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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| HORSE37834 | 561 | 14 |  A0A5F5Q289 | |||
| HORSE37833 reference isoform | 745 | 17 |  ENSECAG00000003253.3 |
Protein Sequence
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MARGILATRR HPEDVWAWSW QVRGWLGLQK DGSQDPQRVP HLAFSRDQDA DTCAKGEQSR 60 ARPEAPRTCI SQCRRNPPRD RRTAVSDYRT PVSAMAPKKP PCLPSLLLPL LTLLLPQADT 120 RSFVVDRDND RFLLDGVPFR YVSGSLHYFR VPRVLWADRL FKMRMSGLNA VQFYVPWNYH 180 EPEPGVYNFH GSRDLIAFLN EAAIANLLVI LRPGPYICAE WDMGGLPAWL LRKPKIHLRT 240 SDPDFLAAVD SWFKVLLPKI HPWLYHNGGN IISIQVENEY GSYRACDFNY MRHLAGLFRA 300 ILGDEILLFT TDGPEGLKCG SLEGLYTTVD FGPADNMTKI FTLLRKYEPH GPLVNSEYYT 360 GWLDYWGQNH STRSVHSVTN GLENMLKLGA SVNMYMFHGG TNFGYWNGAD EKGRFLPITT 420 SYDYDAPISE AGDPTPKLFA LRDVISKFQE IPLGPLPPPS PKMMLGPLTL HLDGDLLAFL 480 NYLCPQGPIY SILPMTFEAV KQDHGFVLYR TYLSNTVSEP TRFWVPNNGV HDRAYVMVDG 540 VFHGVLERNM KHKLFLTGQV GAKLDVLLES MGRLSFGSNT SDFKGLIEPP VLGQTILTRW 600 LMFPLKVDKL VKWWFPLQLL KRSHPQTPSG PTFYSTMFAI LGSSGDTFLY LPGWTKGQVW 660 INGFNLGRYW TKRGPQQTLY VPRPLLYPRG ALNKITLLEL ENAPPQPQVQ FLDRPILNST 720 LHRTYVYSLS AEVQSDPEPM QLSGH 745
cDNA Sequence
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ATGGCCCGCG GTATCCTAGC AACGCGCCGG CATCCGGAGG ATGTCTGGGC GTGGAGCTGG 60 CAGGTCCGGG GCTGGCTAGG CCTGCAGAAG GACGGGTCCC AGGACCCGCA GAGGGTCCCA 120 CACCTGGCCT TCAGTAGGGA TCAAGACGCA GACACCTGCG CCAAAGGGGA GCAAAGCCGG 180 GCTCGGCCCG AGGCCCCCAG GACCTGCATC TCCCAATGCC GGAGGAATCC ACCACGTGAC 240 CGCCGGACCG CAGTCTCTGA CTACAGGACC CCTGTAAGCG CCATGGCTCC CAAGAAGCCG 300 CCCTGCCTTC CCTCCCTGCT GCTGCCGCTC CTGACGCTGC TTCTGCCCCA GGCAGACACT 360 CGGTCGTTCG TAGTGGATCG GGATAATGAC AGATTCCTCC TGGATGGGGT CCCGTTCCGC 420 TACGTGTCTG GCAGCCTGCA CTACTTTCGG GTACCGCGGG TGCTTTGGGC AGACCGGCTT 480 TTCAAGATGC GAATGAGTGG CCTCAACGCT GTGCAGTTTT ATGTGCCCTG GAACTACCAT 540 GAGCCAGAGC CTGGGGTCTA TAACTTTCAT GGCAGCCGGG ACCTCATTGC ATTTCTGAAT 600 GAGGCAGCTA TAGCGAACCT GTTGGTCATA CTGAGACCAG GACCTTACAT CTGTGCAGAG 660 TGGGATATGG GGGGTCTCCC AGCCTGGTTG CTTCGAAAAC CTAAAATTCA TTTGAGAACC 720 TCAGATCCAG ACTTCCTTGC TGCAGTGGAC TCCTGGTTCA AGGTCTTGCT GCCCAAGATA 780 CATCCATGGC TCTATCACAA TGGGGGCAAC ATCATCAGCA TTCAGGTGGA AAATGAATAT 840 GGTAGCTACC GGGCCTGTGA CTTCAACTAC ATGAGGCACC TGGCTGGGCT CTTCCGTGCA 900 ATACTAGGAG ACGAGATCTT GCTCTTCACC ACAGATGGGC CTGAGGGACT CAAATGTGGC 960 TCCCTCGAGG GACTCTATAC CACTGTAGAC TTTGGCCCAG CTGACAACAT GACCAAAATC 1020 TTTACCCTGC TTCGGAAGTA TGAACCCCAT GGGCCACTGG TGAACTCTGA GTACTACACA 1080 GGCTGGCTGG ATTACTGGGG CCAGAATCAC TCCACACGGT CCGTTCATTC TGTAACCAAT 1140 GGACTAGAGA ACATGCTGAA GTTGGGAGCC AGTGTGAACA TGTACATGTT CCATGGAGGT 1200 ACCAACTTTG GATACTGGAA TGGTGCTGAT GAGAAGGGAC GCTTTCTTCC AATTACCACC 1260 AGCTATGACT ATGATGCACC CATATCTGAA GCCGGGGACC CCACACCTAA GCTTTTTGCT 1320 CTTCGAGATG TCATCAGCAA GTTCCAGGAA ATTCCCTTGG GACCTTTACC TCCCCCCAGC 1380 CCCAAGATGA TGCTCGGACC TTTGACACTG CACCTGGATG GGGATTTGCT GGCTTTCCTA 1440 AACTACCTAT GCCCCCAAGG GCCCATCTAT TCAATCTTGC CAATGACCTT TGAGGCTGTC 1500 AAGCAGGACC ATGGCTTTGT GTTGTATCGG ACCTATCTGA GCAATACTGT TTCTGAGCCA 1560 ACACGATTCT GGGTGCCAAA CAATGGAGTC CATGACCGTG CCTACGTGAT GGTGGATGGG 1620 GTGTTTCATG GTGTTTTGGA ACGAAACATG AAACACAAAC TATTTTTGAC CGGGCAAGTG 1680 GGGGCCAAAC TGGATGTCTT GCTGGAGAGC ATGGGGAGGC TCAGTTTCGG GTCGAATACC 1740 AGTGACTTCA AGGGCCTCAT AGAGCCACCA GTTCTGGGGC AAACAATCCT TACCAGGTGG 1800 CTGATGTTCC CTCTGAAAGT TGATAAGCTT GTAAAGTGGT GGTTTCCCCT CCAGCTGCTG 1860 AAAAGGTCAC ATCCTCAAAC TCCCTCTGGC CCCACCTTCT ACTCCACAAT GTTTGCAATT 1920 TTAGGCTCAA GTGGAGACAC ATTTCTCTAT CTACCTGGAT GGACCAAGGG CCAAGTCTGG 1980 ATCAATGGGT TTAACTTGGG CCGCTACTGG ACAAAGCGGG GGCCGCAACA GACCCTCTAC 2040 GTGCCAAGAC CCCTGCTGTA TCCTAGGGGA GCCCTCAACA AAATCACATT GCTGGAGCTG 2100 GAAAATGCGC CGCCCCAGCC CCAAGTCCAG TTCCTGGACA GGCCCATCCT CAACAGCACC 2160 TTGCACAGGA CATATGTCTA TTCCCTCTCA GCTGAGGTAC AAAGTGACCC TGAGCCAATG 2220 CAGCTAAGTG GGCACTGA 2238