KEGG   Mus musculus (house mouse): 330286
Entry
330286            CDS       T01002                                 
Symbol
D630045J12Rik, Kiaa1549, mKIAA1549
Name
(RefSeq) RIKEN cDNA D630045J12 gene
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: KIAA1549
Other DBs
NCBI-GeneID: 330286
NCBI-ProteinID: NP_918950
MGI: 2669829
Ensembl: ENSMUSG00000063455
UniProt: Q68FD9
Position
6:complement(38100109..38231074)
AA seq 1940 aa
MEREPRARVALVPERCGRGPSSRHRRPGLLLPGLWLLLLAGPASCAPDDLSLAQHSHPVR
PSDFLPERSILHSAAQVTLSETVPRSQPSISALVLSSPSATAFDTAFLSQRQQTQSTAEP
SFFEANYGSVTSNEVALDDEEMDNFLPDAHWTSSRGVSPMRYITPSPPEPPQEMLEPGTT
PSLPTISLPDEVLSGCQNTVQQATVYVEPSTYFGTSWSAFLTSEGIIPTPSRNSVLHPIE
IHSQLSSKALPETVASVTEGAENLLFSSRISVSQPSGNGMTQQPSVPLWEVSQPLVGVLA
TSSDRYPNETTAWIEHPEEAIALRAHPGITTSPTDPTFSSQPSALFSTPLSSVSFATQLP
GVSEDSFLSSEARGALESWHSSPVPSFTDHPYVLSPESSLRPHTGCVSCVVSSFQQELAR
SLTEKDMGSGDRLETLSTASVEASHVSPLSSVGTDLSELEEPQEFNTLFPSRPVFSFSSR
PVGLWKASMDVSPEVDVSGIAITQVYPSHGRLSTPSSLDSTFGFSVTSDLVMSSSMIHLL
SSVIPSTHFDSSFSLTANQNSPSFPAGKPSLLTSPSLVPSAQSSAFSHGAPTSSLELQSG
SRLDFTSGFYSTPPLDFSTPAPSRSDELAFPSLMSSDPSTFFSQTFSTMAETFSLSNSMN
LQSPQLSVLNPTSLEPSQPQSSADLLLNTVTVLPSPPERPPLSSSPSDSLEFTEVSRVSL
RESHVHLTSAFSETTSAFEFSPIPHESTISTLVPSSSEPSLGIYAAGTHLTSLPTTVFHL
TPILTESSPFSTLTPSDGSVRVTDHHTPVLPTPSSVIPSSTESISDPYLSASSSLVSEVS
PSPPPTKPVMGSSLTSTDFPPSTSPELSTSLELSMPSASTAPGDTVDSALNSEPMSQNPQ
GNSVPPPQPSLGPATTSTLEATVGTPALATAKPPYVCDITVPDVYLITTVLARRAVQEYI
ITSIKEVLRIHFNRAVELKVYELFTDFTFLVTSGPFVYTAISVINVLINSKLVRGQTPLI
LSVKPSFLVPDPRFQVQTVLQFVPPSVDTGFCNFTQSIEKGLVTALFEVRKHQGTYNLTV
QIVNVTIASSRVAPRRGPVNIIFAVKGSQGFLNGSEVSDLLRNLTVVEFSFYLGYPVLQI
AEPFQYPQLNLSQLLKSSWVRTVLLGVVEKQLHNEVFPAEMERKLAQLLSEVPTRRRVWR
RATVAAGNSVVQVVNVSRLEGDDNPVQLIYFVENQDGERLSAVKSSDLINKVDLQRAAII
LGYRIQGVIAQPVDRVKRPSPESQSNNLWVVVGVVIPVLVVTVIVVILYWKLCRTDKLDF
QPDTVANIQQRQKLQIPSVKGFDFAKQHLGQHNKDDILIIHEPAPLPGPVKDHTTPSENG
DVPSPKSKLPSKNIRLRGRVSPSDADSTVSEESSERDAGEKAPAAAPENKALRAPQSGAP
LPSSGNEQHSSASIFEHVDRVSRTSEASRRVPSKIQLIAMQPIPAPPAQHPVLADRVAET
NKINKEIQSALRHKSEIEHHRNKIRLRAKRRGHYEFPVVDDLSSGDTKERHRVYRRAQMQ
IDKILDPAASVPSVFIEPRKSSRMKRSPKPRRKHQVNGCPADAEKDRLITTDSDGTYKRP
PGVHNSAYIGCPSDPDLPADVQTPSSTELGRYPGLPFSASQYIPPQPSIEEARQTMHSLL
DDAFALVAPSSQPTNAMGAGTGVPASLPVNSTPSREERRATQWGSFYSPAQTANNPCSRY
EDYGMTPPSGPLPSRPSFGPGLLPSSELVPPEPPQPQSSTDAPYAARGIYSEEMPSVARP
RPVGGTTGSQIQHLTQVGIASRIGAQPVEIPAGRGSQYGGPGWPVYGEEEAGRREATHML
GHQEYSSSPLFQVPRTSGREPSAPPGNLAHRGLQGPGLGYPTSSTEDLQPGHSSASLIKA
IREELLRLSQKQGSVQNFHS
NT seq 5823 nt   +upstreamnt  +downstreamnt
atggagcgggagccccgcgccagggttgcactggtgccggagcggtgcggccgcgggcct
tcctcccgccaccgccgcccggggctgctgctccccggcctctggctgctgctgctcgcc
gggccggcctcgtgcgccccagatgacctctccctggctcagcacagccatcctgtacgc
ccctcggacttcctgccagagagaagcatcctgcacagtgctgcacaagtgaccttatca
gagactgttcccaggtcccaaccaagcatctctgcccttgtcctctcctctccgtcagcg
acagcttttgatacagcctttttaagccagagacaacagactcaaagtacagcggagccc
agtttctttgaggcaaattacggatccgtgacgagtaatgaggtggccctcgatgatgag
gagatggataactttttgccagatgctcattggacctcttcaaggggggtttccccaatg
cggtatatcacaccgagtccaccagagccaccccaggaaatgctggagcctggcacgacc
ccatcacttcccaccatttctttgccggatgaagtgctgtccggatgtcagaacacagtg
caacaggcaactgtatatgtggagccgtccacgtacttcggcacttcttggtcagctttt
ctcacgtctgagggcatcattccaactcctagtaggaattcggtgcttcatcctatagaa
attcacagccagttatcaagcaaggctttgccagagacagtagcttctgtaacagagggc
gcagaaaacctcctttttagctcccggatttcagtgtctcagccatcaggcaatggcatg
actcaacagccatctgtccccctgtgggaggtctcacagcctctagtgggtgtcctggcc
acaagctcggacagataccctaatgagaccactgcttggatcgaacacccagaggaagcc
atcgctctaagagcacaccctggcataaccacgtcacccacagaccccacttttagcagt
cagccttctgctctattttcaaccccactttcatctgtgtcttttgctacccaattacct
ggtgtttcggaggactccttcctctctagtgaggccaggggagccttagagtcatggcat
agctccccagtccccagttttactgaccatccttatgtcctgagccccgagtcttccctg
agaccacacacagggtgtgtgtcttgcgttgtctcatcatttcaacaagaactggccagg
agcctaacagagaaggacatggggtcaggcgacaggcttgagactttgtctactgcctcg
gtagaggcaagtcatgtctctccattgagcagtgtgggcacagacctctctgaacttgaa
gagcctcaagaatttaatacgcttttcccttccagacctgtgttttccttttcttccaga
cctgtggggctgtggaaagccagcatggatgtgtcacccgaggtggatgtgagtggcatt
gccatcactcaggtgtacccttcccatggccgcctctccacaccaagctcactggattcg
acttttggcttctctgtcaccagtgatctagtgatgtcatccagtatgatccatctgttg
tcctctgtcatccccagcacccattttgactcatctttctccttgactgcaaatcaaaac
agtccatcctttccagctggaaagccaagccttctcacctctcccagtctggtcccctca
gcacagtctagcgctttctctcacggagcacctaccagctctctggaactccagtctgga
agtcgtttggatttcacatccggcttttactccactccgcccctggacttcagcactcca
gccccttcacggtcagacgagcttgctttcccatctttgatgtcaagcgatccatcaacc
ttcttttctcaaactttttccaccatggctgagacattttcactgtccaactctatgaat
ttgcaatcacctcagctttctgttcttaatcccacaagtctagagccgtctcagccacag
tcaagtgcagaccttcttttgaacacagtcactgttcttcctagtccccccgagaggccc
ccactttcaagctccccctctgactctctcgagttcaccgaagtatccagagtttcactg
agagaatcccatgttcatcttacctcagctttctctgaaactacctctgcctttgaattt
tcacccattccccatgagtccactatcagcacactggtgccctccagctctgagccctct
cttggcatctacgcagctgggactcacctcacatcactgccaacaactgttttccatttg
acacccattttaaccgagtcatctccattctcgactctgacaccttccgatggcagtgtg
cgtgtgacagatcatcacacaccagtcttacccacaccctccagtgtcattccaagcagc
acagagtcgatctctgacccgtacctgtcagcctcctcatcacttgtttctgaagtaagc
ccttcacctccgcccacaaagccagtcatgggctcatcattgacatccacagatttcccg
cccagtacttccccagaactaagtacatccctggaactgagcatgcccagtgccagcact
gcccctggtgatactgtggactctgctctgaacagcgagcctatgagtcagaaccctcag
gggaacagtgtaccccctccccaaccctccctcggtcctgctaccacctccacgcttgaa
gccacagttggtacaccagcactggccacagccaagccgccatatgtgtgtgatattacg
gttcccgatgtctatttgatcacaactgtgctggccagacgagctgtgcaggagtacatc
attacatcaattaaagaagtgctgagaatccacttcaaccgtgcggtggagctaaaggtt
tatgaactgttcacagacttcacatttctggtaacgtctggtccttttgtttacacggcg
atatcagtcatcaacgtcctcatcaatagcaaacttgtgcgtggccagacgcctttaatc
ctgtctgtgaagccatcttttctcgtgccagatcccaggtttcaagttcaaacagtactg
cagttcgtgcctccgagtgtcgatactggcttctgcaacttcactcagagcattgagaaa
ggcctggtgacagctctctttgaagtgaggaaacaccagggaacatataacctcacagtg
cagattgtgaatgtcaccattgcttcttcgagggtggctccccggaggggcccagtgaat
attatctttgctgttaaaggctcgcaaggttttctgaatgggtcggaggtgagcgatctg
ctgaggaacctgacggtggtggagttcagcttctacctggggtacccggtgctacagatc
gcagagcccttccaatacccgcagctcaatttatctcagttactgaagtcctcttgggtc
agaacagtcctcctgggtgtagtggaaaaacagctccacaatgaagtgtttccagccgag
atggagcgcaaactggctcagctgctcagcgaggtgcccacccgaagacgcgtgtggcgg
agagccactgtagctgctgggaacagcgtggtacaggtggtgaacgtgtccaggctggag
ggagatgacaacccggtgcagctcatctactttgtggagaatcaagatggagagagactc
agtgcagtcaagtcttcagatctgatcaacaaggtagacctccagagggcagccatcatc
ctggggtaccggattcaaggcgtcattgcccagcctgtggacagggtgaagaggccatcc
ccagagtcacagagcaacaacctctgggtcgtggttggcgtggtcattcccgtgctggtg
gtcaccgtaattgttgttatcctctactggaagttgtgccgcacggacaagctagacttc
cagccagacacggtggccaacatacagcagcggcagaagctgcagatccccagcgtgaag
ggcttcgattttgctaagcagcatctgggccagcacaataaagacgacatcctgattatt
catgagccagcgccactgccaggccctgtgaaggaccacaccacaccctcagaaaacgga
gatgtgccgagccccaagtcaaagctcccttccaagaacatacggctcagagggagagtt
tccccctcagatgctgactcaacagtcagcgaggagtccagcgagagggacgcgggagag
aaggcgccggctgctgcccctgagaacaaggctctcagagctccgcagagtggcgccccc
ctgcccagttcaggcaatgagcagcattcctcagcctccatctttgagcacgtggacagg
gtttcgaggacctcagaggccagccgccgggtccccagtaagatccagctgattgccatg
cagcccatcccggcccctccagcgcagcaccctgtcctggccgaccgagtggcagagacc
aacaaaatcaacaaggagatccagtcagcactgcgccacaagtcggagattgagcatcac
cgcaacaagattcgccttcgtgccaaacgccgaggccactacgagttcccggtggtggat
gacctgtcctctggtgacaccaaggagcgacaccgagtataccgcagggcacaaatgcag
attgacaagatcctggaccccgcagccagtgtgccctctgtgttcatagagcccaggaag
agctcacggatgaaacgttctcctaagccacgccggaaacaccaggtcaacggctgtccc
gctgatgcggagaaggaccgactcatcaccacagacagtgacggcacatacaagcggcct
cccggtgtgcacaactctgcctacatcggatgcccgtctgatcctgacctcccagctgat
gtccagacaccctcctctacagagctgggcaggtatcccggcctgcccttctcagcctct
cagtacatcccgcctcagccgtccatcgaggaggcacgccagaccatgcactccctcctg
gatgacgcctttgccctcgtggctcccagcagccagcccaccaatgctatgggagcgggt
actggtgtgcctgccagcctacctgtgaatagcaccccgtccagggaagagaggcgagcc
acgcagtgggggtccttctacagtccagctcagacggccaacaacccttgcagcagatac
gaggactatgggatgactcccccatcgggcccattgccaagcagacctagctttggccca
gggttgctgccgtcttcagagttggttccccctgaacccccacagccacagtcatcaact
gatgctccatatgctgcccgagggatctactcagaggagatgccatcagtggcccggcct
cggcctgttgggggcaccacaggctcccagatccagcatctgacacaggtggggattgca
agcagaatcggggcccagccagtggagattcctgccggcagaggcagccagtacggggga
ccaggctggcctgtgtacggggaggaggaggcagggcgaagagaagccacccacatgctc
ggacatcaagagtattcttcttcaccgctgtttcaggtgccaaggacttcgggcagggag
ccctcagcccctcccgggaacctcgcccaccgagggctgcagggccctgggctgggttac
cccaccagctccacagaggacctccagcccggccactcctccgcctccctcatcaaagcg
atccgcgaggagctcctgcggctctctcagaaacagggctcagtacagaacttccacagc
tga

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Genome (1)   
   KEGG GENOME (1)   
Gene (51)   
   KEGG GENES (1)   
   RefGene (45)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (21)   
   RefSeq(nuc) (1)   
   GenBank (10)   
   EMBL (10)   
Protein domain (1)   
   Pfam (1)   
All databases (77)   

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