KEGG   Schistosoma mansoni: Smp_127010
Entry
Smp_127010        CDS       T01095                                 
Name
(RefSeq) putative creb-binding protein 2
  KO
K04498  E1A/CREB-binding protein [EC:2.3.1.48]
Organism
smm  Schistosoma mansoni
Pathway
smm03083  Polycomb repressive complex
smm03250  Viral life cycle - HIV-1
smm04068  FoxO signaling pathway
smm04310  Wnt signaling pathway
smm04330  Notch signaling pathway
smm04350  TGF-beta signaling pathway
Brite
KEGG Orthology (KO) [BR:smm00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    Smp_127010
  09125 Information processing in viruses
   03250 Viral life cycle - HIV-1
    Smp_127010
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    Smp_127010
   04330 Notch signaling pathway
    Smp_127010
   04350 TGF-beta signaling pathway
    Smp_127010
   04068 FoxO signaling pathway
    Smp_127010
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:smm03000]
    Smp_127010
   03036 Chromosome and associated proteins [BR:smm03036]
    Smp_127010
   03029 Mitochondrial biogenesis [BR:smm03029]
    Smp_127010
Enzymes [BR:smm01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.48  histone acetyltransferase
     Smp_127010
Transcription factors [BR:smm03000]
 Eukaryotic type
  Other transcription factors
   Pocket domain CBP
    Smp_127010
Chromosome and associated proteins [BR:smm03036]
 Eukaryotic type
  Histone modification proteins
   HATs (histone acetyltransferases)
    Smp_127010
Mitochondrial biogenesis [BR:smm03029]
 Mitochondrial quality control factors
  Regulator of mitochondrial biogenesis
   Coactivators
    Smp_127010
SSDB
Motif
Pfam: HAT_KAT11 Bromodomain zf-TAZ RING_CBP-p300 KIX ZZ KIX_2
Other DBs
NCBI-GeneID: 8351101
NCBI-ProteinID: XP_018651827
Position
4:8310483..8321383
AA seq 1688 aa
MQGSTTDQITYTNDRPQGLSTEAKMVLMQQQLALLLHADHCERLERRGMATNCMDRNCGE
IRNLLPHLQSCTREKECNVPHCISSKYIMRHYRSCGDMECKVCSAIRKPIGNSTPSSASS
VSCPQNGLTSNHKSDISSLNGIKISDSPLPHQKTAFTTGPCESQPTLVLNGEFNRVPLHE
SRITDQQRELAMKKFVNDISLSIFPTANPTAYSDPRMKQFLDYVKRMEKDVFVKSRSTEE
YFKTMALHYHNIHSELKEKRRLRESCPPLQNGDISDVTQPSELSNSVSSENSLKTNSYDQ
DQFSDALEIVSKREEQIQREIKVEVATESSSNSSDSAGVLEDKDNKEDSNSPEVKYHPVA
SVEPSESDTKTKIDEKTDLESDAPEPTGSDEKKTDAQASREPIRRRIWYSNELLQHFLPV
VLKISKEKDAEPFLTPVDWKFLEIYDYPQIVSDPMDLSTIRRKLEDREYKDPWEIVDDFW
LMLNNAWLYNKKTSKVYKTCTRLAETFETIIDPVMQSLGFCCGREYYYQPPTLTCLTPKF
CTIYRDAVYYVYKSDGQTPGLLEQKYTVCERCYNEALDQIALDSDSSNPVNVQKSLMEKC
KNDIKEKEPFVFCKHCGRKWHRVCAIYLEEIWPDGFICNHCIVNYGLKRVENRFTAKKLT
TCKLSNFLEKRVNDFLKKKEADAGDVIIRVLAAADKTVEVKSGMKARFCDNGEMPESFPY
RVKAIFAFQEIDGQEVCFFGLHVQEYGSECPLPNTRRVYVAYLDSVYFFRPKQFRTEIYH
ELLVGYIHYAKLLGFTMAHIWACPPSEGDDYIFHMHPPDQKIPKPKRLQEWYQKMLKKAL
IERIVVDYKDICQDANESHMISPSELAYFEGDFWPNTLEEIFKEMDEEDAKRKQEQEALA
RGDDDDEAKENVQTKETDENPGKKKAKRRKLKRSASITITGKRKRLGGIGSGDVANEVAR
RVYEIMEKHKENFFVIRLHPQNSVAALPPIKDPDPLINSELMECRGAFLEKAREKHLEFS
SLRRAKYSTLVMLYELHNENRQPLMYTCNVCSAQLETPWHCKQCIEYDLCPRCYETENHP
HPMVKIGIGLDDCNKGQEPSNDSTIQESGRDKLSRWVKALGHSCYCRDANCRVYACKTMK
YQVQHFRVHSTDRNQCSVCRFIYYLCCYHSKTCHELKCLVPLCPKLKAKMKQQQKQQRLK
QTQMLRRRMATMQRCNSMTPNHQPTPPPSQNYQQCSQSSTSDCISSPMSVPMQSSPFAST
AVTTVSYNLTSPHSRSQSSIQSPQQSPFFHPPCPSSYQNSQQTVHSSKAYVSSPSIPRSP
SISAMPVSTCVQNLPQSTGTHNQPAVTLESDQLINTHVDISRTGYAFQSQSKYSSSCTQP
TTSFSTQQQLQRHHIQERPQTSLNNNWAPNYVVSQHSIQSHGSTSGHSVAHRPLLTNNPV
PIDALSPKPFVHQPCVTPMDVDPSYPQQIMSSRFQGENEHNNYIFNKQSQQQSVTHHPSP
AYSQVIEGHNPGTLLPPSQTSSGTISNSNWRQPGTAPPGSTMYPSGSSVSSTQPNTSIVR
SGSMQPTSSQSIVSTTSPNIGVAVPCSISPEDVRIVQQAYTTMRQRGAPALSMPSMGLVN
SAGMSPNRAVQPSPHYSSVMLSQLLGPGQTANLVNTPSSVSEYPNMPNKQHLVRQEFIPS
TVFQQKLN
NT seq 5067 nt   +upstreamnt  +downstreamnt
atgcaaggctcgaccacggatcaaatcacctatacaaatgaccgtccccaaggtttatct
acggaggccaagatggttctcatgcaacagcagttagcactacttttacatgctgatcat
tgtgaacgccttgaaaggagggggatggcaacaaactgtatggatcgaaattgtggtgaa
atccgaaacttgctgcctcatttacagagttgtactcgagaaaaggagtgcaatgttcca
cattgtatttcatctaagtacataatgcgacactaccgttcttgcggagatatggaatgc
aaagtttgttcagcaatcaggaaaccgattgggaactctacaccgtcatcagcatcatcc
gttagttgcccacaaaatggactcacttcaaaccacaaatctgacatatcatccttaaat
ggcatcaaaatatcagactctccacttccacaccaaaagactgcttttacaactggcccg
tgtgagtcacaaccaactcttgtgttgaatggtgagttcaatcgggtacctttacatgaa
agccgcatcactgatcaacagcgagaactagctatgaaaaaatttgtgaatgatatttct
ttatcaatctttccaacggcaaatcctaccgcatacagtgatcccaggatgaaacagttt
ctcgattatgtgaaacgaatggaaaaagacgtttttgtaaaatctaggtcaacagaagaa
tatttcaagacaatggcactccattatcacaatatacattctgaattaaaggaaaagcgt
cgtctgagagaatcctgtccgccactacaaaatggagacatttctgatgtgacacaacct
tcagaactgtcaaattctgtttcatcagaaaactcattaaaaactaattcttatgatcag
gatcagttttcagatgctttagaaatcgtatccaagcgtgaagaacagattcaacgggaa
attaaagttgaagttgcaacagaaagctcttcgaattcctctgactctgcaggggtttta
gaagacaaggataataaagaggattcaaattcaccagaagttaaatatcatcctgtcgcg
tccgtagaacctagcgaaagcgacacaaaaacaaagattgatgaaaaaactgatctggag
tctgatgcacctgagcctaccggttctgatgaaaaaaagacggatgctcaggcttctcga
gaacctatcagacggagaatatggtactctaatgaactgttgcagcattttctaccagtt
gtactaaaaataagcaaagaaaaggatgcagaaccatttttgactccagtggactggaag
ttccttgaaatatatgattatcctcaaatagtttctgatcctatggatctatcaactata
cggagaaaattagaagaccgagaatataaggatccttgggaaatagtcgatgacttttgg
ttgatgcttaacaatgcctggctttacaataagaagacgtccaaggtgtacaagacctgt
acaaggttggctgagacatttgaaactataattgatcctgtaatgcagtcgcttggattt
tgctgtggcagggaatactattatcaaccacctaccttaacctgcttaacgcccaagttt
tgtacaatatatcgcgatgcagtttattacgtctacaagagcgatggtcaaactcctgga
cttttggaacaaaaatacacagtatgcgagagatgttacaatgaagctctggatcaaata
gcccttgacagtgactccagtaacccagtgaatgttcagaagagtttgatggagaagtgc
aaaaatgatatcaaagaaaaggaaccattcgtattttgcaaacattgtgggaggaagtgg
cacagagtttgtgccatataccttgaagaaatttggccagatggttttatttgcaatcac
tgtattgtgaactatggattaaagcgtgttgaaaatcgttttacagctaaaaaattgaca
acatgcaaattaagcaactttttagaaaaacgtgtaaatgactttctgaagaaaaaagaa
gccgatgcaggtgacgtcattattcgtgttcttgcggcagcagataaaactgttgaagtt
aaatctggtatgaaagctcggttctgtgataacggagaaatgcctgagtcttttccgtac
agagtgaaagccattttcgcatttcaggaaatcgacggtcaggaagtatgtttttttggt
cttcacgttcaggaatatggatcagaatgcccacttcctaataccagaagggtttatgtg
gcttatttagattccgtttacttttttcgtcctaagcaatttcgcacagagatatatcat
gaacttttggttggttacattcactatgcaaagttacttggtttcacaatggctcatata
tgggcttgtccgcctagcgaaggtgatgattacatttttcatatgcatccacctgatcag
aaaattcctaaacctaagaggttacaagaatggtatcaaaaaatgcttaaaaaagcactc
attgaacgcattgtggtggattacaaagatatctgtcaggatgctaatgagtcccatatg
atctctccatctgaacttgcctatttcgaaggtgacttttggccaaatactttggaagaa
atatttaaggaaatggatgaagaagatgctaaaagaaaacaggaacaagaagcattggct
cgcggtgacgatgatgatgaggcaaaagaaaacgtgcagactaaagaaaccgatgaaaat
ccggggaagaagaaagccaaacgaagaaagctcaaacgtagtgcttccataacgatcacg
ggtaaacgaaagcgcctgggtggtatcggttcaggtgatgttgcaaatgaagttgcacgt
cgtgtctacgaaataatggagaaacataaggagaacttctttgtcattcgattacaccct
caaaattctgtcgctgcacttccaccaattaaggatccggacccgcttattaactcagag
ctaatggaatgtcgtggtgctttcttagaaaaagctcgtgaaaagcacctagaattttca
tcactacgacgtgctaaatattccactttggtgatgttatatgaattacataatgaaaat
cgtcaacctctaatgtacacttgcaatgtttgtagtgcacaactggaaactccatggcat
tgtaaacaatgtatcgaatatgacttatgtccccgatgctatgaaaccgaaaaccatcct
catcctatggtgaaaataggtattggacttgacgattgtaataaaggacaagagccaagt
aacgattcaactattcaggaatcaggaagagataaattgagtcgttgggtaaaagcctta
ggccatagctgttattgtcgtgatgcaaattgtcgtgtatatgcatgtaagacaatgaaa
tatcaggtgcaacactttcgtgtacattcaacagatcgaaatcagtgttctgtttgtcga
ttcatctattatttatgttgctatcattccaaaacttgccatgaattgaaatgtctcgta
cctttatgtcctaaacttaaagccaaaatgaagcaacagcaaaagcaacaacgcctcaaa
caaacacaaatgttacgcagacgtatggccacgatgcagcgctgtaacagcatgactcct
aatcatcaaccaactcccccaccatctcaaaattatcaacaatgttcgcaatcttcgaca
tctgattgcatatcttctcctatgtctgtacctatgcagtcatcaccatttgcttctaca
gctgttactactgtttcctacaaccttacctctccacattcacgaagtcaatcttctatc
caatctccacagcaaagtccgttttttcaccctccttgtccatcatcttatcagaattct
caacaaactgttcattcatcaaaggcatatgtgtctagtccatcaattccccgatctccg
tcaatatctgctatgccagtctctacttgtgttcaaaatctccctcagtcaactgggact
cataatcagccagctgtaactttagaatcggaccagctgataaacacacatgtagatatc
agtaggacaggttatgcttttcagtctcaatcaaaatattcttcatcttgtacccagcct
acaacatctttcagtacccaacaacaactgcagcgacatcatatacaggaacgcccacaa
acaagtcttaataataactgggcccccaattacgttgtttctcaacatagcatccagtca
catggatctacttctggacactcagttgcacatcgacctttacttacaaacaatccagtt
cccatagatgcattatctccaaaaccatttgttcaccaaccgtgtgtgactcctatggat
gttgacccatcatatccccagcaaataatgtcaagtcggtttcagggagaaaatgaacac
aataattacattttcaataagcaatctcaacaacaatcggttacacaccacccttcacca
gcttattctcaagttattgaggggcataatcctggaacccttttacctcctagccagact
tcatcaggaactatttccaactctaattggaggcaacctggaactgcacctccaggcagt
actatgtatccatcagggtcatctgttagctctactcaaccaaatacgtcaatcgttcgg
tctggatctatgcaacctacgtcctcgcaatccatagtatcaacaacctcgcccaacatt
ggtgttgctgttccgtgtagcatctccccagaggatgtgcggatcgttcaacaagcatat
actacaatgaggcagcgaggtgctccggctctctcaatgccttccatgggtcttgtaaat
tctgctggtatgagtcctaatcgcgcagtccaaccctcccctcattattcgtctgtaatg
ctatcacagttattagggcctggtcaaacagctaatcttgttaacaccccatcttctgtt
tcagagtatcctaatatgccaaataaacagcatcttgttcgacaggaattcattccttca
acagttttccagcagaaattaaattag

  All links  
Ontology (5)   
   KEGG BRITE (5)   
Pathway (6)   
   KEGG PATHWAY (6)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (100)   
   KEGG ORTHOLOGY (1)   
   RefGene (96)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (122)   

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