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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAPHI22164 reference isoform | 735 | 9 |  A0A452FKF7 |
Protein Sequence
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MLRKMFVIFG VSDILWMVFA VSQAFKVDMF PNEYKIFAQI GDSVSLTCSA TGCESPSFSW 60 RTQIDSPLNG KVKNEGTTSM LIMDPVSFGN EHQYLCTVTC KDMKREKAIR VEIYSFSKDP 120 EIRLSSPPEV GKPVTVTCSV PDVYPFERLE IELLKSNRSM KVQEFLEPSE KKAQETKSLE 180 VTFSPTDEDI GKALVCQATL HIYDDDSPPK ERKTMKELEV YISPKDTAIS VNPSTRLQEG 240 DSVTMTCTSA GLPAPRILWS KKLDNGNLQL LSENATLTLI SMRAEDSGIY VCEGDNPVGK 300 DRKEVKLIVQ EKNFTVEISP GPQIAAQIGH SVVLTCDVRD CESPSFSWRT QIDSPLNGKV 360 RREGSKSTLT LSPVSVENEH FYLCTVMCGQ KKLEKGIQVK PYSFPSDPEI EMSGPLVSGN 420 PVTVSCKVPN VYPFDRLEIE LFKGESIMMN KVFSKDVSKK ALETKSLEKT FIPTAEDTGN 480 VLVCLARLPI DEMEFEPKQR QSTQTLYVNV APRDTTISVS PSSILEEGSS VNMTCSSNGL 540 PAPKILWSRQ LSNGDLQPIS ENETLTFMST KMEDSGIYVC EGINQVGISR KEVKLIIQVA 600 PKDTQLTAFP SESVKEGDTV IISCTCGNVP PTLIILKKKA ETGYTVLKST GGAYTIHRAQ 660 LEDAGVYQCE SKNEVGSQLR SLTLDVKGRE GNKDYFSPEL LVLYCAFFLI IPAIGMIIYF 720 ARKANMTGSY SLVEA 735
cDNA Sequence
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ATGCTTAGGA AGATGTTTGT GATCTTTGGA GTCTCAGATA TACTTTGGAT GGTGTTTGCA 60 GTTTCTCAAG CTTTCAAAGT TGACATGTTC CCAAATGAAT ACAAAATTTT TGCTCAGATT 120 GGTGACTCTG TTTCACTGAC TTGTAGTGCA ACAGGCTGTG AGTCTCCATC ATTTTCTTGG 180 AGAACTCAGA TAGACAGTCC ACTGAATGGA AAGGTGAAAA ATGAGGGGAC CACATCCATG 240 CTGATCATGG ATCCTGTTAG TTTCGGGAAT GAACACCAGT ACCTGTGCAC AGTGACTTGC 300 AAGGATATGA AACGGGAGAA AGCAATCCGA GTGGAGATCT ACTCTTTCTC TAAGGATCCA 360 GAGATTCGTC TGAGCAGCCC CCCAGAGGTC GGGAAGCCAG TCACAGTCAC GTGTTCGGTG 420 CCTGATGTTT ACCCATTCGA AAGGCTGGAG ATAGAGTTGT TGAAAAGCAA CCGTTCCATG 480 AAAGTACAGG AATTTCTGGA GCCTTCAGAA AAAAAGGCCC AAGAAACAAA GAGCTTGGAA 540 GTGACCTTCT CGCCTACTGA TGAGGATATT GGGAAAGCTC TTGTTTGTCA AGCTACATTA 600 CACATTTATG ATGATGATTC TCCACCCAAA GAAAGGAAAA CTATGAAAGA ACTGGAAGTC 660 TACATCTCAC CCAAAGACAC AGCTATATCC GTGAATCCCT CCACAAGGCT GCAGGAAGGC 720 GACTCTGTGA CGATGACGTG TACCAGTGCA GGTCTACCAG CTCCACGGAT TCTCTGGAGC 780 AAGAAATTAG ACAATGGGAA TCTACAGCTC CTTTCTGAGA ATGCAACTCT CACTTTAATT 840 TCTATGAGGG CAGAAGATTC TGGGATTTAT GTGTGTGAAG GAGATAACCC TGTTGGGAAA 900 GACAGAAAAG AGGTGAAATT AATTGTTCAA GAGAAAAACT TTACTGTTGA GATCTCTCCT 960 GGACCCCAGA TTGCTGCTCA GATTGGCCAC TCAGTCGTGT TGACCTGTGA TGTCAGGGAC 1020 TGCGAGTCCC CATCTTTCTC TTGGAGAACC CAGATTGACA GCCCTCTGAA CGGGAAGGTG 1080 AGGAGAGAGG GCTCCAAGTC CACGTTGACC CTGAGCCCTG TGAGTGTCGA GAACGAACAT 1140 TTCTACCTGT GCACTGTGAT GTGCGGGCAA AAGAAACTGG AAAAGGGAAT CCAGGTGAAG 1200 CCCTACTCCT TCCCTAGTGA TCCAGAAATT GAAATGAGTG GTCCGTTAGT GAGTGGAAAC 1260 CCAGTCACTG TAAGCTGCAA GGTTCCTAAT GTGTATCCTT TTGACCGGCT GGAGATTGAA 1320 TTGTTTAAAG GGGAGAGTAT TATGATGAAT AAAGTCTTCT CGAAAGATGT AAGTAAGAAA 1380 GCCCTAGAGA CCAAGAGTTT GGAGAAGACC TTCATCCCCA CCGCTGAAGA TACTGGAAAT 1440 GTTCTTGTTT GTCTGGCTCG GTTACCTATT GATGAAATGG AATTTGAACC CAAACAAAGG 1500 CAGAGTACAC AGACACTCTA TGTTAATGTT GCTCCCAGGG ATACAACCAT CTCGGTCAGT 1560 CCCTCCTCCA TCCTGGAGGA AGGTAGTTCT GTGAATATGA CATGCTCTAG CAATGGCCTT 1620 CCAGCTCCCA AAATCTTGTG GAGCAGGCAG CTAAGTAATG GGGATCTACA GCCTATTTCT 1680 GAGAATGAAA CTCTCACCTT CATGTCTACA AAAATGGAAG ATTCTGGTAT TTATGTCTGT 1740 GAAGGCATTA ACCAGGTTGG AATAAGCAGA AAAGAAGTCA AATTAATTAT CCAAGTTGCT 1800 CCAAAAGACA CACAACTTAC AGCTTTTCCT TCTGAGAGTG TCAAGGAAGG AGACACTGTC 1860 ATTATCTCCT GTACGTGTGG AAATGTTCCC CCAACTTTGA TAATTCTGAA GAAAAAAGCA 1920 GAGACTGGCT ACACAGTGCT AAAGTCTACA GGTGGTGCCT ATACCATCCA CAGGGCTCAG 1980 TTAGAGGATG CGGGAGTATA CCAGTGTGAA TCTAAAAATG AAGTTGGCTC ACAGCTAAGG 2040 AGCCTAACAC TTGATGTTAA AGGAAGAGAA GGTAACAAGG ACTATTTTTC TCCTGAACTT 2100 CTGGTACTTT ATTGCGCATT CTTCTTAATA ATACCTGCCA TTGGAATGAT TATTTACTTT 2160 GCTAGAAAAG CCAACATGAC AGGGTCATAC AGTCTTGTAG AAGCATAG 2208