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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| AOTNA41663 reference isoform | 604 | 11 |  A0A2K5DC74 |
Protein Sequence
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MAVARKIKTL LTVNILVFVG IVLFSVYCRL QGRSRELVRI VGAADRRVRS RHAKVGALGE 60 REAILQRLDH LEEVVYNQLN GLAKPIGLVE GPGGLGQGGL AATLRDDGQE AEGNYEEYGY 120 NAQLSDRISL DRSIPDYRPR KCRQMTYARD LPQVSVVFIF VNEALSVILR SVHSVVNHTP 180 SQLLKEVILV DDNSDNVELK FNLDQYVNKR YPGLVKIVRN SRREGLIRAR LQGWKAATAP 240 VVGFFDAHVE FNTGWAEPAL SRIREDRRRI VLPAIDNIKY STFEVQQYAN AAHGYNWGLW 300 CMYIIPPQDW LDRGDESAPI RTPAMIGCSF VVDREYFGDI GLLDPGMEVY GGENVELGMR 360 VWQCGGSMEV LPCSRVAHIE RTRKPYNNDI DYYAKRNALR AAEVWMDDFK SHVYMAWNIP 420 MTNPGVDFGD VSERLALRQK LKCRSFKWYL ENVYPEMRIY NNTLTYGEVR NSKASGYCLD 480 QGAEDDDRAI LYPCHGMSSQ LVRYSADGLL QLGPLGSTAF LPDSKCLVDD GRGRTPTLKR 540 CEDVARPAQR LWDFTQSGPI VSRATGRCLE VEMSKDANFG LRLVVQRCSG QKWMIRNWIK 600 HTRH 604
cDNA Sequence
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ATGGCGGTGG CCAGGAAGAT CAAAACTTTG CTGACGGTCA ACATCCTGGT GTTCGTGGGC 60 ATCGTCCTGT TCTCCGTGTA CTGCCGCCTG CAGGGCCGCT CCCGGGAGCT CGTGCGCATC 120 GTGGGCGCCG CCGACCGCCG GGTGCGCAGC CGGCACGCCA AGGTGGGCGC GCTGGGGGAG 180 CGCGAGGCCA TCCTGCAGCG CCTGGACCAC CTGGAGGAGG TGGTCTACAA CCAGCTCAAC 240 GGCCTCGCCA AGCCCATCGG CCTGGTGGAG GGCCCGGGCG GCCTGGGCCA GGGCGGCTTG 300 GCGGCCACCC TGCGTGACGA CGGCCAGGAG GCGGAAGGCA ACTATGAGGA GTACGGGTAC 360 AACGCCCAGC TCAGCGACCG CATCTCCCTG GACCGGAGCA TCCCCGACTA CCGGCCCAGA 420 AAGTGCAGAC AGATGACCTA TGCCCGGGAC CTGCCCCAGG TCTCCGTGGT CTTCATCTTC 480 GTCAACGAGG CACTGTCAGT CATCCTGCGC TCCGTGCACA GCGTGGTCAA CCACACGCCC 540 TCCCAGCTGC TCAAGGAGGT CATCCTGGTG GATGACAACA GTGACAATGT GGAGCTCAAG 600 TTCAATCTGG ACCAGTACGT GAACAAGCGG TACCCGGGCC TCGTGAAGAT CGTCCGAAAC 660 AGCCGGAGGG AAGGACTGAT CCGCGCCCGG CTGCAGGGCT GGAAGGCGGC CACCGCCCCG 720 GTCGTCGGCT TCTTTGATGC CCACGTCGAG TTCAACACAG GCTGGGCGGA GCCCGCGCTG 780 TCGCGCATCC GGGAGGACCG GCGTCGCATC GTGCTGCCGG CCATCGACAA CATCAAGTAC 840 AGCACGTTCG AGGTGCAGCA GTACGCCAAC GCGGCCCACG GCTACAACTG GGGCCTCTGG 900 TGCATGTACA TCATCCCCCC TCAGGACTGG CTGGATCGCG GCGACGAGTC GGCGCCCATC 960 AGGACCCCGG CCATGATCGG CTGCTCCTTT GTGGTGGACC GTGAATACTT CGGGGACATC 1020 GGGCTGCTGG ACCCCGGCAT GGAGGTGTAC GGTGGTGAGA ACGTGGAGCT GGGCATGAGG 1080 GTGTGGCAGT GCGGCGGCAG CATGGAGGTC CTGCCCTGCT CGCGCGTGGC CCACATCGAG 1140 CGCACCAGGA AGCCCTACAA CAACGACATC GACTATTACG CTAAGCGCAA CGCCCTGCGG 1200 GCCGCCGAGG TGTGGATGGA CGACTTCAAG TCCCACGTGT ACATGGCCTG GAACATCCCC 1260 ATGACGAACC CAGGGGTGGA CTTTGGGGAT GTGTCCGAGA GGCTGGCCCT GCGCCAGAAG 1320 CTGAAGTGTC GCAGCTTCAA GTGGTACCTG GAGAACGTGT ACCCAGAGAT GAGGATCTAC 1380 AACAACACGC TCACGTACGG AGAGGTGAGA AACAGCAAAG CCAGCGGCTA CTGCTTAGAC 1440 CAGGGAGCGG AGGACGATGA CCGAGCAATC CTCTACCCCT GCCACGGGAT GTCCTCACAG 1500 CTGGTGCGGT ACAGCGCTGA CGGCCTGTTG CAGCTGGGGC CTCTGGGCTC CACGGCCTTC 1560 CTGCCTGACT CTAAGTGTCT GGTGGATGAC GGCAGGGGCC GCACGCCCAC CCTGAAGAGA 1620 TGCGAGGACG TGGCGCGGCC AGCACAGCGG CTGTGGGACT TCACCCAGAG CGGCCCCATC 1680 GTGAGCCGGG CCACGGGCCG CTGCCTGGAG GTGGAGATGT CCAAAGACGC CAACTTCGGG 1740 CTCCGGCTGG TGGTGCAGAG GTGCTCGGGT CAGAAGTGGA TGATCAGAAA CTGGATCAAA 1800 CACACGCGGC ACTGA 1815