KEGG   Mus musculus (house mouse): 106618
Entry
106618            CDS       T01002                                 
Symbol
Wdr90, 3230401M21Rik, mKIAA1924
Name
(RefSeq) WD repeat domain 90
  KO
K24759  WD repeat-containing protein 90
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:mmu03037]
    106618 (Wdr90)
Cilium and associated proteins [BR:mmu03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   106618 (Wdr90)
SSDB
Motif
Pfam: WD40 CFA20_dom ANAPC4_WD40 Nup160 NBCH_WD40
Other DBs
NCBI-GeneID: 106618
NCBI-ProteinID: NP_001157238
MGI: 1921267
Ensembl: ENSMUSG00000073434
UniProt: Q6ZPG2 H7BX49
Position
17:complement(26063708..26080489)
AA seq 1892 aa
MAGGSGARETRCRQGSRPGSPGSEVPAASVTGPRAEARPAGGGGGSRRAAPDRCSGGVPS
AAWQHPFLNVFRHFRVDEWKRSSKEGDVAVVTDKVLKSAVYRIRGSVSASNYIQLPRTST
QSLGLTGRYLYVLFRPVPTKHFVIHLDVSTEDGQVIRVSFSNLFKEFKSSTTWLQFPFVF
ETKTPRRGGDIWSKRDGLNEGLKRDDLAGVALPRARWTCLQLDLRDILMFYLGRHYSHLK
SIRLCASLLVRNLYTSDLCFDPAVTVTEARRAKLSVNPMPREMAFPVPKGESWHDNYIHV
RFPSDCSKVPDEQDEKSCSPPEAVFLGRMSRHLPHPGVLGKPLLSSKSPVAQACSSALPC
QVLSASSRLPEVSRTYRYREVSSVSASSIQSQRPSVRDEVPDAHTVSGERHVLADRSSGV
PMALEDIGSCRLFLPDPVLRLKGVIGFGGHSTQWALWTKDGVAVVYPCHAVIIVLQIDTG
QQRFFLGHTDKVSALALNGSDTLLASAQVQPPSMVRLWDFQTGSCLSLFRSPLHTICSLS
FSGSGALLCGVGKDRHGRTVVVAWSTEQAGLGGEVVVLAKVHTDFDIRAFQVAFFDETRM
ASCGRGSVRLWRLRGGVLRSCAVDLGEYCSLELTDLAFAQALDGHCAPSAGTLFVCSHSG
HILEIDHQRMSVQHVRRLLPARSPGAPLAEKQNFSVGSGIAISSLSVSTATCAVGSEDGY
LRLWPLDFSSVLLEAEHDGPVSSVSFSPDGLRVLSTTTSGHLGFLDVPSREYTVLARSHM
APVLALSTEPNRGQMATVSLDHTVRIWDLATLQQLYDFSSSEDTPCAVAFHPTMPNFFCG
FSSGAVRSFSLESSGVLVEHTRHRGAITSLVITLDGRFLFSSCSQGSLVQYSCADSQCCV
LRVAANMVCQDGRPNPNILAVSGDSCRLAFVGPSKCMVTIVESASLDELLRVDVSTLNLA
SNHLDWAVAICFSPGNSGHLLVSTSSNKVVVLDAVSGHTLRELSSVRSRACCSLALSEDA
HLLLAATDRTITVWDYPTQANPSCQVYIGHSEPVHAVAFTPDQLQVISVGDAIFLWDILA
TPERDGGDHEAPPGHEAGSSSGQLDDLASGASGLPRQQVPIPFQALPPPLSSHDRLLDGS
TGTFSTSDEEGLCEENHVSEALLQGQAPTPHVLVDREASGAGDAPRETAGSSWTPAERPS
PHSHMSEWSLRSGKAGLPTRPDSYKHFTPRYKTSPRVKSVYFPPIGRERLRLKAIVGYNG
NGRANMVWRPDTGFFAYTCGRLVVVEDLHSGTQRHWLGHSQEISTLALNQDGQILASASC
CGNTAARCQIRIWDVPKGLCRHLLSHHDTAVQALAFSPDDEFLVTLGDYADRNLALWSMA
TYELLSSTRLLEPVHGVAFNPWDANELICVGTNAITFWLLQHHGADTCFQVHREPIPEEL
GASELTSLCYGASPLLYCGSSSGQVCVWDTGTGHCFLAWEADDGEIGVLLCSGSRLISGS
NTKRLRLWAVGVVPELRRKGSSARSSSVFMERELTLDGAVVSASFDSGMDMGVVGTTAGT
IWYISWTEGTSTRLISGHRTKVNEVVFSPGESHCATCGEDGSVRVWSLASMELVIQFQVL
NQSCLCLAWTPPSCELPEQQQVVAGYSDGTLRVFSISRTAMELKMHPHRTALTAIAFSTD
GQTILSGDKDGLVAISHPCTGMTFRVLSDHRGAPISAIQSTSKEYGDLGVEGVELWLAAS
GDQRVSIWVSDWLRDRCELLEWLSFPAPAVSEAPGLLPPSLAAFCPWDKAILVCVGLGAH
EEVIFYSLRQKQVIQKTPLPFFAMSLSLSPGSQLMVVGFAECMMRLLDCASGTAQDLEGH
DDSVHLCRFTPSGRLLFTAAHNEILVWEVTDP
NT seq 5679 nt   +upstreamnt  +downstreamnt
atggccggaggtagcggcgcgcgcgagacgcgctgtcgtcagggctcgcgtcccgggagt
cccgggtccgaggtccccgccgcgtcagtgactggacctcgtgcagaagcccgtcccgcg
ggcggaggtggagggtcgcggcgcgctgccccagatcggtgctcaggcggcgtcccttct
gcagcctggcagcaccctttcctcaatgtattcagacatttcagggtggatgagtggaaa
cggtccagcaaagagggagatgtggctgtggtgacggacaaggtcctgaagagcgctgtg
tatcgcatccgtgggtctgtatctgccagcaactacatccagctccccagaactagcacc
cagtctctggggctgactgggcggtacctgtatgtgcttttccggcctgtgcctaccaag
cactttgtcatccacctggacgtgtccaccgaggacggccaggtcatccgtgtgtctttc
tccaacctctttaaggagttcaagtcctccacaacgtggcttcagttcccctttgtcttc
gagactaagacacccaggagaggtggtgacatttggtccaagagggacggcttgaatgaa
ggcctaaaacgggatgacctggcaggtgtagctcttcctcgtgcccgctggacctgccta
cagctggacctgcgtgacatcctgatgttctacctgggcaggcactatagtcatctcaag
agcatcaggctgtgtgccagcctgctagtcagaaacctctacaccagtgatctgtgcttt
gaccctgctgtcactgtcactgaggcccggcgtgcaaagttgtctgttaaccctatgcct
cgagaaatggctttcccggtgccaaaaggggagagctggcatgacaattacatccacgtt
cggtttccaagtgactgttccaaggtgcctgatgagcaggatgagaagagctgttccccc
ccagaagcagtcttcctaggtcgtatgtcacggcacctgcctcatccaggggtcttgggc
aaacctttgctgagcagtaagtcccctgtggcccaggcatgtagctctgcattgccatgc
caggtcctttcagcatctagtcgccttccagaggtcagccggacctacaggtatcgagaa
gtctccagtgtaagtgcctccagcatccagagccaacgtccttcagttcgcgatgaggtt
cccgatgcacacacggtgtccggcgagagacacgttcttgctgacagatcatctggcgtg
cccatggcccttgaggacattggttcctgtaggcttttcctcccagacccagtcctgagg
ctcaagggcgtcatcggttttgggggtcacagcacccaatgggccctgtggaccaaagat
ggtgtggctgttgtttacccctgccatgcagtcataattgtcctgcagattgacactgga
cagcagaggtttttccttggccataccgacaaggtctctgccctggcgctcaatggcagt
gatacgctgctagcctcagctcaggtgcagcctcccagcatggtgcgtctctgggacttc
cagactgggagttgcctgtctctcttcagaagcccactgcacaccatctgctccctcagc
ttctctggcagcggggcactcctctgcggtgtgggcaaggacagacacgggaggacggtg
gtggtggcctggagtacagagcaggcgggcctcggcggtgaggtcgtggttcttgcaaaa
gtgcacactgacttcgatattcgggccttccaggtggccttttttgatgaaaccaggatg
gcatcatgtggtcggggcagcgtgaggctctggcggctgcggggtggtgttcttcggtcc
tgcgctgtggacctgggggagtactgttcactggagctcactgaccttgcctttgcacag
gcgttggatggccactgtgccccctcggccggcacactctttgtgtgcagccatagtggt
cacatcctggagattgaccaccagcgcatgtcggtgcagcacgtccgccgcttgctgcct
gcacggtcccctggtgctcccctcgccgagaagcagaactttagcgtggggtccggcatc
gctatcagtagcctcagtgtctctactgccacatgtgctgtgggctctgaggatggctac
ttgcgactctggcccctggacttttcctccgtgctcctagaggccgaacacgacggccct
gtcagttcggtctccttcagtcccgatggcctgcgtgtgctgtccaccaccacttcaggc
cacctgggcttcctggatgtcccctcccgggagtatactgtgttggcacgctcccacatg
gccccagtgttggcgctttctacagaaccgaaccggggacagatggccactgtgtccctt
gaccacactgtccgtatctgggacctggctaccctacagcagctgtatgacttctcgtcc
tccgaggacaccccttgtgctgttgctttccatcccacaatgccaaacttcttctgtggc
ttcagcagtggggccgtgcgttccttcagcttggagagctctggagtcctggtagaacac
acgcgtcaccgaggggccatcaccagcctggtcatcacccttgacggcagattcctgttc
agctcctgctctcagggctccctagtccagtacagctgtgctgactctcagtgctgcgtc
ctacgtgtggcagccaacatggtctgtcaggatggtcgccccaaccccaatattctggca
gtcagtggagacagctgccggctggcctttgtgggcccctccaagtgcatggtgacaatt
gtggagtcggcctctttggatgagctactccgtgttgatgtcagcaccctcaacctggcc
agcaaccacctggactgggctgtggctatctgcttcagccccgggaactcaggccatctg
ctggtgtccacatcctctaacaaggttgtggtactggatgctgtgtcaggacacaccctc
cgggagttatctagtgtccgctccagagcctgctgctccctggctctcagtgaggatgct
catttgctgctggcagccactgaccggaccattacagtatgggattatccaacacaggcg
aaccccagctgccaggtatacattggccactcagagcctgtgcacgctgtagccttcaca
cctgatcagctgcaggtcatcagtgtgggggatgctatcttcctctgggacatcctggct
acccctgagagagatggaggtgatcatgaagcacccccagggcatgaggccggctctagt
tcggggcagctggatgacctggcatccggggccagtggactccctcggcagcaagtgccc
ataccgtttcaggcattaccgcctccactgagtagccatgacaggctccttgacggcagt
actggcaccttctccacgtctgatgaggaaggactctgtgaggagaaccatgtttctgag
gcgctcctccaaggccaggccccgaccccacatgtgctcgtggacagggaagccagtggt
gctggggatgcccctcgggagactgcagggagctcctggacaccagctgagcgtcccagt
ccccacagccacatgagtgaatggagcctgcggagcgggaaggctgggctcccaacccgc
ccagattcctacaagcacttcacacctcgatataagacctcaccacgggttaagagtgtc
tacttccctcccattggcagggagcggctgcgactgaaggccattgtgggctacaatggg
aatgggcgggccaacatggtctggaggcccgacacaggcttctttgcctacacttgtggt
cgcctggtggtagtggaggacctgcattctggcacccagaggcactggcttggccattct
caggagatctctactctggcactcaaccaggatggccagatcttggcctctgcctcctgc
tgcggcaacacagctgcccgttgccagatccgaatttgggatgttcccaagggcctttgt
cggcacctcctttcccatcatgacacagctgtgcaagctctggctttctcaccagatgat
gagttccttgtaacgctgggggactatgctgacaggaaccttgccctgtggagcatggcc
acctatgaactcctgtcatccactcgcctcctggagcctgtgcatggtgtggcctttaac
ccatgggatgccaatgagctcatctgtgtgggcacaaatgccatcaccttctggctcctg
cagcatcatggggcagacacctgcttccaggtacaccgggaaccaatccccgaggaactg
ggggcgtccgagttgacctcactctgctatggggccagccctctgctctactgcggctcc
agctctggccaggtctgtgtctgggacactggcactggccactgcttcctggcctgggag
gctgacgatggggagatcggggtgctgctgtgttcaggctctagactgatcagtgggagc
aacacaaaaaggctgcgcctttgggctgtgggggttgtgccagagctaaggcgcaaaggc
tccagtgccagatccagttctgttttcatggagcgtgagctgaccctggatggggctgtt
gtgagtgccagttttgacagtggcatggacatgggtgtagtgggtaccacagctggcacc
atctggtacatcagctggacagagggcactagcacccgcctcatcagtggccacaggacc
aaggtaaacgaggtggtcttcagccccggtgagtctcactgtgccacctgtggtgaggat
gggagcgtgagggtgtggtctttggccagcatggagctggtgatccagtttcaggtgctg
aaccagagctgtctctgccttgcgtggacgcccccgtcctgtgaactcccagagcagcag
caggtggtggccggctacagcgatggcacacttcgagtcttcagtatctctcgtacagca
atggaactcaagatgcacccccaccggaccgctctgacagccatcgccttctccaccgac
ggtcagaccatcctatctggagataaggacggacttgtggctataagccacccctgcaca
ggaatgaccttccgtgtgctcagtgaccaccggggtgctccaatttctgctatccagagc
acgagcaaagaatatggagacctaggggtagagggtgtagaactgtggctggctgcaagt
ggggaccaacgtgtcagcatctgggtctctgactggctccgggaccgctgtgaactcctg
gaatggttgagctttcctgcacctgctgtctcagaggctccaggcctcctgcccccctct
cttgctgccttctgcccttgggataaggcgatactggtgtgtgtgggcctgggtgcacat
gaggaggtcatcttctacagcctccgtcagaagcaggtgatacagaagacacctctgccc
ttctttgccatgtctttgagcctgtccccaggatctcagctcatggtggttggttttgct
gagtgcatgatgaggctcctagactgtgcgtcagggactgcccaggacttggaaggccat
gatgactcggtccacctgtgtaggttcactccatctggcagactgctcttcacagctgct
cacaacgagatcctggtgtgggaagtcaccgatccctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (52)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (34)   
   RefSeq(nuc) (2)   
   GenBank (16)   
   EMBL (16)   
Protein domain (5)   
   Pfam (5)   
All databases (105)   

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