Information

Transcript ID: ENST00000622654.1
Genome: hg38
Position: chr2:21,137,468-21,143,272
Strand: +
CDS length: 5,805
Amino acid length: 1,935
Gene symbol: TDRD15
Gene type: protein-coding
Gene description: tudor domain containing 15
Gene Entrez Gene ID: 100129278

Variants

Display target variant

MGeND data only All data

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Target data	:	MGeND data only
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Variant name	Gene	AA change	CDS	Japanese frequency	TogoVar	MGeND				Genome	ClinVar			CIViC evidence	DisGeNET entry	COSMIC occurrence	Prediction
Variant name	Gene	AA change	CDS	Japanese frequency	TogoVar	Entry	Origin	Type	Annotation	Genome	Entry	Origin	Annotation	CIViC evidence	DisGeNET entry	COSMIC occurrence	Prediction

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Target data	:	MGeND data only
Category	:
Search word	:
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Name	MGeND				Type	Genome	Size	Chromosome	Start	Stop	Ref	Alt	ClinVar	Origin	Entry	CIViC evidence	DisGeNET entry
Name	Entry	Origin	Type	Annotation	Type	Genome	Size	Chromosome	Start	Stop	Ref	Alt	ClinVar	Origin	Entry	CIViC evidence	DisGeNET entry

Search Word

Target data	:	MGeND data only
Category	:
Search word	:
Filtering	:

Name	MGeND				Type	Genome	Gene symbol	Chromosome	Genomic start	Genomic stop	Strand	Ref	Alt	ClinVar	Origin	Entry	CIViC evidence	DisGeNET entry
Name	Entry	Origin	Type	Annotation	Type	Genome	Gene symbol	Chromosome	Genomic start	Genomic stop	Strand	Ref	Alt	ClinVar	Origin	Entry	CIViC evidence	DisGeNET entry

Exon

Exon number	Start	Stop
1	21,137,468	21,143,272

CDS

Exon number	Type	Start	Stop
1	CDS	21,137,468	21,143,272

Other genome

Genome	Chromosome	Start	End	Links
hg19	chr2	21,360,340	21,366,144	Link

CDS sequence

ATGGATTCTACATCTTTCTTACCAACATTTTTAGATGTGGATCTGACAATATCACATATTAAATGTCTTCCCAAGGATATTCTGGTGAAATTTCAAGGCATAAAGAGTAATGAATGTGAGTTTGACTACCATGTATTGCAGAGAGAAATACAACATACTCCAAAAGTGAAAAATAATGTGGAAATTGATGAATTTTGTTTGGTGGAAGAAAGAGTATCTGGAGAATGGCAGAGAGGAAGAGTCATGGAAAAGAAAAATGAACTCTATACAGTGCTCCTCATAGATCGCGGAGAAGAACTAAGAGTTGCTGGTCCACAGATTGCTTCAGCCTGTGGCAATTTATTTGAGCTACCGCCACGGGTAGTATTTGGTATTTTTGCGAATATACTACCAGTTGGGGAAAAATGGTCCCCTAAAGCTTTGAATTATTTCAAGTCATTAGTAGGAATACAAGTGAAAGGTTATGTGCAAGCTATTTTACCTCTGCAAATGTTTCTTTTTGAAGTGCCAAAAATTATATCTCAGGCTCTCGAGTTACAATTAGGAAGACTTGTTGATGGAGATTCATTTCGTCTTATTGTGGAAATGTTAGAAGAATTCCCTCAACAAATGCCAGATTTATTACAACATAAAAGGCCTGAATTGTCATTAGGTAATAAAGATACTTCACTTGATATTCAGCATGTTCTGGATAAGTTGCAGCCATCTTTGTCAGTAGGAAGTACTGAAAGTGTAAAGGTATCATCTGCATTGAGCCCAAGTAAATTTTATTGTCAGTTAATTAAATGGACTCCAGAGCTAGAAAACTTGACAGCACATATGACTTTGCATTATGATACCGTCTGTCAAGAAACTAGTCCCACGTGTGATAATTTTGGACTGCTTTGTGTTGCCAGAAGGCGAAATGGACAGTGGCATAGAGGAATTCTTCAGCAGCTCTTGCCCCCAAATCAAGTAAAAATTTGGTTTATGGATTATGGCAGTAGCGAGGCTATACCCTCAATTTATGTAAAGAAACTTAAACAGGATTTTATTTTAGTACCATTATTTTCATTTCCATGTTCTCTGACATGTTTGCACAGTCCAGATAGAGATGCAAGAATATTTCAACTGAGTATATTTAAACAGGCCTTATTAGGACAAGTGGTATATGCACACATTGATTGGTTCAATAAGGATGAGTGTTTGTATTATGTGACATTACAAACTCAAGAGTCTACAGTTAATTCTAAGTGTCTACTGAAGACTGTAGGCACACAAGTACTTTGTCCGATGTCTGATTCAAAAATCTCCAATATCTTGAGTGAGACAAGTGTGTCTGATGTAAACAGCTTTGCAGTTGAGAGTTTTATGGGAAATATTGAATGGTCAATAGACTCTCTAAATAAAAAAGGCATTTTAAAAGTAGGTTTTCCCATTAAAACAGTACAAATGGAGATAGAGGCTGCCTACATAGCTTTTATAGCATATGTATTAAACCCATCAAATTTCTGGGTACGCACTAATGACCATCGGAATGAATTTCAAGAAATAATGAAAAACATAAACAAATTTTATGATTTGTGTGAAAACGATGAAATGATTCTAAGAAAACCTGAACCTGGATTATTTTGTTGTGCTAGATATAGCAAGGACAGACGTTTTTACAGAGCTGTCATCACTGAAATTAATGGTTATAAGATTAATGTTTATTTTTTGGATTATGGTAATACTGATTCCATACCATTTTTTGATGTAAAAATTTTGCTTCCAGAATTTTGTGAGTTGCCTGCCTTAGCGATGTGCTGTTCACTTGCACATATATTTCCTGTTGAAGATTTATGGACTAAGGCTGCAATTGATTATTTTAAAAAATTAGTTTTGAACAAAGCAATTTTGCTTCAGGTTATAGCAAAAAAAGATGACAAGTACACTGTAAATATTCAAAGTGTTGAAGCCTCAGAAAATATTGATGTTATCTCTCTTATGTTACAAGCTGGATATGCAGAATATTTTCAAGTAGAACTAGAATATTTTCCAAAATCTGTAAGTGAATATTCAATGCTAAATTCAGAATCTAAAAACAAAGTTAATATTAAAAAAGTCATATCTGCCCTTCTTGAAGGACCTAAATCTAAAAAGTACCATTCAAATAACCTGGTGGAAAATAACTTGTCTTTGCCAAAGTCCCTAGCTGTTAATATCTCAGAATTTAAAAATCCTTTCACCTTGTCTGTGGGACCTGAGTCATCCTGGCCTTATAAAGAATATATTTTTAGACCAGGAACAGTTCTTGAAGTTAAATGTTCCTGTTATTATGGCCCAGGTGACTTTTCATGCCAGCTCCAATGTAAGTCAGAAGACCTAAAATTACTAATGGAGCAAATTCAGAATTACTATAGTATTCATTCTGATCCTTATGAGATTGGGCAGACTGCTTGTGTTGCTAAGTATTCTGGGAAGTGGTGTAGAGCTGCTGTTTTGACTCAAGTATCAAAAGAAGTTGACATAGTGTTTGTTGATTATGGTTACCAAAAAAGGGTTTTAATTGAAGATCTTTGTGCAATTAACCCACGTTTTCTCTTGTTAGAAAGCCAAGCCTTCAGATGTTGTCTTAACCATTTTATTGAGCCTGTTAGTTGTAAATTATTCAGTTGGACAAGAAAAGCATTCAGAGACTTGTGGAATTTTATCTCTTCATCTAGAGGGTTATTGACTTGTATCATCTATGCCTTAGTTATTATACATCCAAACCATTTATATAACTTAGTGGATTTACAGTCCTCATTTACTAGTGCAAAAGAATTTCTTATGAATCGTGGCTCTGCTCAGTATATCACATTATCAGAGACATTCCCATCTTTATTTAGTCTTTACAGTTACTGTTATTCTTCCTTTAATATACAAATTGGAAGTGAAGAAGAAGTATATATATCTCACATATATAGTCCCCAAAAGTTTTATTGCCAGCTTGGCAGAAATAATAAAGATCTAGAGATGATAGAAACAAAAATCACAGAGAGTGTTAACCTCCAAAATTTTCCAAAATATGATTCTAATAAAATGAGAGTGTGCATATCTAAGTATGTAGAGGATGGTCTCTCATACAGAGCTTTAGCAATACCAACAGATTCATCATCTGAGTTTCAAGTCTATTTTGTAGACTTTGGAAATAAGCAATTAGTAGGAGAAAATATGTTGAGGGCCATTTCAGCTCAGTTTCCAGAGTTGTTGTTTACACCTATGCAAGCTATTAAGTGTTTTTTGTCAGATCTTAGGGATGTAGATATTCCAGCAGAAATCAGTAGTTGGTTTAAAGACAATTTCTTGGGAAGATCATTAAAGGCGATAATATTGTCCCAGGAGTCAGATGGACAGCTTGGTATAGAATTGTATGATGGATCTCAATATATAAATGAGAAAATTAAAGTGTTGCTTCATGCTTATGGAAAAAGACATTGTGACCAAGCATGCTGCATGGAAAAGAGTAATAAAATAAATGAGAATAAGAGATTTACTACTTCTTTGAAAGGCAAAACAGGAAACAACTATCGCCATAATGTGATAAATAAACCTAGTCCAGTAACATATTCCGAAAGAAAAATAGACCAATTGATGCATCCCAAAAATATACATGCCAGGTTTTTGAAGCCATCAGTTTGTTATAAAATGGAACCTGTGTCAAAAAACAAAATGAAGACTTCTTTGAATGATGGGCTTAAAGGTATAAAAATTGTCCCTGGAGCTGCACATATTCTTGAGAACAGGCGTGTGGGCCAAAAATCAGTAAAGGTTGTATCACAGTCTTTTATCAGAGCATTAAATCAAACAACCTCACAAAACCCATATGACCTTATTAGGCCACAGATCAAAGACCTTCCTCAACCGCAAATTTATTTGAATGCCAAAGTTAAAGGGTATGTATCTAATATCAGTAATCCAGCGAATTTCCATATTCAGCTTGCTGAGAATGAAAGTGTAATTATCAGACTTGCTGATGCTCTAAATGCAACAGCAAGGAGATTGAGAGAGAGAAAATCAGTTAAACCTCTAGTGGGAGATCTTGTAGTTGCAGAATATTCTGGTGACAATGCCATTTACAGGGCAGTTATTAAGAAAATTTTGCCAGGAAATTCTTTTGAAGTAGAATTTATTGACTATGGTAACTCTGCAATAGTAAACACATCTAAAATTTACGAACTTCAGAGGGAATTTTTAACTGTTCCTCAGCTAGGAATCCATGCTTTTCTTAGTGGAGTAAAATGGAATGAGCCTGATGAAATATGGGATGACAAAACTGTGGATTATTTTACTTCGAAAGTACATAACAAAACAGTTTATTGTGAATTTTTGAAAAAGCATGATCAGAAATGGGAAGTAAATATGATTTGTGATGAAAAATGTGTCATTAATGAACTACTGAAATGGAAAGCATGTTCAAAACTGCAGAAGTCAGCATTGCAGATGCCTCAGGTTCTCTCTCAAAAGGTGAGGCCAGGTGATAATGAAATGAAGAAAGGAAAATCAAATGAGTCTGAAGGTTCTATGAATTCAAACCAACAGCTGTTTAAAATTCCTTTGGAAGAATTCAAACTTGGACAACTTGAAAAAGCTGAAATGCTTAATGTTTCAAAAAGTGGAAGATTTTATGTGAAGTTATCCAAAAATAAAAAAATTTTATCAGATTTAATAGTATTAATTACGAAAGAAGAAAAAAAATCCCCTTTTTTATCAATGGAAAGTATTGAAAAAGGTTTAGAATGCTTGGCAAAATCTAAAAATACCTTGAAATGGCATCGATCAAAAGTAGAAGAAAAGTATGTTGATGATAAAGTACTTGTTTTTTTAGTAGATTGTGGTATCTATGAAATAGTACCTGTATGTAATACCAAGCTGCTTAGTAATGAAATAAGAAACATTCCTAGACAAGCTGTACCTTGTAAATGGATTTGGTTTGAAAATTCTAAGAACATATCATTTGAGTGCTTATTTGCTGATTTGGAAATAAATATTCTTTTCCTGAAATATTTAGATGCTGTTTGGGAAGTAGAAATTTTGGTAGATGACCTGTTACTTTTGGAATACTTAAATTTGAATACAGTTCCTGTTGAAGAAAACAAACTTAGACTTGCAGAAATTGTTTACAACATTGAATCTAAGACTCCTGTATCATCATGCACAATAAAATCATTTACTTGGGTTCAATTCCAAAATGATAGGCAGTATTCTGGTATTGCAACTGCTGTTTCTGATCCATCAGACTTCAGTATTCAGTTAGAAGATTTCTTTGACATAATGAAATACCTTTTTATGTTGCTTTCTGATCTACCAGAGACCTTACAAACATTGCCTCAGGAGTTCATAATTCCCGGTTCTAGTTGTTTGTTCAAATATAAATCGGAAGATCAGTGGAATAGAGTAGAAATTTCTGAAGTCTCACCTCAGTCTTTATGTCTTGTGTTGGTTGACTATGGATTTTCTTTTTATATACGTTATTCAGAAATTATAAATCTTAAAGTTGTTCCTGAGGAACTTTTGAATTTGCCAAGGCTGAGTTATCCATGTATTTTATATGGTATCTTACCTGCTAAAGGAAAACATTGGAGTGAAGAAGCCAAAATCTTTTTTCGAGATTTCCTAAGTAAACCAGACTTAGTTTTTCAGTTTAGGGAATATCATTCTGAAACAAAACTGAAAGTAGATGTCATTCATGAGAAAAACAATTTGGCAGATATATTAGTTGCATCTGGTCTCGCAACTTATTCTAAAGATTCACCTCATCTTGATGCAATTACTGCTACTGAATCTGCTAAAAATCCAATATAA

Amino sequence

MDSTSFLPTFLDVDLTISHIKCLPKDILVKFQGIKSNECEFDYHVLQREIQHTPKVKNNVEIDEFCLVEERVSGEWQRGRVMEKKNELYTVLLIDRGEELRVAGPQIASACGNLFELPPRVVFGIFANILPVGEKWSPKALNYFKSLVGIQVKGYVQAILPLQMFLFEVPKIISQALELQLGRLVDGDSFRLIVEMLEEFPQQMPDLLQHKRPELSLGNKDTSLDIQHVLDKLQPSLSVGSTESVKVSSALSPSKFYCQLIKWTPELENLTAHMTLHYDTVCQETSPTCDNFGLLCVARRRNGQWHRGILQQLLPPNQVKIWFMDYGSSEAIPSIYVKKLKQDFILVPLFSFPCSLTCLHSPDRDARIFQLSIFKQALLGQVVYAHIDWFNKDECLYYVTLQTQESTVNSKCLLKTVGTQVLCPMSDSKISNILSETSVSDVNSFAVESFMGNIEWSIDSLNKKGILKVGFPIKTVQMEIEAAYIAFIAYVLNPSNFWVRTNDHRNEFQEIMKNINKFYDLCENDEMILRKPEPGLFCCARYSKDRRFYRAVITEINGYKINVYFLDYGNTDSIPFFDVKILLPEFCELPALAMCCSLAHIFPVEDLWTKAAIDYFKKLVLNKAILLQVIAKKDDKYTVNIQSVEASENIDVISLMLQAGYAEYFQVELEYFPKSVSEYSMLNSESKNKVNIKKVISALLEGPKSKKYHSNNLVENNLSLPKSLAVNISEFKNPFTLSVGPESSWPYKEYIFRPGTVLEVKCSCYYGPGDFSCQLQCKSEDLKLLMEQIQNYYSIHSDPYEIGQTACVAKYSGKWCRAAVLTQVSKEVDIVFVDYGYQKRVLIEDLCAINPRFLLLESQAFRCCLNHFIEPVSCKLFSWTRKAFRDLWNFISSSRGLLTCIIYALVIIHPNHLYNLVDLQSSFTSAKEFLMNRGSAQYITLSETFPSLFSLYSYCYSSFNIQIGSEEEVYISHIYSPQKFYCQLGRNNKDLEMIETKITESVNLQNFPKYDSNKMRVCISKYVEDGLSYRALAIPTDSSSEFQVYFVDFGNKQLVGENMLRAISAQFPELLFTPMQAIKCFLSDLRDVDIPAEISSWFKDNFLGRSLKAIILSQESDGQLGIELYDGSQYINEKIKVLLHAYGKRHCDQACCMEKSNKINENKRFTTSLKGKTGNNYRHNVINKPSPVTYSERKIDQLMHPKNIHARFLKPSVCYKMEPVSKNKMKTSLNDGLKGIKIVPGAAHILENRRVGQKSVKVVSQSFIRALNQTTSQNPYDLIRPQIKDLPQPQIYLNAKVKGYVSNISNPANFHIQLAENESVIIRLADALNATARRLRERKSVKPLVGDLVVAEYSGDNAIYRAVIKKILPGNSFEVEFIDYGNSAIVNTSKIYELQREFLTVPQLGIHAFLSGVKWNEPDEIWDDKTVDYFTSKVHNKTVYCEFLKKHDQKWEVNMICDEKCVINELLKWKACSKLQKSALQMPQVLSQKVRPGDNEMKKGKSNESEGSMNSNQQLFKIPLEEFKLGQLEKAEMLNVSKSGRFYVKLSKNKKILSDLIVLITKEEKKSPFLSMESIEKGLECLAKSKNTLKWHRSKVEEKYVDDKVLVFLVDCGIYEIVPVCNTKLLSNEIRNIPRQAVPCKWIWFENSKNISFECLFADLEINILFLKYLDAVWEVEILVDDLLLLEYLNLNTVPVEENKLRLAEIVYNIESKTPVSSCTIKSFTWVQFQNDRQYSGIATAVSDPSDFSIQLEDFFDIMKYLFMLLSDLPETLQTLPQEFIIPGSSCLFKYKSEDQWNRVEISEVSPQSLCLVLVDYGFSFYIRYSEIINLKVVPEELLNLPRLSYPCILYGILPAKGKHWSEEAKIFFRDFLSKPDLVFQFREYHSETKLKVDVIHEKNNLADILVASGLATYSKDSPHLDAITATESAKNPI*

ENST00000622654.1 TDRD15

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