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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAVPO01187 reference isoform | 627 | 1 |  H0W7V7 |
Protein Sequence
Download: Fasta
MAAANDSQPH AETVQVLRDT ANRLRIHSIR ATSTCGSGHP TSCCSAAEIM SVLFFHAMRY 60 KQSDPEHPDN DRLVLSKGHA PPVLYATWAE VCDICPCDLM SLRRFHCKLE GYPTPRLSFV 120 DAAMGFLGQG LGAACGMAYT GKYFDKASYR VFCLMGDGEA AEGSVWEALA FAAHYGLDNL 180 VAIFDVNRLG QSGTAPLEHR TDIYKNRCEA FGWNAYIVDG HDVEALCQAF WQAAHVKNKP 240 TAIIAKTFKG RGIPNIEDAD YWHGKPMPKE RADAIIKLIE SQIQTNRNLT PKPPIEDSPQ 300 INISHIKMTS LPAYKVGEKI ATTEAYGIAL AKLGHACERV IALDGDTKNT TFSEIFKKDH 360 PERFIECFIA EQNMVSVALG CATRDRTIVF VSTFAAFLTR AFGQIRMGAI SQTSINLVGS 420 HCGVSVGEDG PAQMALEDLA MFRSTPNCTI FCPSDAVSTE HAVCLAANTK GMCFIRISQL 480 ETAVIYPPEE NFEIGQAKVV HYSVDDKVTV IGAGVTLHEA LAAAADLSQQ GISIRVIDPF 540 TIKPLDAATI ISNARTTGGR IITVEDHYRE GGIGEAVCAA VSREPDISVH QLAVTEVPRR 600 GNPGELLDMF GISAKHIIKA VKSTLMN 627
cDNA Sequence
Download: Fasta
ATGGCCGCAG CTAACGACTC TCAGCCTCAT GCGGAGACCG TGCAGGTGCT GCGGGACACG 60 GCCAATCGCC TGCGAATCCA TTCCATCAGG GCTACTAGCA CCTGCGGCTC TGGCCATCCT 120 ACGTCGTGCT GCAGTGCAGC TGAGATCATG TCCGTGCTCT TCTTCCACGC CATGAGGTAT 180 AAACAGAGCG ACCCGGAGCA CCCTGACAAC GACAGACTAG TGCTGTCCAA GGGCCACGCC 240 CCGCCAGTGC TCTACGCCAC ATGGGCCGAA GTGTGCGACA TCTGTCCCTG TGACTTAATG 300 AGCCTGAGGA GGTTTCACTG CAAACTAGAA GGATACCCCA CCCCGCGACT GTCGTTTGTG 360 GATGCGGCCA TGGGGTTCCT TGGGCAAGGC CTGGGAGCTG CGTGCGGAAT GGCCTACACC 420 GGCAAGTACT TCGACAAGGC CAGCTACCGG GTGTTCTGCC TCATGGGAGA TGGCGAAGCC 480 GCAGAAGGCT CTGTCTGGGA GGCTTTGGCT TTTGCTGCCC ACTATGGTTT GGACAATCTC 540 GTGGCAATCT TTGATGTGAA CCGCTTGGGA CAGAGTGGCA CTGCGCCCCT TGAGCACCGC 600 ACAGACATTT ATAAGAATCG CTGTGAAGCT TTTGGGTGGA ATGCTTACAT TGTGGATGGT 660 CATGATGTGG AGGCTTTGTG CCAAGCATTT TGGCAAGCAG CTCATGTGAA GAATAAACCC 720 ACCGCTATAA TTGCTAAGAC CTTCAAGGGT CGGGGTATTC CAAACATTGA GGATGCAGAC 780 TATTGGCATG GAAAGCCAAT GCCAAAGGAG AGAGCAGATG CAATTATCAA ATTAATTGAG 840 AGTCAGATAC AGACTAACAG AAATCTCACA CCGAAACCCC CTATTGAAGA TTCACCTCAG 900 ATCAACATCT CTCATATAAA AATGACCTCT CTGCCTGCCT ACAAAGTTGG TGAGAAGATA 960 GCTACTACGG AAGCATATGG AATAGCTCTG GCTAAATTGG GCCACGCATG TGAAAGAGTT 1020 ATTGCTCTGG ATGGGGACAC GAAGAACACC ACCTTTTCTG AGATATTTAA GAAAGATCAC 1080 CCTGAGCGTT TCATCGAGTG TTTTATTGCT GAGCAAAATA TGGTAAGTGT GGCCCTGGGC 1140 TGTGCCACAC GGGACAGAAC CATTGTTTTT GTTAGTACGT TTGCTGCCTT TTTGACCCGA 1200 GCATTTGGTC AGATCCGAAT GGGAGCCATC TCTCAAACCA GTATCAACCT TGTTGGTTCT 1260 CACTGTGGGG TGTCTGTTGG TGAAGATGGA CCTGCTCAGA TGGCCCTGGA GGATCTAGCC 1320 ATGTTCCGAA GCACTCCCAA TTGCACGATT TTCTGTCCAA GTGATGCAGT CTCAACAGAG 1380 CATGCTGTTT GTCTGGCTGC CAATACTAAG GGCATGTGCT TCATTCGTAT CAGCCAGCTG 1440 GAAACTGCAG TTATTTACCC TCCAGAAGAA AATTTTGAGA TTGGACAGGC CAAAGTGGTT 1500 CACTACAGCG TCGATGACAA GGTCACAGTT ATTGGAGCTG GAGTTACTCT ACATGAAGCC 1560 TTAGCAGCTG CTGCTGATCT TTCTCAACAA GGTATTTCTA TTCGTGTCAT TGACCCATTT 1620 ACTATTAAAC CTCTGGATGC TGCCACTATC ATTTCCAATG CCAGAACCAC TGGTGGCCGG 1680 ATTATCACAG TGGAAGATCA CTACAGAGAA GGTGGCATTG GAGAAGCTGT GTGTGCGGCT 1740 GTCTCCAGAG AGCCTGACAT CTCTGTTCAT CAGTTGGCGG TCACAGAAGT ACCTCGGAGG 1800 GGAAACCCTG GTGAACTGCT GGATATGTTT GGAATCAGTG CCAAACACAT CATAAAAGCT 1860 GTGAAATCTA CTTTAATGAA CTAA 1884