KEGG   Salmo salar (Atlantic salmon): 106567980
Entry
106567980         CDS       T04363                                 
Symbol
ncor1
Name
(RefSeq) nuclear receptor corepressor 1
  KO
K04650  nuclear receptor co-repressor 1
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04350  TGF-beta signaling pathway
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04350 TGF-beta signaling pathway
    106567980 (ncor1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:sasa01009]
    106567980 (ncor1)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sasa03036]
    106567980 (ncor1)
Protein phosphatases and associated proteins [BR:sasa01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     106567980 (ncor1)
Chromosome and associated proteins [BR:sasa03036]
 Eukaryotic type
  Histone modification proteins
   HDAC complexes
    SMART complex
     106567980 (ncor1)
SSDB
Motif
Pfam: GPS2_interact Myb_DNA-binding Myb_DNA-bind_6 LOB
Other DBs
NCBI-GeneID: 106567980
NCBI-ProteinID: XP_013993394
UniProt: A0A1S3LS24
Position
ssa13:72730797..72852562
AA seq 2541 aa
MSSSSGYPPTQGSFSSEQSRYPPHSVQYTFSTTRHQQEFTVPDYRGHLQDQQGRRRPSLL
SEFHPGTERPPERRHGYEQQFHSVTSQQQTDGHEALEAKRPRMETVSEAHFSHNALSGGI
VLPLQSHQVQDSLRASGGEVKKETQFSGMKAESQSPGGLHRVGEEQDGSPSKLSKEELIQ
SMDRVDREIAKVEQQIFKLKKKQQQLEEEAAKPVEPEKPVTPPPIPQEHNKHRSIVQIIY
DENRKKAEEAHKIFEGLGPKVELPLYNQPSDTKVYHDNIKTNQVMRKRLILFFKRRNHAR
KQREQNICQRYDQLMEAWEKKVERMENNPRRKAKDGRTREYYERQFPEIRKQREQQERFQ
RVGQRGTGMSATIARSEHEISEIIDGLSEQENNEKQMRQMSVIPPMMYDTEQRRVRFINM
NGLMDDPMKVYKARQFMNVWTEHEKEIFKEKFVQHPKNFGLIASYLERKCVSDCVLYYYL
TKKNQNYKTLVRRNYGRRRGRNQQITRPSQEDKSDDKIEEEKSEKSEKKEDEQNKEEEEK
DEKEDSRDIGKDKDKCDGGEDEDGKEQSTPRGRKTANSQGLRKGRITTRSMANEAASVAT
EEPLPPASAPEPALPAESPQPPKAEPTTQKAIREPTKTAPGGAPMDPNRGALGTAAAANI
ETGETSRWTEEEMEVAKKGLVEHGRNWPAIAKMVGTKSEAQCKNFYFNYKRRHNLDNLLQ
QHKQDTRRARGDRDPSQSESMASADDDENPEDSDGGENSSDTESAPSPSQVDPSKAGGES
QTGDIAGGSESQRSDQDQASDRKGQDPSYGELRVKLEKSPDGESRDPDSQEDQDRERARA
AYEGQVHPKCEPQEVDMKPGGTEVQVKVEPDSAKEKGDNGEREEQREGHHSDNDSSATCS
ADEDVDAEPERQRIFSSMDKPSLLSPPGSVLMSTAKQAHLNMQQLQQRTAAIPPMVSHYS
NPHFSMIRYAHSERQAYGGRQQGESMSCLDQPTRQVGPFSTGGMPMGAPLSGFAMFQHQI
KAVHESAHAEDKQRQDQADPEHSRQPPNCPRFTTHSPTVLDREGKPFPYMPYDMKMALEQ
EAQSGRPGSPYRLSPRDMSKASPQPNDPNASRYSVPPVLQPAPNQVVQSLPDGVRVTFSR
HSRPANIPSPPPLIPTSKPTDKPSFIQGGSISQGTPGTYLSSHAVYGGPEVAKSSVGSIS
LGLPRQQDPTKPVSYIKQEECSPRGQSEGLLSQMQYEGVVRGGPLDGGISRGNPARGSIT
QGTPALSGSSIAADLLKGTITKLTTEDLNSPEKAREQLTKGHVIYEGKSGHILSYDAIKN
PREATCSPRSGHELKRSHDMMEVARGHPGREGAPFEGLIIRALPRESPHGESKERPMITG
SIMQGTPRTSAEAYEESMKYGKQIKRESPPIRSFEGGIGKGKPYEGVNTIKEMGRSIHEI
PRQEQPGQDPRKTPDMAANSRAAMEGSISQGHPLSQSAIKHNVKSLITSPSRLPHGPTMP
QLEAMERAKYEESKVAAEQQQRARHTSVVNSATSVLRSTHQEQGKSQLSPGMYQDADARR
TPVNYSTSSMSRGSPMLGRGQEGSGKPTSHDRKSAMTPNQRESVPAKSPVSGGDPNHPMA
SHSPFDPHHRPMAPGEPRFHLPPHLDPTLFHRAVLDPAAYMFPRQPSPTGYHNTYQLYTM
ENTRQTILNDYITSQQMQVIPRPDVARVLSPREQQQIAISYPPGARGIIDLAQMPPTILL
PHPGGTGTPTMDRITYIPGAQPPFPPRPFNPASISPVCFFVSTGHQAHLAATAAACQERE
RERERERERERDREHREKEREKERERENREREREEYRQRERERVVAAAVANDYMRGGPGQ
PDRPGSRGYLRSPSPSMRSQEAQQQRPSIFQGTNSKGVITPLMPSAAAAQAGARYSTAAD
ALAALVDAAASAPQMDVNKGKDSSKHDRDDDMSSSSSSSSAARRQHEQQQQEADRRSMQS
PYMSLPGGKPHPGYAEGSGGPQGGKDKGPPTKSRIEEELRTRGKTTITAANFIDVIIKRQ
IASDKDSRERGSQSSDSSSSLTSSRYEVPSGGAIEVISPANSPAQAQQEKQQQDDRERAD
RDRAAQAATQAAGMRSFDMIRYRQSTESQQPPSSQADGGYSQSQQVPKTHRVMTLADHIS
HIITQDFARNQDPPQSSTTFQSAQLPVSSSGPGGRAKGHSRYSPENQTQAPSHHQRPTPS
RVSPENATDKPRARPGKSPDRGGRGAVESYEPISPPQSYQDKQQEAREQQQQQQPQRREA
DQPEMRGDSRSPGSVSYLPSFFTKLENTSPMVKSKKQEIFRKLNSSGVGDSDVGNAQPGT
EIFNLPAVTSSSSVNPRNHSFSDPASNLGLEDIIRKALMGNLEERPEEHQGGPQPSCNTP
SNEARQEANPSPSMGKQKLQSKANSRKSKSPNPGQAYAATQAAGGERPSSVSSVHSEGDY
HQQAPAWAWEDRPSSTGSMQFPYNPLTMRMLSSTPPTSMASPSMQAQQPPPGGPLGSQQQ
RVWEREPLLSEQYETLSDSDD
NT seq 7626 nt   +upstreamnt  +downstreamnt
atgtccagtagctcgggctacccccctacccaggggagcttcagcagcgagcagagccgc
tacccaccacactctgtccagtacaccttcagcaccacacgtcaccaacaggagttcacc
gtcccggactaccgaggtcacctgcaggaccagcagggtcggcgaaggccttccttgctt
tctgaattccaccctggaactgagaggcctccagagagacgtcatggctatgagcaacag
ttccacagtgtcacctcccagcagcagaccgatggacacgaggccctggaagccaagcgg
cctcgcatggagaccgtctctgaggcccacttttcccataatgccctgtccggaggcatc
gttctgcccctgcagtcccaccaggtccaggacagcctcagagcctctggaggggaggtc
aagaaggagacccagttcagtggcatgaaagccgagtcccagtccccaggagggctgcac
cgtgtgggggaggagcaggacggctcgccctccaaactgtccaaggaggaactgatccag
agcatggaccgtgtggacagagaaatcgctaaagtggagcagcagatcttcaagctgaag
aagaagcagcaacaactggaggaggaagcggcgaagccagtggagccagaaaagccggtg
acccctccccccataccacaggaacacaacaaacaccgcagcatcgtccagatcatatat
gacgagaacaggaaaaaagctgaagaggcccataagatatttgaaggtcttggtcccaag
gttgaactgcccctttataaccagccgtctgatactaaagtataccatgacaacataaag
actaatcaagtgatgaggaagaggctgattctgtttttcaagagaaggaaccatgctcgt
aaacaaagggaacagaacatctgccagcgctacgaccagctgatggaggcgtgggagaag
aaggtggagcggatggagaacaacccgcgtcgcaaggccaaggatggccgcaccagggag
tactacgagagacagttccccgaaatacgcaagcagagagagcagcaggagcgcttccag
agggttggtcagagaggaactggaatgtctgcgaccatcgccagaagcgagcatgagatt
tctgaaatcatcgacggcctttctgaacaggagaacaacgagaagcagatgagacagatg
tccgtcatcccgcccatgatgtacgacacagagcagaggcgagtcaggttcatcaacatg
aacggcctgatggacgacccaatgaaggtgtacaaggctcggcagttcatgaatgtgtgg
accgaacacgagaaggagattttcaaggaaaagtttgttcagcacccaaagaattttggc
ctcattgcttcctatctagagagaaagtgtgtctccgattgtgtcctgtactactacttg
accaagaagaaccagaactacaagacgctggtgagacgcaactatggaagacggcgaggg
agaaaccagcaaataacacgaccgtcacaagaagacaagtcagacgacaaaatcgaagag
gagaaatcggagaagtcagagaaaaaagaggacgagcagaataaggaagaggaagagaaa
gatgaaaaggaggactccagggacatcggcaaagacaaagacaagtgtgacggtggggaa
gacgaggacggaaaggagcagagcacgccgcgcggcagaaagaccgccaacagccagggc
ctgcgcaagggaaggatcaccacgcgctccatggccaatgaggctgcctccgtggcgacc
gaggagccactaccgccggcctccgcccctgagcctgccctgcctgcagagtctcctcag
ccccccaaagctgagcctactacacagaaggccattagagagcccaccaaaactgcacca
ggtggagctcccatggaccctaacagaggagcactaggaactgctgccgccgcgaacatt
gaaaccggtgagacttctcgctggaccgaggaggagatggaggttgccaaaaaaggcctt
gtggagcatgggcgtaactggccagccattgccaagatggtgggcaccaagagcgaggct
cagtgcaagaacttctacttcaactacaagagacggcacaacctggacaacctgctccag
caacacaagcaggacacccggcgggcacggggtgatcgggacccgtctcagagcgagagc
atggcctcagctgacgacgatgaaaacccagaggatagtgacggtggagagaacagctca
gacacagaaagcgccccgtccccgtcccaggtggacccctccaaggccggaggagagtcc
cagacaggagacattgctggagggtcagagagccagcggtctgatcaggaccaggccagc
gatagaaagggccaggatccgtcctacggggagctgagggtcaagctggagaagagcccg
gacggagagtccagagaccctgactctcaggaggatcaggacagggagagggcccgggca
gcctacgagggccaggtgcaccccaagtgcgagccccaggaggtggacatgaagcccggg
ggtactgaggtacaggtgaaggtggagcctgactcggctaaggagaagggggacaatggg
gagagagaggagcagagagaggggcaccactcagacaatgactccagcgccacctgcagt
gcagatgaggatgtggacgctgagcccgagagacagaggattttctctagtatggacaag
ccttcgctgctcagccctcccggctcagtgctgatgtccacggccaagcaggcccacctc
aacatgcagcagctccagcagcgcaccgctgccatcccgcccatggtcagtcactatagc
aacccacacttttctatgatcagatatgcccattcggagaggcaggcatacggaggcagg
caacagggtgaaagcatgtcttgtttagaccaacctacccgtcaagtgggtcctttcagc
actggcgggatgcccatgggagcccccctcagtggctttgccatgttccagcaccagatc
aaggcggtgcacgagtcggcccacgcggaggataaacagagacaggaccaggccgacccc
gagcacagcagacaacctcccaactgcccgcgcttcactacccacagccccactgtactg
gacagggagggtaagcccttcccctacatgccttatgatatgaagatggctctggagcag
gaggcccagtctggtcggccaggctctccctacaggctctctcccagggacatgagcaag
gcctctcctcagcccaacgaccccaacgcctcccgctacagcgtgcctccagtgctccag
ccagctcccaaccaggtggtccagagcctgcctgatggagtccgcgtgactttctccaga
cacagccgacctgccaacattccatctcctcctccactcattccaacctccaaacccaca
gacaagccttcctttatccagggcggctccatctcccagggaactcctggtacgtacctg
tcatcccatgctgtctacggtggcccagaggttgcaaagagctcagtgggctccatatcc
ctgggcctgcccaggcagcaggaccccaccaaacctgtgtcctacattaagcaggaggag
tgttctccgcgtggccagtcggagggcctcctctcccagatgcagtatgagggggtagta
agaggaggcccactggatgggggtatcagcagaggcaacccagccagaggatcaatcaca
cagggcacgccagccctgtctgggtccagcattgcggctgacctgctgaagggcaccatc
accaagctgaccacggaggacctgaacagcccagagaaggcccgggaacagctgaccaag
ggacacgtcatctatgagggcaagagtggacacatcctatcctacgacgccattaagaac
ccaagagaggccacgtgtagccccaggtcaggccatgagctcaaacgctcccacgatatg
atggaggtcgccagaggccaccccgggagagaaggagcccccttcgaggggttgataatc
cgagccctgcccagagaaagtccccatggggagtctaaggagaggcccatgatcactgga
tccatcatgcaaggtacacccagaacctctgcagaggcctatgaggagagcatgaagtac
ggcaagcagataaagagggagagcccacccatccgctcatttgagggggggataggtaag
ggtaaaccctacgagggggtgaacaccattaaggagatgggtcgctccatccatgagatc
ccccgtcaagagcaacctggacaggacccccgcaagacccccgacatggctgccaacagc
cgagccgccatggagggctccatatcccagggccatcctctgagccagtcggccatcaag
cacaacgtcaagtccctgatcaccagtcccagtaggctgccccacggccccaccatgccc
cagctggaggccatggagcgggccaagtacgaggagagcaaggtggcggcggagcagcag
cagcgggcgcgccacacctctgtggtcaactcggccacctccgtgctgcgctccacccac
caggagcaaggcaagtcccagctcagcccgggcatgtaccaagacgcagatgcccgcagg
accccggtcaactacagcaccagctccatgtccagaggttcgcccatgctgggccgagga
caggagggctctgggaagcctacgtcccacgataggaagagtgccatgacccccaatcag
agagagagtgttccagccaagtcccctgtgtcagggggtgaccccaaccaccctatggcc
tcccacagcccctttgacccccaccaccgccccatggcccccggagagcctcgcttccac
ctgcctccacacctagaccctaccctcttccaccgggccgtcctggaccctgctgcatac
atgttcccaaggcagccgtccccgacgggctaccacaacacctaccagctgtacaccatg
gagaacacaaggcagaccatcctcaacgattatatcacctcacagcagatgcaggttata
ccacggcccgatgttgccagggtcctgtcgccacgggaacagcaacagattgccatctct
tatcctcccggagcgcgagggattattgatctagcccagatgcctccaactatcctgttg
cctcaccctgggggaacaggtactcccactatggaccgcatcacctacatccccggagct
caaccccctttccctcctaggcctttcaacccagcctccatatctccagtctgtttcttt
gtgtccacaggccaccaagcccacctcgcagctacagcagcggcctgtcaggagcgagaa
cgagagagggagcgcgaaagagaaagggagcgcgatcgggagcatcgagagaaagagagg
gaaaaggaacgagaaagggagaacagggagagggaaagagaggagtacagacaacgagag
cgtgagcgagtggtggctgcagcggttgccaatgactacatgcgtggaggtccagggcag
ccagatagaccaggaagccgtggttacctgcgtagcccctccccatctatgaggtcacag
gaagcccagcagcagcgacccagcatcttccaaggaaccaacagcaagggcgtcatcacc
cctctcatgccgtcagcagcagcagcccaggcaggagcccgttacagcactgcagccgac
gccctggctgccctggtggacgctgccgcctccgcccctcagatggacgtcaacaagggc
aaggactcctccaagcacgatcgagacgacgacatgtcttcatcatcatcatcatcctct
gcggccaggcggcagcacgagcagcagcagcaggaggcagacaggcgctccatgcagtct
ccctacatgtctctgccaggggggaaaccccacccaggatacgctgaggggtctggtggt
ccccaggggggaaaggacaagggtccccccaccaagtcacgcatcgaggaggagctgagg
accagaggaaagaccaccatcacggccgccaacttcatcgacgtcatcatcaagcgtcag
atcgcctcggataaggactcacgggagagaggctcccagagctccgattcctccagcagc
ttgacatccagtcggtatgaggtgcccagtggaggagccatcgaggtgatcagcccagcc
aactctccagcccaggcccagcaggagaaacagcagcaggatgacagggagagggctgac
agggacagggccgcacaggcagcaacacaagcagctggcatgcgttcctttgacatgatc
cgctaccgccagtcaacggagtcccagcagcccccctcctcccaggctgacggagggtac
tcccagtcccagcaggtccccaagacccaccgggtcatgaccctggctgaccacatctcg
catattatcacccaggactttgccaggaaccaggatcctcctcagtcctccaccacattc
cagagcgcccagctgccagtatctagctcgggccccgggggccgtgccaagggccacagc
cgctacagcccagagaaccagacccaggccccatcacaccaccagagacccacgcccagc
agagtgtctcctgagaacgccactgacaagcccagagccagacctggtaaatcccctgat
cggggtggcaggggggccgtggagagttatgagcccatctcccctccccagagctaccag
gataaacaacaggaggccagagagcagcagcagcagcaacaaccccagagacgagaggct
gaccagcctgagatgaggggcgactctcgctcccctggcagtgtcagctacctgccctcc
ttcttcaccaagctggagaacacctcccctatggtgaaatccaagaagcaggagatattt
cgtaagttaaactcctctggtgtcggggattctgatgtaggaaatgcacaaccaggcaca
gagatcttcaacttgcccgctgtgaccagctcaagcagcgtgaaccccaggaaccactcc
ttcagcgatccggccagtaaccttggcctggaggacatcatccggaaggccctgatgggc
aacctggaagaaaggccagaggagcaccagggagggcctcagcccagctgtaacaccccc
agcaatgaggcccgccaggaggccaacccctcgccgagcatgggcaagcagaaactgcag
agcaaagccaacagccggaagtccaagtcgcccaacccaggtcaggcatacgcagcaacc
caggcagcaggaggtgagcggccctcatcagtctcctccgtccactcagagggagactac
caccagcaggccccggcctgggcctgggaggaccggccctcgtccacaggctctatgcag
ttcccctataaccccctgaccatgcgcatgctgagcagcacgccccccacctccatggcc
tccccctccatgcaggcccagcagcccccaccaggaggccctctggggtcccagcagcag
cgtgtgtgggagcgggagcccctactgtcggagcagtatgagaccttgtcagacagcgat
gactga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (59)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (4)   
   Pfam (4)   
All databases (91)   

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