KEGG   Xenopus tropicalis (tropical clawed frog): 733898
Entry
733898            CDS       T01011                                 
Symbol
ncor2
Name
(RefSeq) nuclear receptor corepressor 2 isoform X5
  KO
K06065  nuclear receptor co-repressor 2
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    733898 (ncor2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xtr03036]
    733898 (ncor2)
Chromosome and associated proteins [BR:xtr03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    SMART complex
     733898 (ncor2)
SSDB
Motif
Pfam: GPS2_interact Myb_DNA-binding Myb_DNA-bind_6 DnaT
Other DBs
NCBI-GeneID: 733898
NCBI-ProteinID: XP_002935331
Xenbase: XB-GENE-5963150
UniProt: A0A8J0QPW8
Position
1:160347514..160573360
AA seq 2456 aa
MSGSTQQATQSRRTGEARYPPHAMAYPIQLSRAHTDANLLEYQHHPRDYSSHLGHGSVLL
TQRRRPSLLSEFQPGNERSQELHGRGDQHSYLSDLSKQQDLDLAEVKRPRLEILHDPLIR
HSTLITQNQHVTGEELNKDRCMSGKLEPVSPSSPPLADGDLDLLPTRLSKEELIQNMDRV
DREIIMVEQQISKLKKKQQQLEEEAAKPLEPEKPISPPPVESKHRSLVQIIYDENRKKAE
AAHRILEGLGPHVELPLYNQPSDTKQYHENIKINQTMRKKLILYFKRRNHARKQWEQKLC
QRYDQLMEAWEKKVERIENNPRRRAKESKIREYYEKQFPEIRKQRELQERMQSRVGQRGS
SLSFSAARSEHEVSEIIDGLSEQENLERQMRQLAVIPPMLFDAEQQRIKFINMNGLMDDP
MKVYKERQVMNMWSEQEKDTFREKFIQQPKNFVFIASFLERKTVSDCVLFYYLTKKNENY
KSLIRRNYRRRGKSQQQMPRSNQEEKDEKEKEGDRDEYKQDLENEKDEPGKEKNDDTSGD
ENDDKEAVTAKGRKTANSQGRRKGRITRSMANEANEESTAPQQNADLAAMEMNESSRWTE
EEMETAKKGLFEYGRNWSAIARMVGSKTVSQCKNFYFNYKKRQNLDGILQQHKLKMEKER
NNRRKKKKAVQMEEETPYPPAMEDEEMEASGMSGNEEEMADEGDAAVNNSSDTESVPSPR
QEAKERRENEPKPTGASGENANTEVVVSPENSTAEQCQDTTEKTCNEEVAGKEETHIIKK
EEEEEGKACEELNKQEIKQEELEDSKENVAEKVEEMQKETGEAAPAEDATSKIEKKHSKH
TGKANADSDSSATCSADEADEAEKNRLQSPRPSLLSSSSEVRINSSPQKPLDLKQLKQRA
AAIPPIISEGFSESAAQNTPVKQQMSHGLALYQDQITTVPDLALEVLALTKHPQPPVPPD
KEQQTINSPKGSSKSPMTVEKDEKPQYVGLQVETPRISAKSTCIALWPPNVPQSQVPARE
VIKPPSPSEALSSYNAQGHPVPLNLHDSSRSGVPRIPSISNPPPLISSKHPTAIERPIVS
ISQGVPIPLHVPYGSEHAKVPAGSITMGLPMNMDPKKLVPFLKQEQLSPRSQPSQPENLA
MQTSQETSIFRGTSQGGSLSKGIPASRPPSNSPITYRGSITHGTPAEVLYKGTITKIMGE
DSPGVREGLSKGHVIYEGKKGHVLSLDGSSTSQKEDGRTAASSHEISSSKRTYDMMDGRV
PRGLQVRELPAGPIEGLIGRAIPGDRHSPHSMKEPLQHLRGSITHGTPRSYIEAHEDYLR
REAKQLKRESTPPRGLPEAYKVRSHEGLSGPLKMKAHEAMVATVKEVGRSVHEIPREEMR
HTPEMQVTPRSHKEGSITQGTPLKYDSGSSSSSAKKHDVRSIIGNSGRPFHTLHPMDVLQ
DPRTMERVCYEEALKSRPGSVTSSGGSITRGAPVIVPDPGKPRHSPLSYEEHPLAHGAGF
SSHLNRGSPVTTRESSQRQLEGSITSGKPIPQERKSTPNPRDAANSKSPHTTVPEHLHPL
SPYEHILRGVSQADLYRGHIPLAFDPATISRGIPLEAAAYYLPRHLPPNPAYPHLYPPYL
IRGYPDTAAMENRQTIINDYITSQHMHHNTATAMAQRADMLRGLQQRDPALALNYTAGPR
RIIDLSQVPHLPVLIPQSASPSAATMDRITYISGAPQTFSSRHSSSPHSPATSSHVTKQT
SSAPEREREREKSVLSTTVEHAPIWRPGTEQSSGRSSSHSHQHSPVSPRMHENVQQRPSV
LHNTSMKNLMASTESSTPSVLRTSSSSSPIRSSVQLTAASHRSAGGSEGYQSAEHAMLQK
DLTRTRDPKLERHRTENFYNSKLSAAAIEQTSPIKAMESRPLIATGASSAHQYNNGQGKG
QQHQPLDQSTVAASEQHNRDKTPNKPFSMQEQELRSLGKTTMTAANFIDAIIMRQISCDN
GKRERGSLNIDANSDGFPAGYSPDRLDSPRNSPGLCHDKGILAATQDLESSGFDQELRQK
QGPIKLSTSDGHMRQKAEGQQSPCHAQPPYGKSQRVVTLAQHISEVITQDYTRHHPQQLH
PQMPASMYYAGAGCPVLDLRQNPSDSVLQHQELVQAARVSPGSNGEKRSPDQNKASALSG
SEDGIDPISPPEGMGDPDYSRSTTYPTLYREGELTEPRMGSKSPGNNTQPPAFFSKLTES
NSAMVKSKKQEMIKKLSTTNRSEQEYSVGQPGTEIFNMPANTGAGPISSRNQTVPETSNS
NMGLEAIIRKALMGKYDEHWDDRSALNANAFNPLNASASLPSAIPITTVDGRNDDMRSLT
GSGKAKIPRPSSRKAKSPAPGQASGERPPSASSVHSEGDCNRKTPLTNRVWEERPSSTGS
TPFPYNPLTIRLPTGLVAAPTSSSIPQSNSGTPQRARDEEPKPLLCSQYETLSDSE
NT seq 7371 nt   +upstreamnt  +downstreamnt
atgtctggatctactcagcaagccacacagagccgaaggacaggagaggctcgctatcct
ccccatgctatggcctatccaatacagttgtctcgtgcgcacacggatgccaacctcttg
gagtaccagcaccacccccgtgattacagctcccacctaggccatggctccgttctcttg
acacaaagaaggcggccctcactgctgtctgaattccagccaggaaatgaaaggtctcaa
gagctacatggaagaggagaccaacattcctacctgtctgacctgagcaagcaacaagat
ctagacctggcagaagtaaagaggcctagactggaaattcttcatgacccacttatccga
cactctaccctcataacacaaaaccagcatgtaacaggggaagaattaaacaaggatcgc
tgcatgagtgggaagctagagcctgtatccccttccagtcctcctctagctgatggagat
ctagatcttctgcctaccaggctttccaaggaagaactgatccagaatatggacagagta
gatcgggaaatcatcatggtggagcagcagatatccaaactgaagaaaaaacagcaacag
ttagaggaggaagctgccaaaccacttgaacctgagaaaccaatttcaccccctcctgtt
gaatcaaagcaccggagtttggtccagattatctacgatgagaacaggaaaaaagctgag
gcagcccaccggatactggaaggtcttggaccccatgtggaactacctttatacaaccaa
ccttcagatacgaagcaatatcacgagaacattaaaataaaccagacgatgcgaaagaag
ctgatactgtattttaaaagacgaaaccatgcacggaagcagtgggagcagaaactgtgt
cagcgctatgaccagttaatggaagcctgggaaaagaaagtggagcggattgagaacaac
ccacgaagacgagccaaagagagcaaaataagagagtattatgaaaaacagtttccggag
atccgcaagcagagggaactacaggaacgcatgcaaagcagggtaggacagaggggaagc
agcctgtccttttctgcagcacgcagtgagcacgaagtgtcagaaattattgacggtctc
tcagagcaggagaatctggagaggcagatgcgccagctggcagtcattcctcccatgttg
tttgatgctgaacagcagaggatcaagtttattaacatgaatggtcttatggacgatccc
atgaaggtgtacaaggaacggcaggttatgaacatgtggagcgaacaggaaaaagacaca
tttagggagaagtttatacagcagcccaagaactttgtgttcattgcctcattcttggaa
aggaagactgtttcagattgcgtgcttttctattacctgaccaaaaagaatgaaaactac
aaaagcctcataagaaggaattatcggcgccggggaaagagccagcagcagatgccccgc
tctaaccaggaagaaaaagatgaaaaagaaaaggagggtgatagagacgaatacaagcaa
gacctggagaatgaaaaggatgaacctggaaaggagaagaatgacgacacatctggtgat
gagaatgatgacaaagaagcagtgacagcaaaagggcgcaaaacagccaacagccagggc
cgacgtaaggggaggattacaaggtctatggcaaatgaggccaatgaagaatcgactgcg
ccccaacaaaatgcagatttagctgccatggagatgaatgaaagctcacggtggacggaa
gaggaaatggaaaccgctaagaaaggtctctttgaatatggacgtaactggtctgccatt
gccaggatggtgggctccaagaccgtgtcccagtgcaagaacttctacttcaattacaag
aagaggcagaacctagatggcattttacagcagcataaactgaaaatggagaaggagcgg
aacaacagacgtaagaagaaaaaagcagtccaaatggaggaggagaccccataccctcct
gctatggaggatgaagagatggaggcatctggtatgagtggcaatgaagaggaaatggca
gatgaaggagatgctgcagttaataacagttcagacactgagagtgtcccttcaccgagg
caggaagccaaagagaggagagagaatgaacccaagccaacgggagcttctggggagaac
gccaacactgaggtggtcgtcagtccagaaaactccacagccgaacaatgtcaggacact
accgagaaaacttgtaatgaggaggtggctgggaaggaagaaactcatatcattaaaaag
gaggaagaggaagaaggaaaagcctgcgaggagctgaataaacaggagataaagcaagag
gagctggaggacagcaaagaaaatgtggctgaaaaggtagaagagatgcagaaagaaaca
ggagaagcagcaccagcagaggatgcaacctctaaaattgaaaagaagcacagcaaacat
acaggcaaggcaaatgcagacagtgactctagtgccacctgcagtgcagatgaagcagat
gaagccgagaaaaacaggctacagtctccccggcccagcctgctaagttccagcagcgaa
gtacggatcaactcctcgcctcagaagccactggacctgaaacagttgaagcagagagca
gctgctattccacccataatttcggaaggcttctctgagtcagctgctcagaacactcca
gtgaagcaacagatgagtcatgggctggccctttaccaagaccagatcacaacagttcct
gatttggccctggaagtactggcactcactaagcaccctcagcctcctgtgccacctgac
aaggagcagcagacaatcaatagccccaaagggagcagtaaaagtcctatgactgtggaa
aaggatgaaaaacctcaatatgtgggattacaggtggaaacgccaagaataagtgcaaag
tcgacatgcattgcgctttggccccctaatgtaccacaaagtcaagtgcctgccagagaa
gtgataaagcccccatctccttctgaagctctgtcctcatataacgcccaaggtcatcca
gtgccactaaacctgcatgacagctcccgatctggggtacctcgcattcccagtatatcc
aacccccctcctctcatctccagcaagcacccaaccgctatagaaagacccattgtatct
atttctcagggtgttcccatcccacttcacgttccttatggttcagaacatgcaaaggtc
cctgctggatcaatcacgatgggtttaccgatgaacatggaccctaaaaaattggtgcca
ttcctgaaacaggagcaactgtcacctcgaagccagccaagccaaccagagaaccttgca
atgcagacttctcaggagacctccatttttagggggacatcccaaggaggaagtctcagc
aagggcattccagccagcaggccaccttcaaactcgccaattacttaccgaggatccatt
acccatggtactccagctgaggtactttacaaaggaaccattaccaaaatcatgggagaa
gacagtccaggagtccgcgagggcctttctaaagggcatgtcatatatgaaggaaagaag
ggacacgttctgtcccttgatggaagttcaacatctcagaaggaggatggtcggacagca
gcttcctcccatgagatcagtagttctaaacgcacttatgacatgatggacgggcgggtg
ccacgaggtttgcaagttcgtgagcttccagctggtcccattgagggccttattggaaga
gcgattccaggagatcggcatagcccccacagtatgaaggaaccactgcaacacctccga
ggctctataacacatggtacccctcgttcatacattgaggcacatgaggactacctcaga
agagaagccaagcagctgaaaagagaaagcactccaccacgcggtctacctgaggcctac
aaagtgaggtcacatgaaggcctttcaggcccattaaagatgaaggcccatgaagccatg
gtggcaacagtgaaggaagtagggagatctgtccatgagattcctagggaagaaatgagg
cacacaccggaaatgcaggttacacccaggtctcataaggaaggttcaatcacacagggt
acccctttgaaatatgacagtggttcctcatcttcaagtgccaaaaaacatgacgtgcgt
tcaataatcggtaactcgggtaggccattccacacattgcaccccatggatgtcttgcag
gacccaaggactatggagagagtgtgttatgaggaggcactgaaaagcagacccggctct
gttaccagctctggtggctccattacaaggggggcaccggttattgtgccagatccaggc
aagccaagacacagtccactctcttatgaagaacacccactggcccatggggcagggttt
agcagccatttgaatagagggtctccagtgaccacaagggagtcttcacaaaggcagctt
gaagggagcattacatctggaaagcctatacctcaggaaaggaagagtacccctaatccg
agagatgcagcaaactccaagtctcctcacaccactgtcccagaacaccttcaccctcta
tccccctatgagcacatactgcgtggagtcagccaggctgacctctatagaggtcatata
cctttagcatttgaccctgctaccatttccagagggatcccattggaggcagctgcctat
tacctgcccagacacttgccacctaatcccgcctacccccacctctaccctccgtacctc
atccgtggctacccagatactgccgccatggagaatcgccagactatcatcaatgactac
atcacctcacagcacatgcaccataatacagctactgccatggcgcagagggcagacatg
ttgcgtggcctgcagcagagggatccagccctggctctcaactatacagcaggtcctcga
agaattatagacctctctcaagtgccacatttacccgtcctcattccccagtctgcaagt
ccatctgctgccacaatggataggataacctacatctctggggcaccgcagacctttagt
agccgacacagcagttccccacactccccagcaaccagctcacatgtgaccaaacagacc
tcatctgctcctgagcgtgagagagagcgtgaaaagtcagtgctgtctactactgtggag
catgcgcctatatggagacctggcacagaacagagcagtggacgctcttccagtcacagc
caccaacactccccagtgtcaccacgcatgcatgaaaatgtgcagcagcgccccagtgtt
cttcataatacaagcatgaaaaaccttatggccagcacagaaagctccaccccatcagtt
ctgcgaacttcttcaagctcttcgcccatccgatcatcagtgcagttgactgcagcgtct
catcgctccgcaggtggatctgagggttaccagtctgctgagcatgctatgttacagaag
gatctaactaggacacgtgaccccaagttagaacgccataggactgagaacttttataac
tccaagctgtctgctgcagccatagaacagacttctcccataaaggctatggagtctcgg
ccactcatcgcaactggggccagttcagctcaccagtataacaacggacaggggaaaggc
caacagcatcagcccctggaccagtctacagtggcagcgagtgagcagcacaatagggac
aagaccccaaataaacccttttccatgcaggaacaggagctccgatcactcggtaagacc
accatgactgcggccaacttcatagacgccattatcatgcgtcaaatttcttgcgataac
ggaaagcgagaaagaggctcgctaaatatcgacgccaatagtgatggattccctgctggc
tatagccccgacagacttgatagccccaggaattcccccggactgtgccatgacaagggc
atccttgcggctacacaggacctggaaagctcaggatttgatcaggagttacgacaaaaa
caagggcccatcaagctttcaacatcagatggtcacatgcggcagaaagccgaaggccaa
caatcaccatgtcatgctcagcctccatatggaaaaagccaacgggtggtcaccttggca
cagcacattagcgaggtgattacgcaggattacactcggcaccatccacagcagctacat
cctcaaatgccagcatcaatgtattatgctggagctggttgtcctgtactggatctaagg
cagaaccccagcgacagtgtgcttcagcatcaggaactggttcaggctgcaagagtatcg
ccagggagcaacggagagaaacgatcacctgatcaaaacaaagcatctgcattgagtgga
tcagaagatggtatcgaccccatatctccaccagagggcatgggagacccagactattct
agaagtaccacatatcccactttatatagagagggagaactgacagaaccaagaatgggt
tcgaaatccccagggaacaacacacagcccccagcgttcttcagtaagctgaccgagagc
aactctgctatggttaagtccaagaaacaggagatgattaaaaagcttagtacaaccaac
aggagtgagcaagagtatagtgtgggacagccaggaacagagatatttaacatgccagcc
aatacaggagcaggacccatcagcagcagaaaccaaactgtgccagagacttccaacagc
aacatgggattggaggccataataagaaaggccctaatgggtaaatatgacgagcactgg
gacgaccgctcagctctcaatgccaatgcttttaaccctttgaatgccagcgcaagtctg
ccctctgctatacccataaccactgtcgatggacggaatgacgacatgcgatccttgaca
ggcagtggaaaagccaagattcccagaccaagcagccggaaggccaagtctcctgcacca
ggtcaggcttctggagaaaggcctccctcagcttcatcagtgcattcagagggcgactgc
aacaggaaaactcccctaactaacagagtgtgggaagagaggccatcctcaacagggtca
acaccatttccatacaatccactaacaatccggctcccaacgggccttgttgctgctcca
acctcttcatccattccacagagtaactctggaaccccacagagggctcgggatgaagag
cccaaaccgctgctttgctcccagtatgaaactttgtcagacagtgagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (19)   
   UniProt (1)   
   RefSeq(pep) (18)   
DNA sequence (20)   
   RefSeq(nuc) (18)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (52)   

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