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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAPHI09129 reference isoform | 441 | 9 |  A0A452F5L6 |
Protein Sequence
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MSSALLLALL GITRPLPGVR ALNCHWGIAQ TVRNVSEQPF QWKTSQQNCG EGLGCQETVI 60 ITQNEPLLYL LLIKGCTQAA NQEARVTEHR AGPGLSITSY TRVCRENLCN DLSTSLPLWT 120 PLPPTVPGSV RCPVCLSTEG CLSVPEMTCP AESSHCYNGV LHLTAGERPG GGVRARLKVQ 180 GCISQAGCNL LNGTQEIGPI SLRETCSPEG VLTCYRGIIL QMSPNLSRDP VKWSASREQQ 240 CNPGEVCQET LLLIDVGPRS ILLGSKGCSQ VRTQATSIHS RPPGVLVASY TRVCSSNYCN 300 SAASSSVLIN VLPRPAAPAP GHLQCPICLA LGSCSQSSNV VTCPKGTSHC YKGEIFLQGG 360 GLVSPVGIQG CVAHPSSTLL SRMKSIGVFD VTETREGVTE VGHPLIQSGA APVPSLAWAV 420 GLSLALWCGV PSLLTLFPHD P 441
cDNA Sequence
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ATGAGCTCTG CCCTGCTGCT GGCCCTGCTG GGCATCACCC GCCCCCTGCC CGGAGTGAGG 60 GCCCTGAACT GTCACTGGGG CATAGCGCAG ACCGTGAGGA ATGTATCCGA ACAACCCTTC 120 CAGTGGAAGA CTTCCCAGCA GAACTGTGGG GAAGGTTTGG GCTGCCAGGA AACAGTGATT 180 ATCACCCAGA ACGAACCCCT CCTGTACCTG TTGCTCATCA AAGGCTGCAC CCAGGCAGCC 240 AATCAGGAGG CCCGCGTCAC CGAGCACAGG GCAGGCCCCG GCCTGTCCAT CACCTCCTAC 300 ACCCGGGTAT GCCGGGAGAA TCTGTGCAAC GACCTCTCCA CCAGCCTCCC TCTCTGGACC 360 CCGCTCCCAC CCACAGTCCC AGGTTCTGTG CGGTGTCCAG TCTGCTTGTC TACAGAAGGC 420 TGTCTGTCGG TCCCAGAGAT GACCTGCCCG GCCGAGAGCT CACACTGCTA CAATGGGGTC 480 CTCCACCTCA CTGCTGGTGA GCGGCCGGGA GGTGGGGTCA GGGCCAGACT CAAAGTCCAA 540 GGATGCATTT CTCAAGCAGG CTGCAACCTG CTGAACGGGA CCCAGGAAAT CGGGCCCATC 600 AGCCTGCGGG AGACTTGCAG CCCTGAAGGT GTTCTGACGT GTTATCGGGG GATCATACTG 660 CAGATGTCTC CAAACCTGAG CCGGGACCCT GTCAAGTGGT CCGCATCCAG GGAGCAGCAG 720 TGTAACCCTG GGGAGGTGTG TCAGGAGACC CTTCTGCTCA TAGATGTAGG ACCCAGGTCG 780 ATCCTGCTGG GAAGCAAAGG CTGCAGCCAG GTCAGAACCC AGGCTACCTC CATCCACTCG 840 AGGCCCCCCG GAGTGCTGGT CGCCTCCTAT ACCCGGGTCT GCTCCTCCAA CTACTGCAAC 900 TCGGCTGCCA GCAGCAGCGT CCTGATCAAT GTCCTCCCTC GTCCAGCCGC CCCGGCCCCA 960 GGACACCTGC AATGTCCCAT CTGTCTGGCC CTTGGATCCT GCTCCCAAAG CTCTAACGTT 1020 GTGACGTGTC CTAAAGGCAC CAGTCACTGT TACAAGGGTG AGATTTTTCT CCAGGGAGGT 1080 GGGCTGGTCT CCCCAGTGGG CATCCAGGGC TGCGTGGCCC ACCCTTCCAG CACCTTGTTG 1140 AGCCGTATGA AGAGTATCGG GGTCTTCGAT GTGACTGAGA CCCGTGAGGG TGTCACTGAA 1200 GTGGGTCACC CTCTAATCCA AAGTGGAGCT GCCCCTGTCC CTTCCCTGGC TTGGGCGGTG 1260 GGGCTGTCCC TAGCCCTTTG GTGTGGGGTG CCCTCCTTGC TGACCCTGTT CCCCCATGAT 1320 CCTTAG 1326