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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ANOCA14549 reference isoform | 605 | 11 |  ENSACAG00000007493 |
Protein Sequence
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MALARKIKTL LTLNILVFVG IILFSVYCRL QEHSHELVQI VRSPARPPAR SRGPKAQEAP 60 LDREAILQRL DHLEEVVYNQ LNGLAKPMGL VEGPGGLGQG GMAATLRDDS HESETKYEEY 120 GYNAQLSDRI SLDRSIPDYR PKKCKQMSYP SDLSQISVVF IFVNEALSVI LRSVHSVVNH 180 TPSHLLKEII LVDDNSDNVE LKFNLDQYVQ KRYPGLVKIV RNNKREGLIR ARIQGWKAAT 240 SPVVGFFDAH VEFNIGWLEP TLMRIREDRK RIILPAIDNI KYNTFEVQQY ANAAHGYNWG 300 LWCMYIIPPQ DWLDKGDESA PIRTPAMIGC SFVVDREYFG EIGLLDPGME VYGGENIELG 360 MRVWQCGGSM EVLPCSRVAH IERTKKPYNN DIDYYAKRNA LRAAEVWMDD FKSHVYMAWN 420 IPMMNPGVDF GDVSERVALR QRLQCRSFKW YLENVYSEMR IYNNTITYGE VRNNKASGYC 480 LDQGAEDDDK AILYPCHGMS SQLVRYSSEG LLQLGPLGST TFLPDSKCLM DDGKRRTPVL 540 KKCEDTLRSA QKLWDFTQVL ELVQSSAETQ GRCLEVEMSK DANFGLRLVV QRCSGQKWVI 600 RNWIK 605
cDNA Sequence
Download: Fasta
ATGGCGCTGG CCCGCAAGAT CAAAACTTTG TTGACGCTCA ACATCCTGGT CTTCGTGGGC 60 ATCATCCTCT TCTCGGTCTA CTGCCGCCTC CAGGAGCACT CCCATGAGCT GGTCCAGATT 120 GTCCGGAGCC CGGCCCGCCC GCCCGCCCGG AGCAGGGGCC CCAAAGCCCA GGAGGCCCCG 180 CTGGACAGGG AGGCCATCCT CCAGCGCCTG GACCACCTGG AGGAAGTGGT CTACAACCAG 240 CTCAATGGAC TTGCCAAACC AATGGGATTA GTGGAAGGCC CTGGTGGCCT GGGCCAAGGA 300 GGCATGGCAG CCACTTTGAG AGATGACAGC CATGAATCGG AAACCAAATA TGAAGAATAT 360 GGTTATAATG CCCAGTTGAG TGACAGGATT TCATTGGACC GATCTATTCC TGACTACAGG 420 CCAAAAAAAT GCAAACAGAT GTCCTACCCC AGTGACCTCT CTCAGATCTC CGTGGTCTTT 480 ATTTTTGTCA ACGAGGCTCT TTCCGTCATC TTGCGCTCAG TCCACAGTGT TGTGAATCAC 540 ACTCCATCCC ACTTGCTTAA GGAGATTATT CTGGTGGATG ACAACAGTGA CAACGTTGAA 600 TTGAAATTCA ATCTGGACCA GTATGTCCAA AAGAGATACC CAGGTCTGGT GAAAATAGTT 660 CGCAATAACA AACGGGAAGG TCTGATTCGC GCCAGGATCC AAGGTTGGAA AGCGGCCACG 720 TCTCCGGTGG TTGGGTTTTT TGATGCCCAC GTCGAGTTCA ACATTGGCTG GCTAGAGCCA 780 ACCCTGATGC GCATCAGAGA AGACAGGAAG CGGATCATTC TCCCAGCAAT AGACAACATT 840 AAATACAACA CCTTTGAGGT GCAGCAGTAT GCCAATGCCG CTCACGGCTA CAACTGGGGG 900 CTTTGGTGTA TGTACATCAT CCCACCTCAA GACTGGCTGG ACAAGGGGGA CGAATCTGCA 960 CCCATCAGAA CACCAGCCAT GATCGGTTGT TCGTTTGTGG TAGACAGAGA ATATTTTGGT 1020 GAGATCGGGC TGCTTGATCC TGGGATGGAA GTGTACGGAG GAGAAAACAT TGAGCTTGGT 1080 ATGAGGGTTT GGCAGTGTGG AGGAAGTATG GAGGTGTTGC CTTGTTCCCG CGTGGCCCAT 1140 ATTGAGCGCA CAAAGAAACC CTACAACAAT GACATTGACT ACTATGCAAA GCGCAATGCC 1200 TTGCGTGCTG CTGAAGTCTG GATGGATGAT TTCAAGTCCC ATGTGTACAT GGCGTGGAAC 1260 ATACCAATGA TGAATCCCGG AGTTGACTTT GGAGACGTTT CTGAAAGAGT CGCTTTGCGT 1320 CAACGTCTTC AGTGCCGGAG TTTCAAGTGG TACTTGGAGA ATGTCTACTC CGAAATGAGG 1380 ATTTACAATA ATACCATCAC TTATGGAGAG GTACGCAACA ACAAAGCCAG TGGCTACTGC 1440 TTGGACCAAG GAGCTGAAGA TGACGACAAA GCTATTCTCT ATCCATGCCA TGGAATGTCC 1500 TCCCAGCTTG TCCGTTACAG CTCTGAAGGA CTTCTGCAGC TGGGTCCTTT GGGATCGACA 1560 ACCTTTCTGC CCGATTCCAA ATGCCTCATG GACGATGGGA AAAGAAGGAC TCCGGTACTG 1620 AAAAAATGTG AAGACACTCT GAGGTCGGCT CAGAAGCTGT GGGATTTCAC ACAGGTATTA 1680 GAATTGGTCC AATCATCAGC CGAGACACAG GGGCGGTGTC TAGAAGTAGA AATGTCCAAG 1740 GATGCCAATT TTGGGCTCAG ATTAGTAGTA CAAAGATGCT CAGGTCAAAA ATGGGTGATC 1800 AGAAACTGGA TAAAANNN 1818