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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAVPO23778 reference isoform | 652 | 14 |  H0VDG4 |
Protein Sequence
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MLPSSVCRQW PAAFQTPARS FHFTVDGNKR ASAKVSDSIS TQYPVVDHEF DAVVVGAGGA 60 GLRAAFGLSE AGFNTACLTK LFPTRSHTVA AQGGINAALG NMEEDNWRWH FYDTVKGSDW 120 LGDQDAIHYM TEQAPASVIE LENYGMPFSR TEDGRIYQRA FGGQSLKFGK GGQAHRCCCV 180 ADRTGHSLLH TLYGRSLRYD TSYFVEYFAL DLLMENGECR GVIALCIEDG SIHRIRAKNT 240 VIATGGYGRT YFSCTSAHTS TGDGTAMVTR AGLPCQDLEF VQFHPTGIYG AGCLITEGCR 300 GEGGILINSE GERFMERYAP VAKDLASRDV VSRSMTLEIR EGRGCGPEKD HVFLQLHHLP 360 PEQLATRLPG ISETAMIFAG VDVTKEPIPV LPTVHYNMGG IPTNYKGQVL KHVNGQDQVV 420 PGLYACGEAA CASVHGANRL GANSLLDLVV FGRACALSIA ESCRPGDKVP PIKPNAGEES 480 VMNLDKLRFA DGNIKTSELR LNMQKTMQTH AAVFRVGSVL QEGCEKISQL YGDLQHLKTF 540 DRGMVWNTDL VETLELQNLM LCALQTIYGA EARKESRGAH AREDYKVRID EYDYSKPIQG 600 QQKRPFGEHW RKHTLSYVDI KTGKVILEYR PVIDKTLNEA DCATVPPAIR SY 652
cDNA Sequence
Download: Fasta
ATGCTACCAT CATCTGTGTG TCGGCAATGG CCAGCAGCCT TCCAAACACC AGCCCGCAGC 60 TTTCACTTCA CTGTCGACGG GAATAAGAGA GCATCTGCTA AAGTTTCAGA TTCAATTTCA 120 ACTCAGTACC CAGTAGTGGA TCATGAATTC GATGCGGTTG TGGTAGGCGC TGGAGGGGCA 180 GGCTTGAGAG CTGCATTTGG CCTTTCTGAG GCAGGCTTTA ATACTGCATG CCTTACAAAG 240 CTCTTTCCTA CTCGGTCACA CACTGTTGCA GCACAGGGGG GAATCAATGC TGCACTGGGG 300 AACATGGAAG AAGATAACTG GAGGTGGCAC TTCTATGACA CTGTGAAGGG TTCTGACTGG 360 CTAGGGGACC AGGATGCCAT CCATTACATG ACAGAGCAAG CTCCTGCCTC CGTGATTGAG 420 CTAGAAAATT ATGGCATGCC ATTTAGCAGA ACAGAAGATG GGAGGATTTA CCAGCGTGCA 480 TTTGGTGGAC AGAGCCTCAA GTTTGGGAAA GGTGGGCAGG CTCACCGGTG CTGCTGTGTG 540 GCTGATCGGA CTGGCCACTC ACTGCTGCAT ACCTTGTATG GCAGGTCTCT GCGATATGAT 600 ACCAGCTATT TTGTAGAGTA TTTTGCCTTA GATCTCCTGA TGGAAAATGG GGAGTGCCGT 660 GGTGTGATTG CACTGTGCAT AGAAGATGGG TCCATACATC GCATAAGAGC AAAGAACACT 720 GTTATTGCTA CTGGAGGCTA TGGGCGGACC TACTTCAGCT GCACGTCTGC CCACACCAGC 780 ACTGGTGATG GCACAGCCAT GGTTACCAGG GCTGGCCTTC CCTGCCAGGA CTTGGAGTTT 840 GTGCAGTTCC ACCCCACAGG TATATATGGT GCTGGCTGTC TCATCACAGA GGGATGCCGT 900 GGAGAAGGCG GCATTCTCAT TAACAGTGAG GGCGAGAGGT TTATGGAGAG ATACGCACCT 960 GTCGCAAAGG ACCTGGCATC CCGAGACGTC GTATCTCGGT CCATGACTCT GGAGATCCGT 1020 GAAGGAAGGG GCTGTGGCCC AGAGAAAGAT CATGTCTTCC TACAACTACA CCATCTTCCC 1080 CCTGAGCAGC TGGCCACACG TTTGCCTGGC ATCTCAGAGA CGGCCATGAT CTTCGCTGGT 1140 GTGGATGTCA CCAAGGAGCC GATCCCAGTC CTCCCCACTG TCCATTACAA CATGGGTGGA 1200 ATTCCCACCA ACTACAAGGG ACAGGTGCTG AAGCATGTGA ATGGCCAGGA TCAGGTAGTG 1260 CCTGGCCTCT ATGCCTGTGG GGAGGCCGCC TGTGCCTCAG TGCATGGTGC CAACAGGCTT 1320 GGTGCAAACT CCCTTCTGGA CCTGGTGGTC TTTGGACGGG CCTGTGCCCT GAGCATTGCA 1380 GAGTCTTGCA GGCCAGGAGA TAAAGTTCCT CCGATTAAAC CAAATGCTGG GGAAGAGTCT 1440 GTTATGAATC TTGACAAGTT GAGATTTGCT GATGGAAACA TAAAAACATC AGAACTGCGC 1500 CTCAACATGC AGAAGACCAT GCAGACTCAT GCTGCAGTGT TCCGTGTGGG AAGTGTACTG 1560 CAAGAAGGCT GTGAGAAAAT TAGCCAGCTC TATGGAGACC TGCAACACCT GAAGACGTTT 1620 GATAGGGGAA TGGTCTGGAA CACAGACCTA GTAGAGACCC TGGAGCTGCA AAACCTGATG 1680 CTCTGTGCCC TGCAGACCAT CTATGGAGCA GAGGCACGGA AGGAGTCACG AGGTGCCCAT 1740 GCCAGGGAAG ATTACAAGGT GCGGATTGAT GAGTATGATT ACTCCAAGCC CATCCAGGGG 1800 CAGCAGAAGA GACCATTTGG GGAGCACTGG AGGAAGCATA CCCTCTCCTA TGTGGACATC 1860 AAGACTGGGA AGGTCATTCT GGAGTACAGG CCTGTCATCG ACAAGACCTT AAATGAAGCT 1920 GACTGCGCCA CAGTTCCCCC AGCCATTCGC TCCTACTGA 1959