KEGG   Mus musculus (house mouse): 211961
Entry
211961            CDS       T01002                                 
Symbol
Asxl3, C230079D11Rik, D430002O22Rik, D930044O18Rik, Gm329, Gm945
Name
(RefSeq) ASXL transcriptional regulator 3
  KO
K11471  additional sex combs-like protein
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu03083  Polycomb repressive complex
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09120 Genetic Information Processing
  09126 Chromosome
   03083 Polycomb repressive complex
    211961 (Asxl3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mmu03036]
    211961 (Asxl3)
Chromosome and associated proteins [BR:mmu03036]
 Eukaryotic type
  Histone modification proteins
   Polycomb repressive complex (PRC) and associated proteins
    PR-DUB complex
     211961 (Asxl3)
SSDB
Motif
Pfam: ASXH PHD_3 PhaP_Bmeg
Other DBs
NCBI-GeneID: 211961
NCBI-ProteinID: NP_001161249
MGI: 2685175
Ensembl: ENSMUSG00000045215
UniProt: Q8C4A5
Position
18:22477195..22663284
AA seq 2204 aa
MLHTNTRVGDGTFFKIPGKSGLYALRKEESSCPVDGTLDLVVDPDLDGAEMAEASANGEE
NRVCTKQVTDEVSSTRDCSLTNTAVQSKLVSSFQQHTKKALKQALRQQQKRRNGVSMMVN
KTVPRVVLTPLKVSDEQSDSPSGSESKNGEADSSDKEMKHGQKSPTGKQTSQHLKRLKKS
GLGHLKWTKAEDIDIETPGSILVNTNLRALINKHTFASFPQHFQQYLLLLLPEVDRQMGS
DGILRLSTSALNNEFFAYAAQGWKQRLAEGEFTPEMQLRIRQEIEKEKKTEPWKEKFFER
FYGERSGMSREESIKLTSGPNHEGAEGSSSHGDSGIPGPSAQNALEEQQPKILKSSASLE
PDFCTTVCPMLEVPVKDVMTESETEDIFIPEESVIQEEVAEEVETSIYECQDEHLKTIPA
FSEESESPATPCEEPQVAAPEDSLESCVVMNDILHTLPHIEVKIVEKLECPQEEMSVVID
QLEICDSLLPCPSSVTHILDVEQKEQETTIETSAMALREGPSSLESQLPNEGIAVDMELQ
SDPEEQLSENACISETSFSSESPEGACASLPSPGGETQSTSEESCTPASLETTFCSEVSS
TENTDKYNQRNPTGESLHASLVSEVSPLATSPEISEASLMSNLPLTSEASPVSNLPLTSE
ASPMSDLPPTSETSSESSMPLTSETPFVSSLPIPAETSPISNSSVNERMVHQQRKSPSGS
EEANSPQKEEPSIPTKPLGESLVSHPKPLSTIPEPINMSSAMVPEALPPEGLHSQTLSQE
PCNAHVEMEKLYASSIPELPSSEMTKVKNHSVLQRPEKKGLSAPLEVPVFSEETETKGIE
LPPAKLQDKQYAPSVDKATFLEGSRNKIHKQSSTLNRLETSHTSKVSEPSKSPDGIRNDN
RESEISKRKTVEHSFGICKEKRARIEDDQSARSLASSSPPEKEQPPREEPRVPPLKIQLS
KIGPPFIIKSQPVSKAESRASTSTSVSSGRNTGARTLADIKARAQQARAQREAAAAAAVA
AAASIVSGAMGSPGEGGKARTLAHIKEQTKAKLFAKHQSRAHLFQTSKETRLPSVSTKED
SLNMEASPTPETKMEGSTGVIIINPNCRSPSSKPTHIREITTVLQQPLNPPQIPETATDL
SVHSSDDNIPVSHLTEKIVSSTSSENSSVPILHNKSPINPIPMSVCSTAMSGAIKEHPFV
SPVDKSSVLMSVDSANSTISACNISMLKSIQGSDAPCIALVPKCINRTPIPAAPEGTGQS
NSMDGKALLVPSSKAANVISNQYTSVPAPTIASNLPNHLCTSSVLIPPTGINNRFVSEKI
AMPGSEEQAAVSIGATMRTALSCGDSVAVTDSLVPRSPIAMFAGNMLTANSYNCPPKLSG
ENLDNNSGPLNRTDNSEKPQQPAGGFVPATINRSIPCKVIVDHSTTLTSNLSLTVSIESG
DSSLDSQTRSVRTDVSIQPVACPQVSVISRPEQATSEGLDHGSVFIAAPTAKQDCKTLQA
TCTSLRELPLTLPDKLNEVTVPTHGFAEQARNSSTFKKETDTACSNQYNPGNRICWSEDP
MRNTAPPVVSHSSSSKQKEHPEQTGLKAVKTEHVSYAHVSDLHPRNLITNVSLPVKPEPH
EVDKGFRMDTEDFPGPERPPPVTEVTSSASVQPTQTMKPSTTSPVEEAISLAPDTLKRIP
SASSSSCRLSSVEANNPLVTQLLQGNLPLEKVLPQPRLGAKLEINRLPLPLQTTSVGKTG
LERNMVEMPSSSPNPDGKGYLAGTLAPVQMRKRENHPKKRAARTVGDHAQVKCEPGKMVM
EPDVKAVPCVISPSMSQLGHNQPFKQERLNKPSMANRIMPSPEVKQQKRLLPACSFQPSL
FHVNKNEGFHADTGTSHRQQFYQMPMAARGPLPTPALLQNSPKTPVGCNAFAFNRHLEQK
ALGDVNLPTAPHQLRLANMLSPNMPIKEGEDGGGTTHTMPSKAVVHAPLPPPPPPPPPPP
PPLALPPPPPPPPPLPPPLPTVEVPSDQKQPPVNMETTKRLSWPQSTGICSNIKSEPLSF
EESLSSSCELGMKQVPYDQNEVKEQLKAFALKNADFSSYLLSEPQKPFTQLAAQKLPVPQ
QQPLCGSYPTIHFGSTNFKRAASAIEKSIGILGSGSNPATSTGLTGQNTQMPVQNFADNS
NADELELKCSCRLKAMIVCKGCGAFCHDDCIGPSKLCVACLVVR
NT seq 6615 nt   +upstreamnt  +downstreamnt
atgcttcacactaacactcgagtcggggatgggacgttcttcaaaatccctggaaagtcg
ggcctctatgctctcagaaaagaggagtcatcatgcccagtggatggaacattggatcta
gtcgttgacccagacctggatggcgctgagatggcagaggccagtgccaacggagaagag
aacagggtgtgtacgaagcaggtaacggatgaagtatcttccactcgagattgcagcctt
acgaacacggcagtgcaaagcaagctggtatcttccttccagcagcacaccaaaaaggcc
ctgaagcaggctttgaggcagcagcagaaaagaagaaatggagtctcaatgatggtgaac
aagactgtccctcgtgttgttttgacaccattaaaggtgtctgatgagcagtcggattcg
ccttcaggatccgagtctaaaaatggggaagcagacagttcagataaagaaatgaaacac
gggcaaaaatctcccactggaaaacaaacaagtcagcacttaaaacgcttaaaaaagtct
ggtttaggacacttgaaatggaccaaagctgaggacattgacatagaaacccctggctct
attcttgtcaacactaacctgagggcactaatcaacaagcacacctttgcctccttccct
cagcatttccagcagtatctcctgcttctgctcccagaagtggacaggcagatgggaagt
gatggaattttacgcctcagtacttcagctctaaataatgaattctttgcatacgcagca
caagggtggaaacagcgactggcagaaggagagtttaccccagaaatgcaattacgaata
aggcaagaaattgagaaggaaaagaaaacagaaccttggaaagaaaaattctttgagagg
ttttatggagagagatcgggcatgtccagagaagaatctattaagcttacttctggacca
aaccatgaaggagctgaagggagttcctcacatggggactctggcattcctggtccttct
gctcagaatgcattagaagaacagcaaccaaaaatcctgaaaagttcagcttccttggag
cctgacttctgcactaccgtttgccctatgttagaggtcccggtgaaggatgtaatgaca
gaatcagaaacagaagacatatttatcccggaggaatctgtgattcaggaggaagtggca
gaggaggtagagacgagtatctacgaatgccaagatgaacatcttaagacaattcctgcg
ttttctgaggagtcggaaagtcctgccaccccttgtgaggaaccccaggtagcagcccct
gaagatagcttggagtcctgtgttgtaatgaatgatattttacacactttacctcacatc
gaagtgaagatagtggagaaattagaatgtccacaggaagaaatgtcagttgttattgac
caactagaaatctgtgactctcttcttccctgcccttcatctgtcacccatatcctggat
gtggaacagaaggagcaagaaaccaccatagaaaccagtgccatggccctgagagaaggg
ccatcttctctagaaagccaacttccaaatgaggggattgctgtagatatggagctgcag
agtgaccccgaagaacagctctcagaaaacgcttgcatctctgagacttctttctcctct
gaaagtccagagggagcatgtgccagccttccatccccaggcggggaaacacagtccaca
tctgaagagtcatgcactccagcctctctggaaacaacattctgttctgaggtatccagc
actgagaatacagataagtacaaccagagaaaccccactggtgagagccttcatgcatct
ctcgtgtcagaagtatctccactggccacctcacctgaaatctcagaagcatctcttatg
tccaacttgcctctgacgtctgaggcatcaccagtatccaacttacctctaacatctgaa
gcatctccaatgtctgatttaccaccgacatcagaaacttcctcagagtcttccatgcct
ctgacctctgagacaccttttgtatccagtttgccaattcctgcagagacttctccaatt
tctaattcttccgtgaatgaaagaatggtgcatcaacagagaaagtcaccttcaggatct
gaagaagctaactctccacagaaagaggaaccttccatccccaccaagcccctgggagag
agccttgtctcccacccaaagcctttgtccaccattccagaacccatcaacatgagttct
gccatggtgcctgaagcacttccacctgaaggattgcatagtcagactctgagtcaggag
ccttgtaacgctcatgttgaaatggaaaagctctatgcctcttccatcccagaacttcct
tcctcagagatgacaaaagttaaaaaccatagtgttctgcaaagacctgaaaagaaaggg
ttgtctgcaccattggaagtccctgtcttttctgaggaaacggagaccaagggaatcgag
cttcctccagctaaactacaggacaagcaatatgcaccatcagtagataaggctacattt
ctagaaggctcaagaaacaaaattcataaacagagcagtacactaaatcgattggagacc
tcacatacttccaaagtatcagagccctccaagtcccccgatgggataagaaatgacaat
agagagtcagagatatcaaaaaggaaaaccgtggaacacagctttggaatatgtaaagaa
aaaagagctaggatagaagatgatcagtcagcccgcagcctagcatccagcagtcctcct
gagaaagagcagccaccacgggaggagcccagggttccccctctaaagatacagctttct
aaaattgggccaccttttatcattaagagccagccagtctccaaagcagagtccagggca
tccactagtacatcagtcagcagtgggaggaacacgggagccaggacccttgcagacatc
aaggcccgtgctcaacaagcccgggcccagcgtgaggctgctgcagctgctgcagttgca
gctgcagcgagcattgtctcaggagccatgggaagcccaggagaaggtgggaaggcaaga
accctagcccacatcaaggagcagaccaaagctaagctctttgcaaaacatcagtccaga
gcccacctcttccagacctccaaggagacccggttaccttctgtcagcacgaaggaagac
tctctcaatatggaagcctctcctacccctgagacaaaaatggaaggctctacaggagtc
atcatcatcaatccaaactgcagatctcctagcagcaagcccacacacatccgggagatc
accactgtactacagcagcctctgaacccacctcagattccagaaactgccactgacttg
tctgtgcatagttctgatgacaacatacctgtgtcacatttaactgagaaaattgtttca
tctacctcttcagaaaatagcagtgtacccatacttcataataaaagtcccatcaacccc
atcccgatgtctgtctgcagcactgctatgtcaggagcaattaaagagcatccctttgtg
agtcctgttgacaaatcttctgtcctcatgtctgttgacagtgcaaacagtacaatttct
gcttgtaatataagcatgttgaaatccatccagggatctgatgctccatgcatagccctt
gtaccaaaatgtatcaacaggactcctataccagctgctccagaaggtactggacagtca
aactccatggatgggaaggccctgcttgtacccagcagcaaggctgctaacgtaatatct
aatcagtacacttctgtgccagctcccaccattgcaagtaatttgccaaaccatctctgc
actagctctgtcttgattccccccacagggattaataacagatttgtttctgagaagata
gccatgcctgggagtgaagagcaggccgccgtgtccataggtgccaccatgagaacagcc
ctcagctgtggtgattcagtggctgtcactgattcactggttccacgctcgcccatcgca
atgtttgcaggaaacatgctcactgcaaactcttacaactgtcctcccaaattaagtggg
gagaacttggacaacaattcagggcctctaaacagaacagacaattctgagaaacctcag
cagccagcagggggctttgtcccagcaaccataaacagatcaattccctgtaaagtcata
gtggaccacagcacaacgctgacctccaatttgtctctgactgtctccattgaaagtgga
gactcaagtttggattcccagactaggtcggtgaggacagacgtatccatccagcccgtg
gcatgtcctcaggtgtctgtcatcagtagacctgagcaggccacaagtgaagggcttgac
catggttctgttttcattgctgctcctacggccaaacaggactgtaagacactgcaggcc
acttgcaccagtctccgagaattgccccttactcttccagataaactaaatgaagtgacc
gtacctactcatggctttgctgagcaagcacgaaactcaagtactttcaagaaagaaaca
gacacagcctgtagcaatcagtataacccaggaaaccgcatttgctggagtgaagaccca
atgagaaacacagcaccgcctgtggttagtcattcaagctcaagtaaacagaaagaacat
ccagagcagactggcctgaaggctgtgaagacagagcatgtcagctatgcacacgtgtca
gatctccaccctaggaatctcatcacgaatgtcagtcttcctgtgaagcctgaacctcat
gaagtagacaagggctttagaatggacactgaggactttcctggtcccgagcgtcctcct
ccagtcacagaggtgacaagcagtgccagtgtgcaaccaacacagaccatgaagccttcc
accacaagccctgtggaagaggctatttccttggctccagacaccctgaaaagaattcca
agtgcaagcagctcaagctgccgcctgtcttccgtggaagctaataacccactggtgaca
cagctactgcagggcaacctgcctctggagaaggtgttgccacagccaagattgggagcc
aaacttgaaatcaacagactccctctgccccttcaaactacctcagtgggtaagacaggg
ctggaaagaaacatggttgaaatgccatccagctctcctaatccagacgggaagggctat
ttggcagggactctagcaccagtccaaatgagaaagcgagaaaaccatcccaaaaagaga
gcagccaggacagtgggagaccatgctcaagttaaatgtgaaccagggaagatggtgatg
gagcccgatgtcaaagcggtaccctgcgtcatcagtcccagcatgagtcagctaggacac
aaccagccatttaagcaggaacggcttaataagccctccatggccaacaggatcatgccc
agccctgaggtcaaacaacaaaagcggctgttgcctgcatgtagcttccagccgagcctg
ttccatgtgaacaaaaatgaaggcttccacgctgacactggtacctcacatagacagcag
ttctaccaaatgcccatggctgccaggggaccccttcccactcctgctctgttacagaac
tctcccaagaccccagtgggctgtaatgcatttgccttcaataggcatcttgaacaaaaa
gcattgggagatgtgaatcttcccacagcacctcaccagctaagactagccaatatgttg
tcccccaacatgcctataaaagaaggcgaggatggaggaggcaccacacacacaatgcca
agcaaagcagtggtccatgctccactgccacctccaccaccccctccaccaccaccccct
ccacccttggccttgcccccgccaccccctccaccccctccactacctccacctcttccc
actgtagaagtcccatccgatcaaaagcaaccaccagttaacatggaaaccactaagcga
cttagttggccccagtccacgggcatatgtagcaatatcaaatcagaacctctttctttt
gaggaaagtttaagcagcagctgtgaactgggcatgaagcaggttccctatgaccagaac
gaagtgaaagagcagctgaaggcatttgcattaaaaaatgcagatttttcttcctacttg
ctctctgagccccaaaagccttttacccaattagctgctcaaaaactaccagtaccccag
caacaaccgctctgtggaagttacccgacgatacactttgggagcacaaatttcaaaagg
gcagcatctgccattgaaaagtccattgggattctgggaagtggctccaaccccgccacc
agcacgggtctgacaggtcaaaacactcagatgccagttcagaactttgcagacaacagc
aacgcagatgagttagagctgaaatgttcttgccggctcaaagccatgattgtgtgcaaa
ggctgtggggccttctgccacgatgactgcataggtccatccaaactttgtgtagcttgc
ctggttgtccgataa

  All links  
Gene (44)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (15)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (13)   
DNA sequence (25)   
   RefSeq(nuc) (13)   
   GenBank (6)   
   EMBL (6)   
Protein domain (3)   
   Pfam (3)   
All databases (87)   

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