYAHKNYPEEFPYRCKCIVVFQNIDGVDVVLFALYVYEHGDDNP
FPNKKTVYVSYLDSVHFMKPRQMRTFLYHEILISYLDYARQKGFLQAFIWACPPLKGDDY
IFYAKPEDQKTPKDVRLRQWYLDMLVECQKRNIVGMVSNMYDQYFANKSLDAASVPYFDG
DYFPGEAENIIKDLEESNSKRKGGAGKKNKDPSKSKAAPSGDAEFVGEKCYKEGGRDPVM
QKFCDAIQGMKESFIVAYLNAKDAKPEHLVVPKKIMEFREANKLLMIDDDPKKKKEDGTE
EKKDDEKPQSKKRDADGYEVAASEKPPANKQLNSKGKPVRVLNDDDEEIDCEFFNTRQCF
LDLCRGNHYQFDELRRAKHTSMMVLWHLQNREAPKFVQQCMACNREIASGIRHHCNVCSD
FDLCDDCFRDPDTNRGTCNHKLEAIKVDTAQSENSGLTEEQRKERQRNIQLHITLIEHAS
RCNSSSCKSSNCMKMKSYLKHGSTCTVKASGGCKICKRIWTLLRIHAQQCKSSSCAIPQC
IAIRKRIRQLQLKQQAMDDRRRQEMNRHYRMGMMSSDN
NT seq 5157 nt   +upstreamnt  +downstreamnt
atgggtccctatgaaggcgcatcttcagcccaacaaaacaatggatcacgaccccctcac
aatcagatgcaagggcatccctcccaacagcaaccgccgcagcatggaggaggagggggt
caaatgcctcccaacgggcatcatcaaatgggcaatccgtatggaggatatcatccactt
aatatgcagcagggaggtcaaccgcagcagcagcagaatggaatgatgggaggcggggga
ggcgtaaccatggggggatttaacatgcaaggcagtaacggaggtatgtccatgggtggg
aataatggtcaacagcacagggggatgcatccgatgagtatgcaaagcgggggaggtggg
agtcaatacggaggaccgggaggaggagggggtaacaacaacatgtacaatcatcccaat
tttaactctgggaatcagcctgggggaggaggacatcatcatgggggatacaatccccat
cagcaacagatacagcagcaacagcttggtgggtacaatccccaaatgatggcgcagatg
cagcagtcacacaattcgcagtataatccgatgcaacagatgggtcaacgttctcatcaa
caacaacagcagcatcagggtggatatcatccacagccacagatcccccttcctcaggcc
caagcctacggccaacaacagcagcagttgcatccatccaactcctacgccagacaagcc
tcctctgcatccatacattcatctattgccgtggccaacgacagcagtccctcaccctcg
gacaacatgcaacttctttcatacaaggaggctccaaacttttcagaagtaacgggagtc
gatataggggatgaggattatgggcagcaatttttgcccacggggttgaatggggattgg
cagagtgatcgggatatgcatcacaggagggagatgattcagcacattgttaagctgctg
aagcagaaagacaagagcgcttcccccgagtggctcaccaaactccctcagatggtgaaa
caactagaagtgtcactctaccgttcagctccctcctttgaagcgtattccgacaccaac
accctcaagcatcgtctacaacaactggccatggaaattgcgaggaagactcaacaggcc
aaggcgagtggaaggtcgtccagcaggggtgatcgtattccaggaatgggcaacatgcac
tacaaccctgtcaacatgggagcaaacgaggaaatagtcagcagtcaatacggcaatcca
aatgatcccgaatggaaggttcgtatccgtcacaagcagcaacgtctactgctcttgcac
cactcctccaaatgcccctacgacaatgacaagtgcaaggtcactccctattgcggcgag
atgaagaaattgtggaaacacatggcgcgttgcacagacaatgagtgtcgagtgcctcac
tgcttctccagtcgatctattttgagtcattgtcgtaaatgcaaagatcctggatgtcct
gcctgcggtcctgtcagagagacggtgcgaaagacgcaaaagagtaacgctggtaagggt
gtgaatgaaggtcaaggtgattttggtgggatgggtccaaatagtggaattgggttggga
ggaatgggtaatgaaatgggcggcggtggtggcagtgggatgggaggcaacgacatgatg
ggtggaatgccaatgatggggggaaacatgaatcaaatgccaaagaggcagccttctcag
ccaatgccttggaaaggggatatcaatagcatgccaaacttcccaccgccgaatataaga
cagcagcaggatgactacatggctttcccggagggtttccctgagggacagcaggtgctc
aatggaccgagctctgggcagagtgggaatccagaatcgagcaaggctaggcataagcag
caacgtcttctccttcttcgtcatgcatcaaagtgtaatgcagagcctggtcgctgtacc
accactccacactgtgctgaaatgaaagtcttgtggaaacacatcgccaattgcaaggat
cagtattgcaaggtgaaacactgcatgagcagtcggtatgttctcagtcactatcgtcgg
tgcaatgatccgggatgtgagatttgcggtccggtgagggagatttttaagagtggcacg
aaccatttcattcatgatccgtcctttatgccaggatcatcagcggctgatctcatcact
cctcctctcccagagggaccacaaacgaagaggtcgaggactaacgatccttcaatgaat
ggaatgcatcataccgcgcctgctcggccagccttccctctaagtgctcctacatctggc
tcggagaatcatgccaagttgaagtcttcagcgaagccttcgtcatccaatgccacggaa
gagcactctttattggaatgttttacgacggagcaggtcaagactcatatccaatcactg
aagaagacgatagaagtgtcacccgccaagttgaagctcaagtgcgtggaaatattgaga
gaactccaaattcacgagcatggttgggtgtttgcaacgcctgttgatcccgtcgagctg
ggtcttgatgactactttgacgttatcaaaaagccgatggatcttggaactatcagtagg
aggcttgacaacggatcgtaccatgcctttgatgacttcaagtctgatgttcggcttact
tttgagaacgctatgaaatacaatgatgagaattcggtagttcacgaaatggcaaaggag
ttgaagaagaagtttgatactgactacaaaaagctaatgaagcagctggagaaggagcac
cgagagaactccatgaggcagcaggcgtgcggcctttgtggttgcgaaaagctcaacttt
gagcctcccgtgttcttttgcaacggtatgaactgtcccagtaagcgcatccgtcgtaac
acccacttctacatcacggccgacaagcagtatgcttggtgcagccaatgttacaatgag
cttgggggagagattgacctcggtacgtcagtcttgaagaaggtggaccttgcgaagaag
aagaacgacgagactcacgaggagagttgggttcagtgtgacgattgtgagcgatggatc
catcagatttgtggactctacaacacacgtcaggacaaggagaacaagagtgcctattct
tgtccactatgcctgctggataagaggaagaaagaaggagagcctaaaaagctcccacct
cctcccgcagcgagcgacattcccaggacaaatctgtcagattggcttgaaagggatgtt
cacaagaaggtaaatcagcgtctcaaagagcttgcgcaggagaaggccgatactgagcac
attgcctttgaaaaggcgtatgctgatctttctgctggggggcctttgaccattcggcag
gtgacgtctactgaccgaaagttggaagttcgcgatcaaatgaggcagcgatatgctcat
aagaactatcctgaggagtttccctaccgttgtaaatgcattgttgtcttccagaacatt
gatggtgttgacgtggttctttttgcgttgtatgtttacgagcatggagatgacaatccc
ttccccaacaaaaagacggtgtatgtgtcctaccttgacagtgtccacttcatgaagcca
aggcaaatgaggacgttcctttaccacgaaatcttaatctcctaccttgactacgctcgt
cagaaaggcttcttgcaggccttcatttgggcgtgcccaccgttgaagggggacgattac
atcttctacgcaaaaccagaggatcaaaagactcccaaagacgtaagacttcgtcaatgg
tatcttgatatgctggtggagtgccagaaacgcaacatcgttggtatggtctccaatatg
tatgatcaatactttgccaacaagtctctggatgcagcgagtgtcccctactttgacgga
gattacttccctggagaggctgaaaatatcatcaaagacttggaagaaagcaacagtaag
cgcaagggtggtgctggcaagaaaaataaggatccttcaaagagcaaagctgctccatct
ggtgatgcagagtttgtgggtgaaaagtgctacaaggagggtggtcgtgatcccgtgatg
cagaagttctgcgacgccattcaggggatgaaggagagtttcatcgtcgcatacttgaac
gcaaaggacgccaagcctgagcatcttgtcgtaccgaagaagattatggagtttagggaa
gcaaacaaacttctcatgatcgacgatgatcctaagaagaagaaagaagatggaacggag
gagaagaaggatgacgaaaagcctcagagcaagaagcgcgatgctgacggttacgaagtc
gccgcctcggaaaagccaccggctaataagcaactcaatagcaagggaaagcctgtccga
gtattgaacgacgacgatgaagaaattgactgtgaattctttaacacgcgacaatgcttt
ttggatctctgccgtggtaaccactatcagtttgatgagttgcgacgggcaaagcatacg
tcaatgatggttttgtggcaccttcaaaatcgtgaagcgccaaaattcgttcagcagtgc
atggcatgcaaccgcgagatcgcgtctggcattcgtcatcattgcaacgtatgctcagac
tttgacctctgtgacgattgcttccgagatccagacaccaacagaggcacgtgcaatcat
aagcttgaggcaattaaagtggatactgcccagagtgaaaacagtggactcaccgaggag
caacgaaaggagcgtcagcgaaacatccagcttcatatcactctcattgagcatgcatct
cgttgtaactcgtcttcctgcaagtcttccaattgtatgaaaatgaaatcctacctcaag
cacggctcaacgtgcacggtcaaagcatcaggaggatgcaagatttgcaagagaatctgg
acgttgttgaggattcacgcacagcaatgcaagagctctagctgtgccatcccgcaatgt
atcgcaattagaaagcgtatccgtcagcttcagctcaagcagcaggctatggacgaccgt
agaaggcaagaaatgaaccgacactaccgcatgggaatgatgtcctctgataactga

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (522)   
   KEGG ORTHOLOGY (1)   
   RefGene (517)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (540)   

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