KEGG   Mus musculus (house mouse): 192652
Entry
192652            CDS       T01002                                 
Symbol
Wdr81, Gm883, mFLJ00182, nur5
Name
(RefSeq) WD repeat domain 81
  KO
K17601  WD repeat-containing protein 81
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mmu01009]
    192652 (Wdr81)
Protein phosphatases and associated proteins [BR:mmu01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     192652 (Wdr81)
SSDB
Motif
Pfam: Beach WD40 PQQ_2
Other DBs
NCBI-GeneID: 192652
NCBI-ProteinID: NP_620400
MGI: 2681828
Ensembl: ENSMUSG00000045374
UniProt: Q5ND34 Q6P8W0
Position
11:complement(75331769..75345544)
AA seq 1934 aa
MAQGSRRRKVVLTAGSEGWSPSSGPDMEELLRSVERDLNIDARQLALAPGGTHVVALVST
RWLASLRERRLGPCPRAEGLGEAEVRTLLQRSVQRLPPGWTRVEVHGLRKRRLSYPLGGG
VPFEEGSCSPETLTRFMQEVAAQNYRNLWRHAYHTYGQPYSHSTAPSALPALDSIRQALQ
RVYGCTFLPVGESIPCLSNVRDGPCPSRGSPACPSLLRAEALLESPEMLYVVHPYVQFSL
HDVVTFSPAKLTNSQAKVLFLLFRVLRAMDACHRQGLACGALSLHHIAVDEKLCSELRLD
LSAYEMPSEDENQEGSEEKNGTGIKSEKEGEGRTECPTCQKELRGLVLDWVHGRISNFHY
LMQLNRLAGRRQGDPNYHPVLPWVVDFTTPYGRFRDLRKSKFRLNKGDKQLDFTYEMTRQ
AFVAGGAGSGEPPHVPHHISDVLSDITYYVYKARRTPRSVLCGHVRAQWEPHEYPATMER
MQTWTPDECIPEFYTDPSIFCSIHPDMPDLDVPAWCSSNQEFVAAHRALLESWEVSQDLH
HWIDLTFGYKLQGKEAVKEKNVCLHLVDAHTHLTSYGVVQLFDQPHPQRLAGSPALAPEP
PLIPRLLVQPIREATGQEDISGQLINGAGRLVVEATPCETGWTRDRPGTGEDDLEQATEA
LDSISLPGKAGDQPGSSSSQASPGLLSFSAPSGSRPGRRSKAAGLDPGEGEEGKIVLPEG
FSPIQALEELEKVGNFLAKGLGSQLEEPEKPHAQPPVHLQSLFHRDMQVLGVLLAEMVFA
TRVRILQPDAPLWVRFEAVRGLCIRHSKDIPVSLQPVLDTLLQLSGPKSPMVSKKGKLDP
LFEYRPVSQGLPPPSPAQLLSPFSSVVPFPPYFPALHKFILLYQARRVEDEVQGRELAFA
LWQQLGAVLNDITPEGLEILLPFVLSLMSEEHTAVYTAWYLFEPVAKALGPKNANKYLLK
PLIGAYESPCRLHGRFYLYTDCFVAQLVVRLGLQAFLTHLLPHVLQVLAGVEASQEEGKG
LVGTTEDEESELPVSGPGSCAFGEEIQMDGQPAASSGLGLPDYRSGVSFHDQADLPDTED
FQAGLYVAESPQPQEAEAVSLGQLSDKSSTSEASQGEERGGDDGGAPADKNSVKSGDSSQ
DLKQSEGSEEEEEEEGCVVLEEDQEDEVTGTSELTLSDTMLSMETVVAPGDGRDREEEEE
PLTEQTEGKEQKILLDTACKMVRWLSAKLGPTVASRHVARNLLRLLTSCYVGPTRQQFTV
SSDDTPPLNAGNIYQKRPVLGDIVSGPVLSCLLHIAYLYGEPVLTYQYLPYISYLVAPGS
NSNPSRLNSRKEAGLLAAVTLTQKIIVYLSDTTLMDILPRISHEVLLPVLGFLTSFVTGF
PSGAQARTVLCVKTISLIALICLRIGQEMVQQHLSEPVATFFQVFSHLHELRQQDLPLDP
KGCTEGQLPEATFSDGQRRPVDPTLLEELQKVFTLEMAYTIYVPFSCLLGDIIRKIIPNH
ELVGELAGLYLESMSPSSRNPASMEPTMASAGPEWDPQSGSCLQDDGHSGTFGSVLVGNR
IQIPDSQPQSPGPLGSLSGVGSSGGLSNRNEDNALKRELPRSAHGLSGNWLAYWQYEIGV
SQQDAHFHFHQIRLQSFPGHTGAVKCVAALSSEDFFLSGSKDRTVRLWPLYNYGDGTNET
ASRLIYAQHRKSVFYVGQLEAPQYVVSCDGAVHVWDPFTGKTLRTVDPSDSRVPLTAVAV
MPAPHTSITMASSDSTLRFVDCRKPGLQHEFRLGGGLNPGLVRSLAVSPSGRSVVAGFSS
GFMVLLDTRTGLVLRGWPAHEGDILQIKAVEGSVLISSSSDHSLTVWKELEQKPTHHYKS
ASDPIHTFDLYGSEVVTGTVANKIGVCSLLEPPSQATTKLSSENFRGTLTSLALLPTKRH
LLLGSDNGIIRLLA
NT seq 5805 nt   +upstreamnt  +downstreamnt
atggcccaggggagcagaaggcggaaagtggttcttacagcagggtccgagggctggtcc
ccttcctcaggacctgacatggaggagctgctccggagcgtggagagagatctgaacatt
gatgcccggcagctggccctggcgccggggggcactcatgtagtggccctagtgtccacg
cgttggctggctagtctccgggagcgccgactgggaccctgtccccgggctgagggcctg
ggtgaagcagaagtcaggactttactgcaacgttcggtacagaggctgcccccaggctgg
actcgagtggaggtgcatgggctgcggaaacggagactgtcctacccgctgggtggaggc
gtgccctttgaggaggggtcctgtagccctgaaactctcactcggttcatgcaggaggtg
gctgcccagaattaccggaacctgtggcgccatgcataccacacttatggacagccttac
agccacagcactgccccctcagctctacctgccctagactctatacgacaagctctccag
agggtgtatggatgcaccttcttgccagtgggtgaatccatcccatgtctatcaaatgtc
agggatgggccctgcccctctcggggcagccctgcctgccccagccttttgcgagctgag
gctttgctggagtcgcccgagatgctctatgtggtacacccttatgtgcaattctccctg
catgatgtagttaccttcagccctgccaagctgaccaacagccaagccaaggtgctcttt
cttctcttccgtgttctgagggccatggatgcctgtcaccgccaggggctggcctgtggg
gctctgtctttgcaccacattgctgtagacgagaagctatgcagtgagctccggctggac
ctgagcgcttacgagatgccttccgaggatgaaaaccaggagggctctgaagagaaaaat
gggacaggcattaagtctgaaaaagagggggaagggagaactgagtgtcccacctgccag
aaagaacttcggggccttgtgctagactgggtccatggccgaatcagcaacttccactac
ctcatgcagctgaatcggttggcaggtcgacggcagggggatcccaactatcacccagtg
ctgccctgggtggtggactttaccacaccttatgggcgcttccgagaccttcgtaaatcc
aagttccgactcaacaagggagataagcaattggacttcacctatgagatgacccggcag
gcatttgttgcaggtggtgcaggaagtggggagccaccccatgttcctcaccacatctct
gacgtgctctctgacatcacgtactatgtatacaaggcccgtcgcacaccgcgctcggtg
ctctgtggacatgtccgagcgcagtgggaaccccacgagtatcctgccaccatggagcgg
atgcagacctggacaccggatgagtgcatacccgagttctacacggacccctctatcttt
tgctctatccaccctgacatgcccgacctggatgtgccggcctggtgcagttctaaccag
gaatttgtggctgcccatcgagccctcctggagagctgggaggtgtcccaagacctgcat
cactggattgatcttacctttggctacaaactccagggcaaagaagctgtgaaggagaag
aatgtgtgtctgcacctggtggacgctcacacccatctgaccagctatggcgtggtacag
ctatttgatcagccacacccccaacgcctggctggatctcctgccctggcccctgaacct
ccactcatcccccggctgttggtccagcctattcgggaggccacaggccaggaggacatt
tcaggacaacttataaatggtgcgggcaggcttgtcgtagaggccactccatgtgagact
ggctggactagagataggcctgggacaggagaagatgatttagaacaggctacagaagct
ctggattccatctccctccccgggaaagcaggtgaccagccaggctcttcctccagtcaa
gcatcacctggcctgttgtctttttctgcaccctcggggtctcgaccaggccgtaggagc
aaagctgccgggttggaccctggggagggtgaagagggcaagattgtccttccagagggc
ttcagtcccatacaggccttggaagagctggagaaagtgggtaacttcctggccaaaggc
ctagggagccagttggaggagcctgaaaagcctcacgcccagccacctgtgcacctgcag
agcctcttccatcgagacatgcaggtcctgggtgtcctgttggctgagatggtgtttgcc
accagggtccggatactgcagcctgatgcacctttgtgggtacgctttgaggctgttcgg
ggtctctgcatacgccactccaaggacatccccgtgtctctgcagcctgtgctagacaca
ctcctacagctgagcggacccaaaagtcccatggtgtcgaagaagggcaagctagaccca
ctgtttgagtataggccggtttcccagggattacccccacccagcccagcccagctcctc
agccccttcagctccgtggtccccttccctccatacttcccagcactgcacaagttcatt
cttttatatcaggcccggcgtgtggaggatgaggtccagggtcgggagctggcgtttgct
ctgtggcagcagctgggtgcggtgttaaatgacatcactcccgagggcttagagatcctc
ctgcctttcgtgctgtcgctcatgtctgaggagcacacggctgtgtacacagcctggtac
ctatttgaacccgttgccaaggccctgggccccaaaaatgccaacaagtacctcctgaag
cctctcatcggtgcctatgagagcccctgccgcctgcatggccgcttctacctgtacacc
gactgttttgtggcccagttggtggtgcggctgggcttgcaggccttcctcacccacctg
ctgccccatgtcctccaggtactggctggggtggaggcttcccaggaggagggcaaaggc
ctggtcgggaccactgaggatgaggaaagtgagctcccggtgtccgggcctggctcctgt
gcctttggggaagagattcagatggatgggcagccggctgcttcctcaggactggggctc
ccagactacaggtcgggcgtcagcttccatgaccaggccgacctgccggacacggaggac
ttccaagctggactctacgtggctgaatctccacagccccaggaggctgaggccgtgagc
ctgggccagctgagtgataagagcagtaccagcgaagcctcccagggcgaggagaggggt
ggggatgatggcggtgcccctgcggacaagaacagcgtcaagtcaggggacagcagccag
gacttgaagcagagcgaaggctctgaggaagaggaggaggaggaaggctgtgtggtgttg
gaggaggaccaggaggatgaagtcacgggaacatccgagctcactctgtctgacacgatg
ctgtccatggagacggtggtggctcctggtgatgggagagacagagaagaggaagaggag
ccgctgacagagcagacagaaggcaaagaacaaaagatcctccttgatacagcctgcaag
atggtccgctggctgtctgccaagcttggccccacagtagcctctcgccatgtggcccgg
aacctgctgcgcctgctgacatcttgttatgttgggcccactcgacagcagttcaccgtc
agcagtgatgacacccctccactgaatgccggcaacatctaccagaagaggccagtccta
ggtgacatcgtgtcggggcctgtgctcagctgcctcctccacattgcctacctgtatgga
gaacccgttctcacctaccagtacctgccctacatcagctacctggtagccccagggagc
aactcaaaccccagccgactgaacagccgcaaggaggccgggctgctggcagcggtgaca
ctgacgcagaaaatcatcgtatacctctctgacacgaccctcatggacattctgccccgc
attagccacgaggtcttgctgcctgtgcttggcttcctcacctccttcgtcacagggttc
cccagtggggcccaggcccggactgtcctatgcgtgaaaaccatcagtctcatcgccctc
atctgcttgcgcatcgggcaggagatggtccagcagcacctgagtgagccagtggccacc
ttcttccaagtcttctctcatctgcatgagcttcggcagcaggatctgccactggatcct
aagggctgtactgagggccagctgccagaggcgaccttctctgatgggcagcgacgacca
gtggaccccaccctgctggaagagctgcagaaggtgttcaccctggaaatggcgtacaca
atctacgtacctttctcctgcctgttgggtgacatcatccggaaaatcatccccaaccat
gagttggtcggggagctggcagggctctatctggaaagcatgagcccgagctctcgaaac
ccagccagcatggaacccaccatggctagtgccggccctgaatgggaccctcagagtggg
agctgtctccaggacgatggccactcagggacctttgggagtgtcctggttggaaatcgc
atccagatccctgactctcagccccagagtcctgggccactgggctccctctctggagtg
ggtagtagcggaggcctcagcaacaggaatgaagacaacgccctgaagcgggagctgcct
cggagtgcccatgggctgagcgggaactggctggcgtactggcagtacgagatcggtgtg
agccagcaggatgcccacttccacttccaccagatccgcctgcagagcttcccagggcac
acgggggccgtcaaatgcgtggccgccctgagcagtgaagacttctttctgagtggcagc
aaggaccggactgtgcgcctctggccgctgtacaactatggggacgggaccaatgagacg
gcttcccgcctcatctatgcccagcaccgcaaaagcgtcttctacgtgggccagcttgag
gccccgcagtatgtggtgagctgtgatggggcagtgcacgtctgggaccccttcacagga
aagacccttcgcacagtggatccttcagacagccgggtgcccctgacggctgtggctgtc
atgcctgccccacacaccagcatcaccatggccagctccgactccactctgcgctttgtg
gactgcaggaagccaggcttgcagcatgagttccgactgggtggagggctgaaccctggg
cttgttcgctcgttggccgtcagccccagtggccggagtgttgtggctggcttctcctcg
ggcttcatggtgctcctagatacccgcacgggcctggttctacgaggctggccagcccat
gaaggggacattctacagatcaaggctgtagagggcagcgtgctcatcagctcctcttcc
gaccattccttgactgtttggaaggagctggaacagaagcccacgcaccactacaagtca
gcgtccgacccaatccacacctttgacctgtacggcagcgaggtggtcaccggcactgta
gccaacaagattggtgtctgttccctgcttgagccaccctctcaggccaccacaaagctc
agttccgagaacttccgtggcacgctcactagtctggctttgctgcccacgaaacgccac
ctcctgctgggctcggacaatggcatcatccgcctcctggcatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (6)   
DNA sequence (35)   
   RefSeq(nuc) (9)   
   GenBank (13)   
   EMBL (13)   
Protein domain (3)   
   Pfam (3)   
All databases (88)   

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