KEGG   Salmo salar (Atlantic salmon): 106579918
Entry
106579918         CDS       T04363                                 
Symbol
ncor2
Name
(RefSeq) nuclear receptor corepressor 2
  KO
K06065  nuclear receptor co-repressor 2
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04330  Notch signaling pathway
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04330 Notch signaling pathway
    106579918 (ncor2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sasa03036]
    106579918 (ncor2)
Chromosome and associated proteins [BR:sasa03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    SMART complex
     106579918 (ncor2)
SSDB
Motif
Pfam: GPS2_interact Myb_DNA-binding Myb_DNA-bind_6 DUF4820 DnaT
Other DBs
NCBI-GeneID: 106579918
NCBI-ProteinID: XP_014015779
UniProt: A0A1S3NK35
Position
ssa20:complement(20236254..20374080)
AA seq 2453 aa
MSSHPQSVPQGRRAVDIRHLPNPASLPLQLARAHTDVGLVDYHPHSRDYSSHLAQPHRRR
PSLLSEFQPGNERGQEQHIRYEHIYLPDPNNLSEVEYAEMKRPRLDMGPESLMRHSAHRP
QLPLGGAEDMSKDRGSSMGKLEPISPVSPAQMDPDLDLVPARFSKEELIQNMDRVDREIT
MVEQQICKLRKKQVQQQLEEEAAKPQEPERSMISPPPSEAKHRSLVQIIYDENRKKAEEA
HWILEGLGPRVELPLYNQPSDTKQYHENIKINQAMRKKLILYFKRRNHARKQWEQKFCQR
YDQLMEAWEKKVDRIENNPRRRAKESKVREYYEKQFPEIRKQRELQERMQSSRVGQRGGG
LASSSARSEHEVSEIIDGISEQENTEKQMRQLAVIPPMLFDAEQQRIKFINMNGLMDDPM
KVYKDRQVMNMWSEQEKDTFREKFIQHPKNFGLIASFLERKTVAESVLFYYLTKKNENYK
NIVRRNYRRRGRSQHSQQQQQQLQVNRSSQEDKEEKEKEKEKEKEKEKEGERDEEKTEGE
DKEDVMKDDTSGEDGEDKEPTVAFKGRRTANSQGRRKGRVTRSMTSEVEETATPPLSSEL
ANLEMNESSRWTEEEMETAKKGLLQYGRNWSAIAKMVGSKTVSQCKNFYFNYKKRQKLDE
ILQQHKMKSERERKARRKGKALQSEEASAPSAAEEEEMEGSGASGNEEEAPEDGEGGANN
SSDTESLPSPRSSEDSKAKEEGGGRAKAGSKPGDKEASGSHMVQGGDEKPPGDGDKAIKQ
EVKTEAGEGSKELPSESTDSDRKPPTAEAEESKSSSKSSKRDHEPKTGSHADSDSSATCS
ADEVEESENTEKNRMTSPNRPSLLNYAHDGVISSPLQKPMDLKQLKQRAAAIPPIMPQIP
EGGPRGGVGKAVLPPHALALYQQQITMAHGESSQEAKLQQHAGQPSKQHPYPAQGDRDPH
NISSPRVRPRSPSTSDKDELEGNERWLQTLLHGLHKSRAFSPHGDPKKQAVGPEDLRATT
LGRPVMSPYPMSPRDMAKLSHDQHLLHYNSSFQQVGLSGPPGLQQDGIRMAAVRPLHMPE
PPPLISSNKPGGSITQGTPVQLHSPAHGMDHGKMPPAQMGLSWMDQRKVGESKCLEWVQH
SQPWFAGPYPVVKQEQLSPRCSSSQAENLSTQGAPHDANAGRGSIPAVQGGSITKGIPGT
RVHQDSPISYRGGSITQGTPADVLYKGTITRLITEDNPSRAERERDEALSKGHVVYEGIS
GHILTYDRLPSQNPKEDGRGQPGEILGLKRPYDVMEGGISRGLPMRDSLSAANCEGLMGR
AMPHERDSPHPTHHIRGSISQGIPRHLEPQDGYMRREPKQMKREGSPPRGPGQMADPMKG
RDGMVPTVKEGGRSIHLIPREELRQMPEVMMMAKAGKDGIIAQGAPMKQEQGGLRKGHDV
RSIIASSPRSHYGMPSHLEMRGPEQRGRYEEGPKGRPSAVVSTASSMARSSPLAMGGDQG
GKAHQSPVRYEEPKGGMRAPYTGPSHRGSPLSRESGQRQHDGSNKNQPQERKSTPTPREM
SSGKSPLPGVAEQQAQQQAQQQASLASYERLLQGLGADVYRGQIPLAFDPAALRQGIPID
PAAYYLPRHLAPNPGYPHPYPYLIRGFPDTAALENRQTLLNDYITSQQMHQWPAAAAMAA
QRSDLLRGLSPRDQPLQLPYSAAPRGIIDLSQVPHLPVLVPPSAGSSGSPMDRITYIPGA
FPSQPYTSSPISPVGPQHMSKQHGTPSSADRERERDRERDRERDREQERERERDRERRDR
DRERERERDRDREKGISHGNVEHAPIWRPGTEHSSGGSVRPSSHSGYGHQHSPVSPRTQD
SVQQRPSVLHNTGGKSLPVSDHNNPSVLRSMPGSNRYPGYGYQQSMDSKEMGRDGSKSRG
GLPKHTQDQHGPSISSSKSDPKLASPNQGGYPSPYPQGSSASHHSGRPPPHLLPPQSDNA
AGRGESGTPSREKTQNKPMSVQEQELRSLGKTTMTAANFINAIIMRQISCETGMPETGSL
VANSASDVQQKMMPMEQHGLYRPPSEERLSPGQQPQSPLVKSSQRVVTLAQHISEVITKD
YTRQTQQQVHMQQSYHNNSVLDLTRTTSAPQAPPASQEPSQGPRYTPEGAGGDRARDRSP
PQPKVSPVNMSTDGIEPVSPAGAMSEPETQGASYPNEQGMGSRSPPSTSQPPAFFSKLTE
STSAIVKSKKQEMIKKMTVVGSDAEFNPGQPGTEIFNMPASTTAGPVSIRSHPAPEVSGN
TIGLEAIIRKALMGNYDDQAEERPPSSNAINPMVASVPAAMLPADGRTEDSYSLQGGGKP
KGSGRSNGRKAKSPGPGLSGGERPSSVSSVHSEGDANRRTPVTNRVWEDRPSSTGSTPFP
CNPLTMRFPSGMPVSNPSPTPSGQLGAQGQGRSWEEEPKPLLCSQYETLSDSE
NT seq 7362 nt   +upstreamnt  +downstreamnt
atgtcctcccacccccagtctgtgcctcagggccggagggctgtggacatccgccacctg
ccaaaccctgccagtctaccactgcagctggcacgggcacacacggatgtgggactggtg
gactatcaccctcactctcgggactacagctcccacctggctcagccccaccgccgcaga
ccctctctgctgtccgagttccagccagggaatgagagaggtcaggagcaacacatccgc
tatgagcacatatacctgcccgatcccaacaacctatcagaggtggaatatgctgagatg
aagcgtcctcggctggacatggggccggagtctctcatgaggcactcagcccaccgccca
caacttcctctgggaggggcagaggacatgtcaaaggaccggggcagctccatggggaag
ctggagcccatctcccccgtaagcccggcccagatggaccctgatctggacctggtgccc
gcccgcttctccaaggaggagctcatccagaacatggatcgtgtggaccgggagattacg
atggtggagcaacagatctgcaagctacgcaagaaacaggtacagcaacagctagaggag
gaggcagcaaagccccaggagccggagcggtccatgatctcccctccacccagcgaggcc
aagcaccgtagcctggtgcagatcatctacgacgaaaacaggaaaaaggcagaggaagct
cactggattctggaaggactgggacctcgagtagaactgcctctgtacaaccagccctca
gataccaagcagtaccatgagaacatcaaaataaaccaggcgatgaggaagaagctcatt
ctttacttcaagaggagaaatcatgctcgtaagcagtgggaacagaagttctgccagcgc
tatgaccagttgatggaggcctgggagaagaaggtggatcgcattgagaacaacccccgg
cgccgggccaaggagagcaaggtgcgcgagtactacgagaaacagttccctgagatccgc
aagcagagggagctgcaggagcgcatgcagagtagccgggtggggcagcgtggaggggga
ttggcctcgtcttcagcccgcagtgaacatgaggtctctgagatcatcgacggcatatca
gagcaagagaacaccgagaagcaaatgcgtcagctggcggtcatccctcccatgctattt
gacgcagagcagcaacgtatcaagttcatcaacatgaacggcctgatggacgaccccatg
aaggtgtacaaggaccggcaggtcatgaacatgtggagcgagcaggagaaggacaccttc
cgtgagaagttcatccagcacccaaaaaactttgggctgattgcttctttcctggagaga
aagacggtggcagagagtgtcctcttctactacctgaccaaaaagaacgagaactacaag
aacattgtgcgcaggaactatcggcgccgtggcaggagccagcatagccagcagcagcag
caacaactgcaggtgaaccgcagcagccaggaggacaaggaggagaaggagaaggagaag
gagaaggagaaagagaaagagaaggaaggagagagggatgaggagaagactgagggagaa
gacaaggaggatgtaatgaaggacgacacctccggcgaggacggggaggacaaagagccc
acggtggctttcaagggtcgacgcacggccaacagccagggtcgccgcaagggccgcgtt
acccgctccatgaccagcgaggtggaggagaccgccacgccaccgctcagcagcgaacta
gccaatctggagatgaatgagagctctcgctggactgaagaggagatggaaaccgccaaa
aaaggtcttctccagtatggtaggaattggtcggccatcgccaagatggtgggctccaaa
actgtgtcacaatgcaagaacttctacttcaactacaagaaaaggcagaaactggatgag
attctgcagcagcataaaatgaaatcggagagagagcgtaaggcgcggcgtaaaggcaaa
gctctacaaagtgaagaggccagcgccccgtctgctgctgaggaagaggagatggagggt
tccggggccagcggcaatgaggaggaagctcccgaggatggagaaggtggggctaacaac
agctcggacactgagagcctgccctctccgcgttcctctgaggacagcaaggctaaagag
gagggtggcggtagggccaaggctggctccaaacctggggacaaggaggcctcaggctcc
cacatggtccagggaggagatgaaaagcccccaggagatggggacaaggccatcaagcag
gaggtgaagactgaagcaggggagggtagtaaggagctgcccagtgaatccacagacagt
gacagaaagccccccactgcagaggcagaggagagcaagagctcctccaagagctccaag
agggaccacgagcccaagacgggctcccatgcagacagtgactctagcgccacctgcagc
gctgacgaggtggaggagtcggagaacaccgagaagaacaggatgacgtccccaaaccgt
cccagccttctaaactatgctcatgatggggtcatctcctcccccctgcagaagcccatg
gacctgaagcagctcaaacagagggctgcggccatcccccctattatgccccagatcccg
gagggtggcccgcggggtggggttggtaaggccgtgctgcccccccatgccctggctctc
taccagcagcagatcaccatggcccatggagagtcctcccaggaggccaaactgcagcag
catgcaggtcagcccagcaaacagcacccttacccagcgcagggagacagagacccccac
aacatcagcagcccccgcgtccgcccacgcagcccctccaccagcgacaaggacgagctg
gaaggaaacgagaggtggctgcagactctacttcacggattacataagtcccgggccttc
tctcctcacggagaccctaagaagcaggcggtggggccagaggacctgagggccactacc
ctgggccggcctgtcatgtccccctacccaatgtcccctcgagacatggccaagctcagc
cacgatcaacacctgctccactataactcctctttccagcaggttggcctctctggaccc
cctggtctgcagcaggatggcatcaggatggcagcggtgcgccccctccacatgccagag
ccaccccctctcatctcctccaacaagccaggggggtctatcacacagggaaccccagtg
cagctgcatagcccggctcacgggatggaccatgggaagatgccccctgcacagatgggt
ttgtcctggatggatcagaggaaagtgggtgagtccaagtgtctggagtgggtgcagcat
tcccagccttggtttgctggtccctaccctgtggtgaagcaggagcagctgtccccgcgg
tgctcgtcctcccaggcagagaacctgtccacgcagggggcgccccacgacgccaacgct
ggacgtgggtccattccagcggtgcaggggggcagcatcacaaagggcatcccagggacc
agagttcaccaggactcccccatctcctaccgaggaggctccatcacccagggcaccccg
gctgacgttctgtacaaggggaccataacccgtctgatcacggaagacaatcccagcagg
gcggagagggagcgggacgaggccctgtccaaaggacacgtggtctatgagggcatcagc
ggacacatcctcacctatgaccgcctaccctctcagaaccctaaagaagacggccggggc
cagcctggggagatcttggggctgaagcgcccctatgatgtcatggagggagggatctcc
agggggctgcccatgagggactctctgtctgcagccaactgtgagggtctgatgggtaga
gccatgccccatgagagagacagcccacacccgacccaccacatccgtggttccatttca
cagggtatcccccgtcacctggaaccccaggatggctacatgaggcgagagcccaagcag
atgaagagagagggctccccgccccgagggcctggccagatggctgacccaatgaagggc
cgagacggcatggttcccaccgtgaaggaggggggccgatccatccacctcatccccaga
gaggagctccgacagatgcccgaagtcatgatgatggccaaggctggcaaagatggcatc
atagcacagggcgctcctatgaagcaggagcagggtggcttaaggaaggggcacgatgtt
cgttccatcatcgccagctccccacgctcccactacggcatgccctcccacctggagatg
cgggggcctgagcagcggggccgctatgaggaaggtcctaagggccggcccagcgctgtg
gtcagcacggccagctccatggcccgctcctcgcccctggccatggggggcgaccaaggt
ggcaaggcccaccaaagccccgttcgctacgaggaacccaagggtggcatgagggctccc
tacactgggccttctcacagaggatcccccctgtccagagaatcaggccagcggcagcat
gatggctccaataagaaccagcctcaggagcgcaagtccacacccacccctagggagatg
agctccggcaagtcaccgctgccaggcgttgcagagcagcaggcccaacaacaggcccaa
caacaggcgtccctggcgtcgtacgagcgtctgctgcagggtctgggggctgacgtgtac
cgaggtcagatccccctggcctttgaccctgctgccctgcgtcagggcatccccatcgac
ccagcagcctactacctgcctcgccacctggcccctaaccctggctaccctcacccctac
ccctacctgatccggggcttccccgacacggcggccctggagaaccgccagacgctgctc
aacgactacatcacctcccagcagatgcaccagtggcctgcagcagccgccatggctgcc
cagcgctcagacctgctgagggggctctcgccacgggaccagcccctccaactgccctac
tctgctgccccgcgcgggatcatcgatctgtctcaggtgccacacttacctgtcctggtc
cctccctctgcagggtcttccggctcccccatggaccgcatcacctacattcctggagcc
ttccctagccagccatacacctcctctcccatctcaccagttggaccccaacacatgagc
aagcagcacggcacaccgtcctctgctgaccgcgagcgggagagagaccgggagagagac
cgcgagagggacagggaacaggagagagagagagagagggatcgcgagagacgggacaga
gacagagagcgagagagggagcgggacagggacagagagaaggggatctctcacggcaac
gtggaacacgcccccatctggagaccaggcacagagcacagctcaggtggtagtgtcagg
ccctcctcccactctggctatggccaccagcactccccggtgtcccctcgcacccaggac
agtgtccagcagaggcccagtgtcctgcacaacactgggggcaagagtctgcctgtcagc
gaccacaacaacccatctgtgctaaggtccatgccaggctcaaatcgctacccaggctac
ggctaccaacaaagcatggactctaaggaaatgggccgggatgggagcaagagtagggga
ggccttcccaaacacacccaagaccaacatgggccctctatatcctccagcaaatctgac
cccaagctggccagccctaaccaagggggttaccccagcccctacccccagggctcttca
gcctctcaccactcagggcgccccccccctcacctgctgcccccccagtcggataacgct
gctggccgcggagaaagtggcacacctagtagggaaaagactcaaaacaaaccgatgtcc
gttcaggaacaagagctccgatcactcggtaagaccaccatgactgcggccaacttcata
aacgcgattatcatgcgtcaaatttcttgtgaaacgggaatgccagagacgggctcgctc
gtggccaacagcgccagtgatgttcagcagaagatgatgcccatggagcagcatggtctg
taccgacctccctctgaggagaggctgtccccgggccagcagccccagtcccccctggtc
aaaagcagccagagggtggtcaccctggcccagcacatcagtgaggtgatcaccaaggac
tacacccggcagacccagcagcaggtccatatgcagcagtcctaccataacaactctgtc
ctggacctgacccggaccaccagcgccccccaggccccacctgcctcccaggagcccagc
caggggcctcgctacactccagagggagccggaggggatcgtgcccgagacaggtcccct
cctcagcccaaggtgtcacctgtcaatatgtctacagacggcattgagcccgtgtcccct
gccggagccatgtctgaaccagagacgcaaggggcctcctaccccaacgagcagggcatg
ggctctcgctcccctcccagcacctcccagcccccagccttcttcagcaagctcactgag
agcacctcggccatcgtcaagtccaagaaacaggagatgatcaagaagatgactgtggtc
ggcagtgacgccgagttcaatcctggtcagccaggaacagagatattcaacatgcctgcc
tctaccactgcaggacctgtgagtatacgcagccacccggctcccgaggtgtccggtaac
accatagggctggaggccattatcagaaaagccctgatgggaaactatgatgaccaggcc
gaggagcgccctccctcctccaatgctattaaccccatggttgccagtgtgcctgccgct
atgctccccgctgatggacggacggaggactcttactcactgcaaggtggggggaaacca
aagggcagcgggcgttctaacgggcggaaggccaaatcccccgggccgggcctgtcaggg
ggggagagaccctcctctgtgtcctctgtccactctgagggggatgccaaccgccgcacg
cccgtcaccaaccgtgtctgggaggaccggccctcctccacaggctccacacccttcccg
tgtaaccccctgaccatgcgttttccaagtggcatgccggtgtcaaacccctcccccacc
ccctctggccagttaggggctcagggccagggccggtcctgggaggaggagcctaagccc
ctgctgtgttctcagtatgagaccctgtctgacagtgagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (14)   
   UniProt (1)   
   RefSeq(pep) (13)   
DNA sequence (17)   
   RefSeq(nuc) (13)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (119)   

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