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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| BOVIN32620 | 426 | 9 |  ENSBTAG00000037941.3 | |||
| BOVIN32621 reference isoform | 403 | 10 | ENSBTAG00000037941.3 |
Protein Sequence
Download: Fasta
MAAAASQTSL ESAPRIMRLV AECSRSRARA GELRLPHGPV ATPVFMPVGT QATMKGVTAE 60 QLDALGCRIC LGNTYHLGLR PGPELIQKAQ GLHGFMNWPH NLLTDSGGFQ MVSLVSLSEV 120 TEEGVRFRSP YDGDETLLSP ERSVEIQNAL GSDIIMQLDD VVSSTVTGPR VEEAMYRSIR 180 WLDRCIAAHR RPDKQNLFAI IQGGLDADLR ATCLEEMTKR DVPGFAIGGL SGGESKGEFW 240 RMVALSTSRL PKDKPRYLMG VGYATDLVVC VALGCDMFDC VFPTRTARFG SALVPTGNLQ 300 LKKKQYEKDF RPIDPECDCP TCQKHSRAFL HTLLHSDNTA ALHHLTIHNI AYQLRLMSAV 360 RASIVEKRFP AFVRDFMSTM YGDPTLCPTW ATEALASVGI TLG 403
cDNA Sequence
Download: Fasta
ATGGCGGCAG CCGCTAGCCA GACTTCGCTG GAGTCGGCCC CGCGGATCAT GCGATTGGTG 60 GCCGAGTGTA GCCGCTCCAG GGCCCGAGCC GGGGAGCTGC GGTTGCCACA CGGGCCGGTG 120 GCTACTCCAG TGTTCATGCC AGTGGGCACG CAGGCCACTA TGAAGGGCGT CACGGCAGAG 180 CAACTGGACG CGCTGGGCTG CCGCATCTGC CTGGGCAACA CCTACCATCT GGGTCTGAGG 240 CCGGGCCCAG AGCTGATCCA GAAGGCCCAA GGTCTCCACG GCTTTATGAA TTGGCCCCAC 300 AATCTGCTGA CGGACAGCGG CGGCTTCCAG ATGGTGTCCC TGGTGTCCCT GTCTGAAGTG 360 ACGGAGGAGG GCGTCCGCTT CCGCTCCCCT TATGACGGTG ATGAGACCCT TCTGAGCCCA 420 GAGAGGTCCG TGGAGATCCA GAACGCGCTA GGCTCTGACA TCATTATGCA GCTGGATGAT 480 GTGGTCAGCA GTACTGTGAC GGGGCCCCGT GTAGAAGAGG CCATGTACAG ATCAATCCGC 540 TGGTTGGATC GGTGCATAGC AGCCCATCGA CGGCCAGACA AGCAGAACCT CTTTGCCATC 600 ATCCAGGGGG GGCTGGACGC GGATCTCCGA GCCACTTGCC TTGAAGAGAT GACCAAGCGT 660 GATGTGCCAG GCTTTGCCAT CGGGGGCCTG AGCGGGGGCG AGAGCAAGGG CGAGTTCTGG 720 AGGATGGTGG CACTGAGCAC GTCGCGGCTG CCTAAGGACA AGCCCCGCTA CCTGATGGGG 780 GTTGGCTATG CCACCGATCT GGTGGTCTGC GTGGCTCTCG GATGCGATAT GTTTGACTGT 840 GTCTTCCCTA CACGGACAGC GCGCTTCGGC TCTGCTCTAG TGCCCACGGG GAACCTGCAA 900 CTGAAGAAGA AGCAGTATGA GAAGGACTTC CGCCCCATAG ACCCAGAATG TGACTGTCCC 960 ACCTGCCAGA AGCACAGCCG GGCCTTCCTG CACACCCTGC TCCATAGTGA CAACACCGCG 1020 GCCCTGCACC ACCTCACCAT TCACAACATC GCCTATCAGC TGCGGCTGAT GAGCGCCGTG 1080 CGAGCCAGCA TTGTGGAGAA ACGCTTTCCT GCCTTCGTGA GGGACTTCAT GAGCACCATG 1140 TATGGGGACC CCACCCTCTG TCCCACCTGG GCCACTGAAG CCCTGGCCTC TGTGGGGATC 1200 ACGCTGGGTT GA 1212