KEGG   Homo sapiens (human): 63035
Entry
63035             CDS       T01001                                 
Symbol
BCORL1, BCoR-L1, CXorf10, SHUVER
Name
(RefSeq) BCL6 corepressor like 1
  KO
K26199  BCL-6 corepressor-like protein 1
Organism
hsa  Homo sapiens (human)
Pathway
hsa03083  Polycomb repressive complex
Network
nt06523  Epigenetic regulation by Polycomb complexes
  Element
N01586  Activation of PRC2.2 by ubiquitination of H2AK119
Disease
H02622  Shukla-Vernon syndrome
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    63035 (BCORL1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hsa03036]
    63035 (BCORL1)
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:hsa03037]
    63035 (BCORL1)
Chromosome and associated proteins [BR:hsa03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    Noncanonical PRC1 (PRC1.1)
     63035 (BCORL1)
Cilium and associated proteins [BR:hsa03037]
 Motile cilia and associated proteins
  Sperm associated proteins
   63035 (BCORL1)
SSDB
Motif
Pfam: PUFD Ank_2 Ank Ank_4 Ank_3 Ank_5
Other DBs
NCBI-GeneID: 63035
NCBI-ProteinID: NP_001171701
OMIM: 300688
HGNC: 25657
Ensembl: ENSG00000085185
UniProt: Q5H9F3
Structure
Position
X:129980313..130058071
AA seq 1785 aa
MISTAPLYSGVHNWTSSDRIRMCGINEERRAPLSDEESTTGDCQHFGSQEFCVSSSFSKV
ELTAVGSGSNARGADPDGSATEKLGHKSEDKPDDPQPKMDYAGNVAEAEGLLVPLSSPGD
GLKLPASDSAEASNSRADCSWTPLNTQMSKQVDCSPAGVKALDSRQGVGEKNTFILATLG
TGVPVEGTLPLVTTNFSPLPAPICPPAPGSASVPHSVPDAFQVPLSVPAPVPHSGLVPVQ
VATSVPAPSPPLAPVPALAPAPPSVPTLISDSNPLSVSASVLVPVPASAPPSGPVPLSAP
APAPLSVPVSAPPLALIQAPVPPSAPTLVLAPVPTPVLAPMPASTPPAAPAPPSVPMPTP
TPSSGPPSTPTLIPAFAPTPVPAPTPAPIFTPAPTPMPAATPAAIPTSAPIPASFSLSRV
CFPAAQAPAMQKVPLSFQPGTVLTPSQPLVYIPPPSCGQPLSVATLPTTLGVSSTLTLPV
LPSYLQDRCLPGVLASPELRSYPYAFSVARPLTSDSKLVSLEVNRLPCTSPSGSTTTQPA
PDGVPGPLADTSLVTASAKVLPTPQPLLPAPSGSSAPPHPAKMPSGTEQQTEGTSVTFSP
LKSPPQLEREMASPPECSEMPLDLSSKSNRQKLPLPNQRKTPPMPVLTPVHTSSKALLST
VLSRSQRTTQAAGGNVTSCLGSTSSPFVIFPEIVRNGDPSTWVKNSTALISTIPGTYVGV
ANPVPASLLLNKDPNLGLNRDPRHLPKQEPISIIDQGEPKGTGATCGKKGSQAGAEGQPS
TVKRYTPARIAPGLPGCQTKELSLWKPTGPANIYPRCSVNGKPTSTQVLPVGWSPYHQAS
LLSIGISSAGQLTPSQGAPIRPTSVVSEFSGVPSLSSSEAVHGLPEGQPRPGGSFVPEQD
PVTKNKTCRIAAKPYEEQVNPVLLTLSPQTGTLALSVQPSGGDIRMNQGPEESESHLCSD
STPKMEGPQGACGLKLAGDTKPKNQVLATYMSHELVLATPQNLPKMPELPLLPHDSHPKE
LILDVVPSSRRGSSTERPQLGSQVDLGRVKMEKVDGDVVFNLATCFRADGLPVAPQRGQA
EVRAKAGQARVKQESVGVFACKNKWQPDDVTESLPPKKMKCGKEKDSEEQQLQPQAKAVV
RSSHRPKCRKLPSDPQESTKKSPRGASDSGKEHNGVRGKHKHRKPTKPESQSPGKRADSH
EEGSLEKKAKSSFRDFIPVVLSTRTRSQSGSICSSFAGMADSDMGSQEVFPTEEEEEVTP
TPAKRRKVRKTQRDTQYRSHHAQDKSLLSQGRRHLWRAREMPWRTEAARQMWDTNEEEEE
EEEEGLLKRKKRRRQKSRKYQTGEYLTEQEDEQRRKGRADLKARKQKTSSSQSLEHRLRN
RNLLLPNKVQGISDSPNGFLPNNLEEPACLENSEKPSGKRKCKTKHMATVSEEAKGKGRW
SQQKTRSPKSPTPVKPTEPCTPSKSRSASSEEASESPTARQIPPEARRLIVNKNAGETLL
QRAARLGYKDVVLYCLQKDSEDVNHRDNAGYTALHEACSRGWTDILNILLEHGANVNCSA
QDGTRPVHDAVVNDNLETIWLLLSYGADPTLATYSGQTAMKLASSDTMKRFLSDHLSDLQ
GRAEGDPGVSWDFYSSSVLEEKDGFACDLLHNPPGSSDQEGDDPMEEDDFMFELSDKPLL
PCYNLQVSVSRGPCNWFLFSDVLKRLKLSSRIFQARFPHFEITTMPKAEFYRQVASSQLL
TPAERPGGLDDRSPPGSSETVELVRYEPDLLRLLGSEVEFQSCNS
NT seq 5358 nt   +upstreamnt  +downstreamnt
atgatctctacagcaccgctctacagcggcgtgcacaactggaccagttctgaccggatt
cgcatgtgtggcatcaacgaggagagaagagcacctctttctgatgaggagtcaacgaca
ggcgactgccagcactttggatctcaggagttttgtgtcagcagcagtttttccaaggtg
gagctcacggcagttggaagtggcagcaatgcccggggggcagacccagatggcagtgct
acagaaaaacttgggcacaagtcagaagacaagcctgacgatccccagccaaaaatggac
tacgctgggaacgtggcagaggctgagggcctcttggtgcccctgagcagcccaggagac
gggctcaagcttcccgcatctgacagcgccgaggccagcaacagcagggccgactgctcc
tggactccactcaacacccaaatgagcaaacaggttgactgctcacccgccggagtaaag
gctttggactctcggcaaggtgttggagagaagaatactttcattttggcaactctggga
actggagtccctgtggaggggaccctgcccctggttaccactaacttcagtcctctgcca
gcccctatctgtccccctgctcccggttcggcctctgtgccccactctgttccagatgca
ttccaggttcccctctccgtccctgccccagtcccccattcagggcttgttccagtccaa
gttgccacttcggttccagctccttcccctcccttagcacctgtcccggctctggctcca
gcgccaccgtcagtgcccacgctcatctctgactcgaaccccctttctgtttcggcctca
gtcttggtgcctgtgccagcttctgctcccccttcaggcccggttcccttgtcggctcca
gctcctgccccgctttcagtcccagtttcagctcctcccttggctctcatccaggctcct
gtgcccccttcagctccgaccttggttctcgctcccgtccccactccggttctggctccc
atgccagcatccacgcctccagcggcccctgcccctccgtctgtgcccatgcccactcca
accccatcttccggcccaccttctacccccaccctcatccccgcctttgctcctacaccg
gtgcctgcacccaccccagcccccatctttactccagcccctacacccatgcctgctgcc
acgccagctgccattcccacctctgcacccatcccggcctccttcagtttgagtagagtg
tgctttcctgcagctcaggcaccagctatgcaaaaagtccccctgtcctttcagccaggg
acagtgctgaccccgagccagccgctggtatatatcccgcctccaagctgtgggcagcca
ctcagtgtggccacactgccaaccactctaggggtttcctccactcttacgctccctgtc
ctgccgtcctacctgcaggacaggtgtctcccaggcgtgctagcctcccccgagctccgt
tcttacccgtatgcattttctgtggcccggcctctgacttcggattccaagctggtatct
ctggaggtgaacaggctcccctgcacttccccatccggtagcaccaccacccagcctgca
cccgatggggtccctgggcctttggcagatacctcccttgttactgcttctgccaaggtg
cttccaactccacagcctctgctgccagcccccagtgggagctcagccccaccgcacccc
gccaagatgcccagtggcaccgagcagcaaacagaagggacttccgttaccttctctcct
cttaagtcaccgccacagctggaacgagagatggcctctccacctgagtgcagcgagatg
ccccttgatctgtcctccaagtccaaccgccagaagcttccattgccgaaccagcgcaag
acaccccccatgcctgtgttgacccccgtgcacaccagcagcaaggccctcctctccaca
gtcctgtctaggtctcagcgcacaacccaggctgccggtggcaatgtcacctcctgcctg
ggctccacttcctcgccctttgtcatctttcccgagatcgtgaggaatggggacccgagc
acctgggtgaagaactcaactgcactgatcagcaccattcctggcacctacgtgggagtg
gccaacccagtgcctgcatccctgctgctgaacaaagaccccaacctgggcctcaaccgt
gacccccgccatctccccaagcaggagcccatctccatcattgatcaaggagagcctaag
ggcactggtgccacgtgtggcaaaaagggcagccaggctggtgctgagggacagccaagc
acagtgaaacgatatactccagcccgcattgcccctgggctgccagggtgccaaaccaag
gaactctctttgtggaaacccacggggccggcaaatatttatccccggtgttcagtcaat
gggaaacctaccagcacccaggtcctgcctgttggctggtccccgtaccaccaggcgtct
ctgctttccattggcatttccagtgccgggcagctgacccccagtcagggggcgcccatc
aggcccaccagcgttgtttcggagttttctggtgtgccatctctcagctccagcgaagcc
gtgcacggacttcctgaggggcaaccacggcctgggggctccttcgttccagagcaggac
cctgttacaaagaacaaaacttgccggattgctgccaagccttatgaagaacaagtcaat
cctgtcctcttgaccctcagccctcagactgggaccctggcactgtctgttcagcctagc
ggtggggacattcgaatgaatcaggggcctgaggaatcagagagccacctctgctctgac
agcactcctaagatggaaggcccccagggggcttgtggcctgaagctggcaggagacacg
aagcctaagaaccaagtgctggccacctacatgtcccatgagctggtcctggccaccccc
cagaacctgcctaagatgcctgagctgcctttgctacctcacgacagccaccccaaggaa
cttatattggacgtggttccgagcagcaggaggggctccagcacagagcgcccacagctt
ggaagccaggtggatctggggcgagtgaaaatggagaaggtggatggtgatgtggtcttc
aatttagccacctgcttccgggctgatggcctcccagtggctccccagaggggccaagct
gaagttcgggctaaggccgggcaggctcgagtgaaacaggaaagcgtaggggtctttgct
tgcaagaacaagtggcagccagatgatgtgacggaatctctgccgcccaagaagatgaag
tgcggcaaagagaaggacagtgaagagcagcagctccagccacaagccaaggccgtggtc
cggagttcccacagacccaagtgccggaagctgcccagtgacccccaggaatccaccaag
aaaagccccaggggggcttcagattcaggaaaagagcacaatggagtcaggggaaagcac
aagcaccggaagccgacaaagccggagtcccagtctccaggaaaacgagccgacagccac
gaggaaggttccttggaaaagaaagcaaagagcagtttccgtgactttattcctgtggtt
ctgagcacccgcacgcgcagtcagtctggaagcatctgtagctcctttgctggcatggca
gacagtgacatgggaagccaggaagtcttccccacagaagaagaagaggaggtaaccccc
accccagctaagcgtcgaaaggtgagaaagacccaacgggacacccagtatcgcagccac
catgcccaggacaagtctctgctgagccagggccgaaggcacctgtggcgagcccgagaa
atgccctggaggacagaggctgcccggcaaatgtgggacaccaatgaggaggaggaggaa
gaagaggaggagggcctgctgaagaggaagaaacgaagacggcagaagagccgaaaatat
cagactggggagtacctgacagagcaagaagacgagcagcggcggaaagggagagcagat
ttaaaggcccgtaagcagaagacttcctcctcccaaagtttggagcaccgcctcaggaac
aggaaccttctcttgcccaacaaagtccaggggatctcggattcaccaaacggtttcctc
ccaaataacctggaagagccagcctgccttgaaaattcagaaaagccatcaggaaaacga
aagtgcaagaccaagcacatggcaaccgtctcagaagaggcaaagggcaaaggtcgttgg
agccagcagaagacacgatctcccaaatctcccaccccagtgaaacccacagaaccatgt
acaccctctaagtcccgaagtgccagctcagaggaggcctcagagtcacctacagcccgg
cagatccccccagaggcacgtcggctcatagtgaacaaaaatgctggtgagaccctcctg
cagagggcggcgcgtcttggctataaggatgttgttctctactgcctccagaaagacagt
gaagatgtgaatcaccgtgacaatgctggctacacagccctgcatgaggcttgttcccgg
ggctggaccgacatcctgaacatcctgctggagcacggggccaacgtgaactgcagtgcg
caggacggcacgaggccagttcatgatgcggtggtcaatgacaacctggagaccatctgg
ctcctgctgtcctatggggccgatcccacactggctacctactcgggtcagacagccatg
aagctggccagcagcgacaccatgaagcgctttctcagtgatcacctctcggatcttcag
ggccgggcagagggtgatcccggtgtatcctgggatttttacagcagttctgtgttggag
gaaaaagacgggtttgcctgtgacctcctacataatcctcctgggagctcagatcaagaa
ggagacgatccgatggaggaggatgatttcatgtttgaactctcagacaagcctcttctc
ccttgctacaacctccaagtgtcagtgtcccgcgggccctgcaactggttcctcttttcc
gatgtcttgaagaggctgaagctttcctcgaggatctttcaggcccggttcccgcacttt
gaaatcaccaccatgcccaaggccgagttctacaggcaggtggcctccagtcagctgctg
acccctgccgagaggcctggaggcttggacgacagatcccccccaggctcctctgagact
gtggagctggtgcggtacgagccagacctacttcggctcctagggtccgaggtggaattc
cagtcttgcaacagttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Network (2)   
   KEGG NETWORK (2)   
Disease (3)   
   KEGG DISEASE (1)   
   OMIM (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (38)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (36)   
DNA sequence (56)   
   RefSeq(nuc) (36)   
   GenBank (10)   
   EMBL (10)   
3D Structure (2)   
   PDB (2)   
Protein domain (6)   
   Pfam (6)   
All databases (143)   

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