KEGG   Mus musculus (house mouse): 231861
Entry
231861            CDS       T01002                                 
Symbol
Tnrc18, EG381742, Zfp469
Name
(RefSeq) trinucleotide repeat containing 18
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: BAHCC1-like_Tudor BAH Tudor_3 DUF4537
Other DBs
NCBI-GeneID: 231861
NCBI-ProteinID: NP_001116202
MGI: 3648294
Ensembl: ENSMUSG00000039477
UniProt: Q80WC3 Q52KG0
Position
5:complement(142710357..142812386)
AA seq 2855 aa
MDGRDFGPQRSVHGPPPPLLSGLAMDSHRVGAATAGRLPSSGLPGPPPPGKYMAGLNLHP
HPGFSHLPSGLYPSYLHLNHLDPPSSGSPLLSQLGQPSIFDTQKDGFYLPAPGTLHAHTP
SSRTPSGHSSGGPAKGSSREGTGKDRAGRGGDPPPLFGKKDPRAREEVSGPRGVVDLTQE
ARAEGRQDRGSSRLAERLSPFLAEVKAKGALQPSALSLCNGVVDAGLVAELGRGGAKEVA
RQEENARLLRRAEALLPAARPCGSPLPPPPPLPPKGPPAPPSSTPAGVYTVFREPGREHR
VVAPTFVPSVEAFDERVGPIQIASQARDVRAREREPGRPGVLQGPPGSPRLERPEVLREK
SSVIRSLKRPPPSDGPPAARSSRSSPDARAYLPPKELLKPEADPRPCERAPRGPSASAAQ
QAAKLFGLEPSRPPGPEHKWKPFELGNFATTQMAVLAAQHHHASRAEEEAAVATASKKAY
LDPGGAMPRASATCGRPGADLHSAAHGPGEASAMQSLIKYSGSFAREAVAVRPGGCGKKS
PFGGLGTMKPEPTPTSAGPPRAQARLTHPGVPTAGGGRQLKRDPERPESAKAFGREGSGA
QGEAEVRHPPVGIAVAVARQKDSGSSSRLGPGLGDQERTLSLNNVKGHGRTDDECDRARH
REDRLLGTRLDRDQEKLLRESKELADLARLHPTSCAPNGLNPNLMVTGGPTLAGSGRWSA
DPAAHLATNPWLPRSGSTSMWLAGHPYGLGPPSLHQGMAPAFPPGLGGSLPSAYQFVRDP
QSGQLVVIPSDHLPHFAELMERAAVPPLWPALYPPGRSPLHHAQQLQLFSQQHFLRQQEL
LYLQQQAAQALELQRSAQLVERLKAQEHRTEMEEKISKRSLETTGKAGLSAAGPGLLPRK
SAGLANGPAGSHGKAVSPPPSPRASPVTSLKAKVIQKVEDVSKPPAYTYPATPSSHPSSP
PPASPPPTPGLTRKEEAPENVVEKKDLELEKETPSPFQALFTDIPPRYPFQALPPHYGRP
YPFLLQPAAASDADGLAPDVPLPADGPERLALSPEDKPICLSPSKIPEPPRDSPEEEQLA
DREVKAEVEDIEEGPTELPPLESPLALPVPETMVAVSPAGGCGGSPLEAQALSTAGPGCR
EPSEVSDFAQVAEPQIELPSKTEHRMTALELGTQLTPEPLVETKEEPVEVPLDVPMEEPT
TEAGPEDSLPQPSLTEPQPSLELSDCDLPVPEGQCLNLEAQEAVPAPASTCYLEETHSES
LLPGLDDPLAGMNALAAAAELPQARPLPSLGPGVPAGEKLDTAPSLVLEHSFLQGITLLS
EIAELELDRRGQEAADPEPNLVVRPSLESLLAASSHMLKEVLESPFSDPLKNLRLPRELN
SNKKYSWMQKKEERMFAMKSSLEDMDALELDFRMRLAEVQRRYKEKQRELVKLQRRRDSG
LSSKSLLTSDDYDLGAGIRKRHKGPEEEQEALMGMGKARSRNQSWDDHDSSSDFMSQLKI
KKKKMASDQEQLASKLDRALSLTKQDKLKSPFKFSDGPGGKPKTGGGCGRFLTQYDSLLG
KDRKALAKGLGLSLKPSREGKHKRASKARKMEGGFQARGQPKSVHSPFASEVSSQSYNTD
SDEDEDFLKNEWSAQGPSSSKLTSSLLCGMVPKNSKPATGPKLTKRGLAGPRTLKPKVVT
SRKQSFCLLLREAEARSSFSDSSEEDSFDQDDSSEEEEEELEEEEEDEEEEGIGSYRLGA
GEQALSPSLEESGLGLLARFAASALPSPVVGPPLSVVQLEAEQKARKKEERQSLLGTEFE
YTDSESEVKVPKQSAAGLLRTKKGVGEPGQSLAAPGPGSRASGPSSPDKAKLVSEKGRKA
RKIRGPKEPGFEAGPEASDDDLWTRRRSERIFLHDASAAVQATSNTAPATKPSRCGRGGA
PSPRKDTGRAKDRKDPRKKKRGKEAGSAATLPPPRVSTLPDSRAPHPGALATAKRSKAKA
RGKEAKKENRGKGGAVSKLMECMAAEEDFEANQDSSFSEDEHLPRGGATERPLTPAPRSC
IIDKEELKDGLRVLIPLDDKLLYAGHVQTVHSPDIYRVVVEGERGNRPHIYCLEQLLQEA
IIDVRPASTRFLPQGTRIAAYWSQQYRCLYPGTVVRGLLDLEDDGDLITVEFDDGDTGRI
PLSHIRLLPPDYKIQCAEPSPALLVPSAKRRSRKTSKDTGEVKEGAATGPQEATGGKARG
RGRKPSTKAKADRAVVLEEGAATNEVPSAPLALEPISTPNSKKSTPEPVDKRARAPKARS
ISAQPSPVPPTFSSCPAPEPFGELPTPATAPLVTMPVTMPATRPKPKKARAAEGSGAKGP
RRPGEDDELLVKLDHEGVMSPKSKKAKEALLLREDPGPGGWPESTGLLSLGSYSPAVGSS
EPKATWPKGLDGDLTQEPGPGLPLEDPGNSKNPDKAQAEQDGAEESETTSSSSSSSSSSS
SSSSSSSSSSSSSSGSETEGEEDAEKNREDGRGAGGRTCSAASSRASSPASSSSSSSSSS
SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSTTDEDSSCSSDEEAAPAPAAGPSTQP
ALPTKVSKPPSKARSSAHSPGKKAPTTTQPPPQPPPQPQQTLQPKTQAGAGAKSRPKKRE
GVHLPTTKELAKRQRLPSVENRPKIAAFLPARQLWKWFGKPTQRRGMKGKARKLFYKAIV
RGKEMIRIGDCAVFLSAGRPNLPYIGRIQSMWESWGNNMVVRVKWFYHPEETSPGKQFHE
GQHWDQKSGHSLPAALRASSQRKDFMERALYQSSHVDENDVQTVSHKCLVVGLEQYEQML
KTKKYQDSEGLYYLAGTYEPTTGMIFSTDGVPVLC
NT seq 8568 nt   +upstreamnt  +downstreamnt
atggatggccgagatttcgggccccagcggtccgtccacggccccccgccgccgctgctg
tccggcttggccatggacagccaccgcgtgggcgcggccaccgccggacgcttgccctcc
tcgggcttgccaggtcccccgccgcccgggaaatacatggccggtctcaaccttcacccg
cacccgggcttctcccacctgcccagtgggctatatccatcctacctccacctgaaccac
ctggacccccccagcagtgggagccccctcctcagccagctgggtcagcccagcatcttc
gatacccagaaagatggcttctacctgcccgcaccggggaccctgcatgctcacacgccc
tcgtccagaactcccagtggccactcctcaggtggtccagccaaaggctcctcccgggaa
ggtacagggaaggatcgtgcaggccgtggtggagaccctcctccgttgtttggcaagaaa
gaccctcgggcacgtgaggaggtgtccgggccccgaggtgtggtggacttgacccaggag
gcccgagcggagggccgccaggaccgaggatcctcacgcctggctgagcgcctgtctccc
tttctggcagaggtcaaagccaagggtgcactgcagccgtcggccctgagcctgtgcaat
ggtgtggtggacgcggggctggtggccgagttgggccgtggaggtgccaaggaggtagcc
aggcaggaggagaatgctcggctgctgaggcgggctgaggccctgctgcccgctgcaagg
ccctgtgggtccccactaccgccgccacctccactgccccccaagggtccccctgcaccc
ccttcctctacaccagccggtgtgtacaccgtgttccgtgaaccaggccgtgagcaccgc
gtggtggcacccacctttgtgccttctgtggaggcctttgatgagcgggtgggacccatc
cagatagcatcccaggctcgcgatgtccgggccagggagcgtgagccgggccgtcctggg
gtcctgcaaggtccacccggatctccacgcctggagcggccagaggttctgcgggagaaa
agctcggtcatccgctccctcaagcgtccgcctccatccgatggacccccagcagcccgc
tcctcccgctcctccccggatgcgcgagcctacctgccccccaaggaactactcaagccc
gaggctgatccgaggccttgcgagcgcgcaccccgaggcccgagcgcttctgctgcccag
caggctgctaagctctttggcctggaaccatcccgaccccccgggccggagcataagtgg
aaaccctttgaactgggcaacttcgccaccacgcagatggctgtcctggcagcccagcac
caccatgccagcagagccgaagaggaagcagctgtcgccacagcatccaaaaaggcctac
ctggaccccgggggcgcaatgccccgtgcctcggccacctgcggcaggccaggtgctgac
ctccactcggcagcccacggacccggagaggcctctgctatgcagagcctcatcaaatac
agcggtagctttgctcgggaggcggtggcagtgcgccctggtggctgtgggaagaagagc
ccctttggaggcctgggcaccatgaaacctgaacctacgcccacgtcggcgggtccccct
agagcccaggcccggctcacacaccccggggtccctacagccggagggggccggcagctg
aaacgggacccagagagacctgagagcgccaaggcctttgggagagagggctctggtgcc
cagggggaagccgaagtaagacacccgcctgttggcattgctgtggctgtggcccggcag
aaggacagtggaagcagtagccggctggggcctgggctgggagaccaggaacgcactttg
tcactgaacaatgtcaaagggcatggccggactgatgatgagtgtgatcgagccaggcat
cgggaggatcggctgctagggacacggctggaccgggaccaggagaagttgctccgagaa
agtaaggagctggctgacctggcccgtctacaccccaccagctgcgctcccaatggcctg
aaccccaaccttatggtgactggtggcccaacgctggcaggctcgggacgctggtctgct
gatcctgctgctcatttggccacgaacccctggctgccacgctcgggtagtacatccatg
tggcttgccggacacccttatggcctgggacccccctctttgcaccagggcatggcccct
gcatttccacctggcttagggggctccttgccgtcagcttaccagttcgtcagggacccc
cagtctggccagctggtggttatccctagtgatcacctgcctcattttgccgagctgatg
gagcgcgcggcggtgccgcccctctggccggccctgtacccaccaggccgcagcccactg
caccacgctcagcagctgcagctcttctctcagcagcactttttgaggcagcaagaactg
ctctacctgcaacagcaggcggcccaggccctggagctgcagcggagcgcacagctggtg
gagcggttgaaagcacaagagcatcgaacggagatggaggagaagattagcaagaggagc
ctggagaccacgggcaaggccggcctgagtgccgcaggccctgggctcctgcctcgaaag
tctgccggcctggccaacggcccggcaggcagccacggcaaggccgtgagcccacccccg
tctccccgagcctcccccgtgacctctctgaaggccaaggtcatccagaaggtggaagat
gtgtctaagcctccagcctatacctaccccgccacacctagctcgcaccccagcagccca
ccacctgcctccccacctcctacccctgggctcacccgaaaggaagaggctcccgagaac
gtggtggagaagaaagacctggagttggagaaggagacgcccagtccgttccaggccctg
ttcacagatattcctcccaggtatccattccaagccctgccgccgcactacgggcgaccc
taccccttcctgctgcaacccgctgcggcctctgatgccgatggcctcgccccagatgtg
ccactcccagctgatgggcccgagcgcctggcactgtctcctgaagataagcccatctgc
ctgtcaccctccaagatcccagagccacctcgggacagcccagaggaggagcagctggct
gaccgggaggtgaaggctgaagttgaggatatcgaagagggccccacagaactgcctccc
cttgagtcaccattggccctgcccgtcccagagaccatggtggccgtgagccccgcaggt
ggctgtggaggtagtcctctcgaggcccaggcgttgagcacagcaggtccgggctgccgg
gagccctctgaagtttcagactttgcacaggttgccgagccgcagatagaactaccgagt
aagacagagcaccgcatgactgccctggagttggggacacagctgacacccgagccactg
gtagagactaaggaagagccggtggaggtgcccctggatgtgccgatggaggagcccacc
acagaggcagggcctgaggacagtctgccccagccatctttgactgagcctcagcccagc
cttgagctctcagactgtgatttgcctgtcccagagggccagtgtctcaacctggaggcc
caggaggctgtgcctgctcctgccagtacctgttatctggaagagacccactccgaatcc
ctcctgcctggcctggatgacccactggccggcatgaatgcactggcagctgcagccgag
ctgccccaagccaggcctctgccctccttgggtcctggagtcccagccggggagaagctg
gatacagcccccagcctcgtcctggaacacagctttctgcagggcatcaccctcttgagt
gagatagctgagctggagctggaccggaggggccaggaggctgcagatccagagccaaac
ctggtggtgcgaccctccctcgaaagcctgctggcagccagcagccacatgttgaaggag
gtgctggagagccccttctcagacccgctcaagaacttgcggcttccgcgtgaactgaac
tccaataagaaatatagctggatgcagaagaaggaagagcggatgtttgctatgaaatct
tccttggaggacatggatgcgctagagctggacttccggatgcggctggcagaggtccag
cgaaggtacaaagagaaacagcgggagttggtcaagctccagagacgccgggactcgggg
ctgagcagcaagtccttgctgacatcagacgactatgatctgggagcggggataaggaag
agacacaaggggcccgaggaggagcaagaggccctcatgggcatggggaaagcccgcagc
aggaaccagagctgggacgatcacgactcctcatctgattttatgagtcagctaaagatt
aagaaaaaaaagatggcaagcgaccaggagcagttggcaagcaagctagacagagccctc
tccctcacaaaacaagacaagctgaagtcacccttcaagttttccgacggccccggggga
aaaccgaaaaccggtgggggctgtggcaggttcttgacacagtatgacagcctgctgggc
aaggacaggaaagcactggccaaaggactcggcttgtctctgaaaccctccagagaaggt
aaacacaaaagagcttccaaagccaggaagatggaggggggcttccaggccagaggccag
cccaagtctgtccattctccatttgcctcggaagtcagcagtcagtcttacaatacggac
tctgacgaagacgaagacttcctgaagaatgagtggtctgcccagggcccctccagctcc
aaactgacctcgtccctcctgtgtggcatggtgcccaagaacagcaagccagccacaggc
cctaagctgaccaagaggggcctggcaggcccccggactttgaaacccaaggtggtcacc
agcaggaagcagtccttctgtttgctgctccgagaggctgaggcccgctcctccttcagc
gactcttccgaggaggactcctttgaccaagatgacagctcagaagaggaggaggaagag
ctagaggaagaggaggaagacgaggaagaggaaggcattggtagctataggctgggtgct
ggggaacaggccctgtcgccaagcctggaggagagtggactggggctgctggcccgcttt
gcggccagcgctctccccagccctgtcgtggggccgcccttgtctgtggtacagctggaa
gctgagcagaaggcccggaagaaggaagagcgacagagcttgctgggcacagagttcgag
tacacagactcagagagtgaagtgaaggttcccaagcagtcagctgctgggctgctgcgg
accaagaaaggggtgggggagcccggacagtctctggctgcacccggacctggcagccgg
gcctctggtccctccagcccagacaaggccaagctggtctcagagaagggacgcaaagcc
cggaagattcgaggccccaaggaacctggctttgaggcggggccagaggccagtgatgat
gacctgtggacgcgacgcagaagcgagcgcatcttcttacacgatgcctccgctgcagtc
caggcaaccagcaacacggcgccagcaaccaagcctagccgctgtggcaggggtggtgcc
ccaagcccacggaaggacaccgggcgagccaaggacaggaaggaccccaggaagaagaag
agagggaaggaggctgggtcagcagccacactgccaccaccccgtgtttctaccctgcct
gactccagggcaccccacccaggggccctggcgactgccaaacgcagcaaggccaaggcc
agagggaaggaagcaaagaaggagaaccgaggaaaagggggtgccgtgagtaagctgatg
gagtgcatggctgcagaggaagacttcgaagccaaccaggactcaagcttctctgaggat
gagcatctgccgcggggcggggccacagagagacctctgaccccagccccccgctcctgc
atcattgacaaggaagagctgaaggatggcctgcgtgtgctcatccctctggatgacaag
ctgctgtatgccgggcacgtgcagaccgtgcattcacctgacatataccgtgtggtggtt
gaaggtgagcgtgggaaccgaccccacatctactgcctggagcagctactgcaggaggcg
attatagatgtgaggccggcctctacacgcttcttgccccaggggaccaggatcgctgcc
tactggagccaacaataccgctgcctgtatccaggcactgtggtccgagggctgctggac
ctggaagacgacggagacctgatcaccgtggagtttgatgacggagatacaggcaggatt
cccctctcacacatccgcctcttgccacctgactataaaatccaatgtgctgagccctcc
ccagcactcctagtgcccagcgcaaaacgccgtagcaggaagaccagtaaagacacgggg
gaagtcaaagaaggggctgccacagggcctcaggaggctacagggggcaaggctcgaggg
cgaggacggaaacctagcaccaaagccaaggctgacagagctgttgtcctggaggaaggg
gctgccaccaatgaggtccccagtgctcccttggctctggaacccatcagcactccaaat
tctaagaagagtaccccagaaccagtggacaagcgggcccgagcccccaaagcacgctca
atctctgcacagcccagccccgtaccacccaccttctctagctgcccagctcctgagccc
tttggggagcttccaacccccgctacagccccgctcgtcaccatgcctgtcaccatgcct
gccactcgccctaaacccaagaaggctcgggccgctgaggggtccggtgccaaaggtccc
cggaggccaggggaagatgacgaactgcttgtcaaactggaccatgagggggtcatgtct
cccaaaagcaagaaggccaaagaggccctcctcctgcgggaagatccagggccggggggt
tggccagagtccacagggctgctcagcctgggcagctactcaccagctgttggcagcagt
gagcccaaggccacctggcccaagggtctggatggagacctcactcaggagcccgggcca
ggtcttcctttagaagatcctggcaactccaaaaacccagacaaggcccaggctgaacaa
gatggggcagaggagtcagagaccacttccagcagcagcagcagtagcagcagtagcagt
agcagcagcagcagcagcagcagcagtagcagcagcagcagtggttcggagacagaaggc
gaggaggatgctgagaagaacagggaggatggccggggtgcagggggccggacctgcagt
gctgcgagctccagggcctcttctcctgcctcctcctcttcttcctcctcctcctcttct
tcctcctcttcttcctcttcctcctcctcttcttcctcctcctcttcctcctcctcttcc
tcctcttcttcctcttcctcctcttcctcctcttcctcttctaccacagacgaggactct
tcttgcagctcagatgaggaagcagcccctgcacccgccgctggtccctctacccagcca
gcgctccccacgaaggtatccaagccacctagcaaggcacgttcctcagcccactcccca
ggcaagaaggcacccaccaccacccagccaccgccccagcccccaccccagccccagcag
actcttcagcccaagacccaggctggggctggggccaagagccgacccaagaagagagaa
ggcgtacacctgcctaccaccaaggagctggccaagcggcagcggctgccgtctgtggag
aacaggcctaagatcgcggccttcttacctgcccggcagctttggaagtggtttggcaag
cccacccagcggcgaggcatgaaaggcaaggctcgcaagctcttctacaaggccatcgtc
cgaggcaaggagatgatccgaatcggtgactgcgcagtcttcctgtcagccggccgcccc
aacctgccctatattggccggatccagagcatgtgggagtcctggggcaacaatatggtg
gttcgtgtcaagtggttctaccatccggaggagaccagcccgggcaagcagttccatgag
ggccagcactgggaccagaagtcagggcatagcctccctgcagccctgcgggcctccagc
cagaggaaggacttcatggagcgcgccctgtaccagtcctcccacgtggatgagaacgat
gtgcagacagtgtcccacaagtgcctggtggtgggcctggagcagtacgaacagatgctg
aagaccaagaaataccaggacagcgagggcctctactacctcgcgggcacctatgagccc
accacaggcatgatcttctccacggacggcgtgcctgtgctctgttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (107)   
   KEGG GENES (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (19)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (16)   
DNA sequence (44)   
   RefSeq(nuc) (16)   
   GenBank (14)   
   EMBL (14)   
Protein domain (4)   
   Pfam (4)   
All databases (175)   

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