KEGG   Rousettus aegyptiacus (Egyptian rousette): 107516646
Entry
107516646         CDS       T06036                                 
Symbol
BCOR
Name
(RefSeq) BCL-6 corepressor isoform X1
  KO
K23215  bcl-6 corepressor
Organism
ray  Rousettus aegyptiacus (Egyptian rousette)
Pathway
ray03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:ray00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    107516646 (BCOR)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ray03036]
    107516646 (BCOR)
Chromosome and associated proteins [BR:ray03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    Noncanonical PRC1 (PRC1.1)
     107516646 (BCOR)
SSDB
Motif
Pfam: BCOR PUFD Ank_2 Ank Ank_3 Ank_4 Ank_5
Other DBs
NCBI-GeneID: 107516646
NCBI-ProteinID: XP_016012062
Position
Unknown
AA seq 1757 aa
MLSATPLYGNVHSWMNSERVRMCGINEDRKIPVNDGDTSKARLELREENPLNHNVVDATT
AHRIDGLAALSMDRTGLIREGLRVPGNIVYSSLCGLGSEKGREAATSTLGGLGFSSERNP
EVQFKPNTPETVETSTVSGKPPNGFSAMYKTPPGIQKSAVPSAETLGLDRPASDKQSPLN
INGASYLRLPWVNPYMEGATPAIYPFLDSPNKYSLNMYKALLPQQSYSLAQPLYSPVCTN
GERFLYLPPPHYVSPHIPSSLASPMRLSTPSASPAIPPLVHCTDKSLPWKMGVSPGNPVD
SHTYPHIQNSKQPRVPSAKPVTSGLPGDTALLLPPSPRPSPRVHLPSQPTADTYSEFHKH
YARISTSPSITLSKPYMTVSSEFPVARLSNSKYTKAPEGAESAQPLSGHTRKTVSQDRKD
GGSPPLLEKQTITKDVTDKPLDLSSKVVDVDASKAEHMKKMAPTVLVHSRAGSGLVLSGS
EIPKETLSPPGNGCAIYRSEIISTAPSSWVVPGPSPNEENNGKGMPLKNKALDWAIPQQR
SSSCPRMGGTDAVVTNVSGAVSSTGRPASASPAPNANADGNKTSRSSMDTTPSVIQHVGQ
PPTTPAKHSGGTSSKGTKASNPEPSFKASENGLPPSSIFLSPNEAFRSPPIPYPRSYLPY
PAPEGIAISPLSLHGKGPVYPHPVLLPNGSLFPGHLAPKPGLPYGLPTGRPEFVTYQDAL
GLGMVHPMLIPHTPIEITKEEKPERRSRSHERPRYEDPTLRNRFSEILEASNTKLHPDVP
GDKNLKPSSSWNQGKTVVKSDKLVYVDLLREEPDAKTDANVSKPGFAAEGVGQSSEPTNP
STDPALQPHRDFITLREELGRISDFHEAYTFKQAPGQSVFSLSKENVPAGTNKENLGMPV
STSFLEPTLGSDGPVTFGKTQEDPKPFCVGGAPPSVDITPTYTKDGAEEAESNDGKLLKP
KPSKLAKRIANSAGYVGDRFKCVTTELYADSSQLSREQRALQMEGLQEDSILCLPAAYCE
RAMMRFSELEMKEREGSHPTTKDSEVCKFSPAEWERLKGNQDKKPKSVALEEAIANQNDN
ERCEYSGGNKHDPFETSEDKDLSMEKYFMDRQPVIEPPTEQVAMDMPHSPTLRLDRKRKV
SGDSTHTETTVEELPEDPLLKAKRRRVSKDDWPEREMTNNSSNHLEDPHYNELTNLKVCI
ELTGLHPKKQRHLLHLRERWEQQVSAAESKPGRQGRKEVTQAVQPEVTAQGNNTSEEKPS
RKRAEAKGNRSWSEESLKSSDNEQGLPVFSGSPPMKSLSSTNASSKKQTQPSCTPASRPP
AKHQKIKESQKTDVLCTDEEEDCQAASLLQKYTDTGEKPSGKRLCKTKHLIPQEPRRGLS
LTGDYYVENADGKVTVRRFRKRPEPSSDYDLSPAKQDQKPFDRLQQLLPVSQSSQLPCSS
SPPETTQSRPMPPEARRLIVNKNAGETLLQRAARLGYEEVVLYCLENKICDVNHRDNAGY
CALHEACARGWLNIVRHLLEYGADVNCSAQDGTRPLHDAVENDHLEIVRLLLSYGADPTL
ATYSGRTIMKMTHSELMEKFLTDYLSDLQGRNDDDSNGSWEFYGSSVCEPDDESGYDVLA
NPPGPEDQDDDDEAYSDVFEFEFSESPLLPCYNIQVSVAQGPRNWLLLSDVLKKLKMSSR
IFRCNFPNVEIVTIAEAEFYRQVSASLLFSCSKDLEAFNPESKELLDLVEFTNELQTLLG
STMEWLHPSDMVSDDYW
NT seq 5274 nt   +upstreamnt  +downstreamnt
atgctttcagcaacccccctgtatgggaacgttcacagctggatgaacagcgagagggtc
cgcatgtgtgggatcaacgaagacaggaaaattcccgtaaatgatggtgacacttcaaag
gccagactggaactaagggaagaaaatcccttgaaccacaacgtggtggatgcaaccacg
gctcatcggatcgatggccttgcagcgctgagcatggaccgcactggcctgatccgggaa
gggctccgtgtcccaggcaatattgtctattctagcttgtgtggactgggttcagagaaa
ggtcgagaggctgccacaagcactctaggtggtcttgggttttcttctgaaagaaaccca
gaggtacagttcaaaccgaatacacctgaaacggtagaaacctccactgtctctggaaaa
cccccaaatggcttcagtgctatgtacaaaacaccacctggaatacaaaaaagtgctgtg
ccctcagcagaaacactgggcttggacagacctgccagcgacaaacagagccctctcaac
atcaatggtgctagttacctgcggctgccctgggtcaatccttacatggagggtgccacg
ccagccatctacccgttccttgactcgccaaataagtattcactgaacatgtataaggcc
ttgctacctcagcagtcctacagcttggcccagccactgtattctccagtctgcaccaat
ggggagcgctttctatacttgccgccacctcactacgttagtcctcacatcccgtcatcc
ctggcttcacccatgaggctctcaactccttcggcctccccagccatcccacctctggtc
cactgcacagacaaaagcctgccctggaagatgggcgtcagtcctgggaaccctgttgat
tcccacacctatcctcacatccagaacagtaaacagcctagggtgccctctgccaagcca
gtcaccagtggcctgccaggggacacagctcttttgttgccaccctcgcctcggccttca
ccccgagtccaccttccctctcagcccactgcagacacctactccgaattccacaagcat
tatgccaggatctccacctcgccttccatcaccctgtcaaagccatacatgacggttagc
agtgagttccctgtggccaggctctccaacagcaagtatacaaaggctccggaaggggct
gaaagtgcacagccactttctgggcacactcggaaaacggtgagtcaagacaggaaagat
ggcggttcacctcctctcttggagaagcagacgattaccaaagacgtcactgataagcca
ctggacttgtcttctaaagtggtggatgtagatgcttccaaagctgagcacatgaaaaag
atggctcccaccgttttggttcacagcagagctggaagtggcctagtgctctccggaagt
gagattccaaaagaaaccttatctcctccaggaaatggttgtgctatctatagatctgaa
atcattagcacagctccctcatcctgggtggtgcctgggccaagtcccaacgaagaaaac
aatggcaaaggcatgccactgaaaaacaaggccttggactgggcgataccacagcagcgg
agctcttcgtgtccccgcatgggtggcacagatgctgtggtcactaatgtttcaggggca
gtgtccagcacgggccgcccagcctctgcatcgccagccccaaatgccaatgcagatggc
aacaagaccagcaggagctccatggacaccacaccatctgtcattcagcacgtgggccag
cccccaaccacgcctgccaagcacagcggtggcaccagcagcaagggcaccaaagccagt
aacccagaaccgagcttcaaagcaagcgagaatggcctcccaccaagctcaatatttctc
tctccaaatgaagcattcagatccccaccaattccctaccctaggagttacctcccttac
ccagcacctgagggcatcgctataagtcctctctccttacatggcaagggacctgtctac
cctcacccagttttattgcccaatggcagtctctttcctgggcaccttgcccccaagcct
ggactgccctacgggctgcccacgggccggccagagtttgtgacctaccaagacgctctg
gggttgggcatggtgcatcccatgttgatacctcacactcccatagagatcacgaaagag
gagaaacctgagcggaggtcccggtcccatgagagaccccgctatgaggacccaaccctc
cggaaccgcttttctgagatattggaagctagcaacactaagttacatccagatgtccct
ggcgacaagaacctaaagccgagctccagctggaatcaagggaaaactgtcgtcaaaagt
gacaagcttgtctatgtagacctccttcgggaagagccagatgctaaaactgatgcaaac
gtgtccaaacctggctttgcagctgagggtgttggccaaagctctgagcccaccaacccc
tcgactgacccagccctgcagccacaccgtgatttcatcacccttagagaggagttgggg
cgcatcagtgacttccacgaagcctatactttcaaacaggctccgggccaatcagtcttc
agcctaagcaaggagaatgttccagcaggaaccaacaaagagaacctggggatgccagtc
tccacttcattcctggagccaactctggggagcgatggtcctgtaacttttggtaaaacc
caagaggatcccaaaccattttgtgtgggcggtgccccaccaagtgtggacatcaccccc
acctataccaaagatggagctgaagaggcagaatcaaatgatggcaaactgctgaaaccg
aagccatctaagctggcaaagagaatcgccaactccgctggttacgtgggtgacagattc
aaatgtgtcactaccgaactgtatgcagattccagtcagctcagccgggagcagcgggca
ttgcagatggaaggattacaagaggacagtattttatgtctacccgctgcttactgtgag
cgtgcaatgatgcgcttctcagagttggagatgaaagagagagagggtagccacccaaca
accaaagactccgaggtgtgcaaattcagccctgctgagtgggaaaggttgaaaggaaat
caggacaaaaagccaaagtcggtcgccctggaggaggccattgccaaccagaacgacaat
gagagatgtgaatatagtggtggaaacaaacatgacccctttgaaacctcggaggacaaa
gacttgtccatggagaagtacttcatggacaggcagcctgtgattgagccacccaccgag
caggtggccatggacatgccacacagccctaccctacggctggacagaaagcgtaaagtc
tcaggtgacagcacccacactgagaccactgtggaagagctaccagaggaccctctgttg
aaagccaaacggagacgggtctccaaagatgactggcctgagagggaaatgacaaacaat
tcctctaaccacttagaagacccacattataatgagctgaccaacctgaaggtgtgcatt
gaattaacagggctccatcctaaaaaacaacgccacttgctgcaccttagagaacggtgg
gagcagcaggtatcagcagcagagagcaaacctggccggcagggcaggaaggaagtgacc
caggctgttcagcctgaggtcactgcccaaggcaataacacctccgaagagaaacccagc
aggaaaagggcagaggccaaaggcaacagaagctggtcagaagagtctctcaagtccagt
gacaatgaacaaggcttgcctgtgttctcgggctctccgcccatgaagagcctttcatcc
accaatgcaagcagcaaaaagcagactcagccaagctgcacaccagcctcgaggccgcct
gccaaacatcagaaaattaaagaaagccagaagacagatgtgctgtgcacagacgaagaa
gaggattgccaggctgcctccctgctgcagaaatacaccgacaccggcgagaaaccatcc
gggaagagactgtgcaaaaccaagcatttgatcccccaggagcccaggcggggcttgtcg
cttacgggagactactatgtggagaatgctgatggcaaggtgactgtacggagattccga
aagcggcctgagcccagttccgactatgatctgtcaccagccaagcaggaccagaagccc
tttgaccgtttgcaacaactgctaccagtttcccagtcctcacagctgccatgctcaagc
tcccctccagagaccacccagtcacgcccgatgcccccagaagcacggagacttattgtc
aataagaatgccggtgagaccctcctgcagcgtgccgcccggcttggctatgaggaggtg
gttttatactgtctggagaataagatttgtgatgtgaatcatcgagacaacgctggatac
tgtgccctgcatgaagcttgtgctagggggtggttgaacatcgtgcgacaccttcttgaa
tatggcgctgatgtcaactgcagtgcccaggatggaaccaggcctctccatgatgctgtc
gagaatgatcatttggaaattgtccgcttacttctctcctatggtgctgaccctactttg
gctacatactcaggtagaaccatcatgaaaatgacccacagcgaacttatggaaaagttt
ttaacagattatttaagtgacctgcagggtcgtaatgacgatgactccaatggctcttgg
gagttttatggcagctctgtgtgtgaaccagatgatgaaagcggatatgatgttttagca
aaccccccagggccagaggaccaggatgacgacgatgaggcctacagtgatgtgtttgag
tttgaattttcagaaagccccctcttaccatgctataacatccaagtgtccgtcgctcag
gggcctcgaaactggctgttgctttctgatgtgcttaagaaattgaaaatgtcctcccgt
atattccgctgcaatttcccaaatgtggaaattgtcaccattgcagaggcggagttttac
cggcaagtttcagcaagtctcttgttctcttgctccaaagacctggaagcctttaaccct
gagagcaaggagctcttagatctggttgaattcactaacgagcttcagactctgctgggc
tcgaccatggaatggctacaccccagcgacatggtctcggatgactactggtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (7)   
   Pfam (7)   
All databases (36)   

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