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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| VOMUR28566 | 443 | 11 |  A0A4X2L7U0 | |||
| VOMUR28565 reference isoform | 473 | 12 | A0A4X2LGP0 |
Protein Sequence
Download: Fasta
MSSSSPFRMQ LVHLDLKGAP PKVLYLAEIF PLFHALGANG ILIEYEDMFP YEGPLHLLKA 60 RHAYSPSEIK EILHLAKLHD LEVIPLVQTF GHMEFVLKHE QFSHLREVEL FPNALNPHKE 120 ESLALVSTMI NQVMELHKGI RWFHIGCDEV YYLGEGEMSK QWLQQEQNNM VKLCLSQMKA 180 VASHVLIHHP NVKPIVWDDM LRGISEECLT ESGIAQLVEP MIWDYIEDMD VHGKVLLMDK 240 YRKCGFPKLW VASAFKGATG VNQSLTIISH HLKNNIQWLK VADSGPAEML QGIVLTGWQR 300 YDHFSVLCEL LPVGIPSLAV CLQALKHGGY TDHVKKIVEQ YLGMSDLEIN SFMSESSGTF 360 PGSDVFTLIT QVSFHLRRSV DELLERNRYV TGWFSPYHRK RKMIHPVMIQ HIQPDAVSLL 420 TRWNAVIQEL QAALERIFYP DAVEEWLEEN THPTIQKLQQ LLQDLDAAIA AQS 473
cDNA Sequence
Download: Fasta
ATGTCAAGCT CTTCACCATT CAGAATGCAG CTAGTACACT TGGACCTTAA AGGAGCTCCC 60 CCCAAGGTCT TGTACCTCGC AGAGATCTTC CCTCTCTTCC ATGCCCTTGG TGCAAATGGC 120 ATCCTCATTG AATATGAAGA TATGTTTCCC TATGAGGGCC CTCTACATCT TCTGAAAGCC 180 AGGCATGCCT ACAGCCCCTC TGAGATCAAA GAAATTCTTC ATCTGGCCAA GCTACATGAT 240 TTGGAGGTTA TTCCCCTGGT GCAGACATTT GGACACATGG AATTTGTTCT GAAGCATGAG 300 CAGTTTTCTC ACCTACGAGA AGTGGAGCTG TTCCCAAATG CCTTGAACCC CCATAAGGAG 360 GAATCCCTGG CATTAGTGAG TACAATGATC AATCAAGTAA TGGAGCTTCA CAAAGGCATT 420 CGATGGTTCC ACATAGGATG TGATGAGGTA TATTACCTTG GTGAAGGGGA GATGTCTAAA 480 CAATGGCTGC AGCAAGAACA GAACAATATG GTAAAACTGT GTCTGAGCCA AATGAAAGCA 540 GTTGCCAGCC ATGTGCTCAT TCACCACCCC AATGTGAAGC CCATTGTATG GGATGACATG 600 CTTAGGGGCA TTAGTGAAGA ATGTCTCACA GAATCTGGAA TAGCACAGCT GGTAGAGCCA 660 ATGATCTGGG ACTACATTGA AGACATGGAT GTACATGGAA AGGTTCTCCT CATGGATAAG 720 TACAGGAAAT GTGGTTTCCC TAAACTGTGG GTAGCCAGTG CTTTTAAAGG TGCCACAGGG 780 GTGAATCAGT CTTTGACCAT TATTAGCCAT CACCTCAAAA ATAACATCCA GTGGTTGAAA 840 GTGGCAGACA GTGGACCTGC TGAGATGCTG CAAGGAATCG TTCTAACTGG TTGGCAAAGA 900 TATGACCACT TCTCTGTTCT CTGTGAGCTG CTTCCTGTGG GAATCCCATC CCTAGCAGTA 960 TGTCTGCAGG CACTTAAACA TGGAGGTTAT ACTGACCATG TTAAAAAAAT AGTGGAGCAG 1020 TACCTAGGGA TGTCAGATTT GGAAATCAAC AGTTTTATGA GTGAAAGCTC TGGGACTTTC 1080 CCTGGCAGTG ATGTCTTCAC CCTGATCACT CAAGTCAGCT TTCACCTAAG GCGCTCTGTG 1140 GATGAACTGC TAGAAAGGAA CAGGTATGTG ACAGGCTGGT TCAGCCCTTA CCACCGTAAG 1200 AGGAAGATGA TTCACCCAGT TATGATCCAG CACATCCAGC CAGATGCCGT AAGTCTCCTA 1260 ACCAGGTGGA ATGCTGTCAT CCAGGAGTTG CAGGCAGCAC TTGAAAGAAT TTTCTACCCA 1320 GATGCAGTAG AGGAGTGGCT GGAAGAAAAC ACCCATCCCA CCATCCAGAA GCTACAGCAG 1380 CTGTTGCAAG ATCTGGATGC AGCAATAGCA GCTCAGTCTT AA 1422