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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CAPHI20311 reference isoform | 647 | 16 |  A0A452FB33 |
Protein Sequence
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MAPKKPLCLP SLLLPLLTLL LPQADTRSFV VDRDHNRFLL DGAPFRYVSG SLHYFRVPRV 60 LWADRLFKMR MSGLNVVQFY VPWNYHEPEP GVYNFNGSRD LFAFLQEATL ANLLVILRPG 120 PYICAEWEMG GLPAWLLRKP KIHLRTSDPD FLAAVDSWFK VLLPRIYPWL YHNGGNIISI 180 QVENEYGSYR ACDVSYMRHL AGLFRSLLGD KILLFTTDGP EGLKCGSLQG LYTTVDFGPA 240 DNMTKIFGLL RKYEPRGPLV NSEYYTGWLD YWGQNHSTRS IPAVTKGLEK MLKLGASVNM 300 YMFHGGTNFG YWNGADEKGR FLPITTSYDY DAPISEAGDP TPKLFAIRNV ISKFQEVPLG 360 PLPPPSPKMT LGPLTLHLDG NLLDFLDFLC PQGPIHSVLP MTFEAVNQVH GYMLYRTYLT 420 DTVSEPTQLW VPNNGVHDRA YVMVDGVFQG VLERNMKHNL FLMGKIGATL DVLLENMGRL 480 SFGSNSSDFK GLLQPPILGQ TVLTQWLMFP LKVDNLVKEW FPIQPLKSSH PQAPSGPTFY 540 STTFPILNSG GDTFLFLPGW TKGQVWINGF NLGRYWTKRG PQQTLYVPRP LLFPRGAHNR 600 ITLLELENVP PQPQIQFLDR PILNSTKHRT YIYSLSSASE PMELSGH 647
cDNA Sequence
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ATGGCTCCCA AGAAACCTCT CTGCCTTCCC TCCCTGCTGC TCCCGCTCCT GACGCTGCTG 60 CTGCCCCAGG CAGACACTCG GTCTTTCGTA GTGGATCGGG ATCATAACAG ATTCCTCCTG 120 GACGGGGCCC CTTTCCGCTA CGTGTCTGGC AGCCTGCACT ACTTTCGCGT ACCGCGGGTG 180 CTTTGGGCAG ACCGGCTTTT CAAGATGCGA ATGAGTGGCC TCAACGTAGT ACAGTTTTAT 240 GTGCCCTGGA ACTACCATGA GCCAGAGCCT GGGGTCTATA ACTTTAATGG CAGCCGTGAC 300 CTCTTTGCAT TTCTGCAAGA GGCAACTTTA GCGAACCTGT TGGTCATACT GAGACCAGGA 360 CCTTACATCT GTGCAGAGTG GGAGATGGGG GGTCTCCCAG CTTGGTTGCT TCGAAAGCCT 420 AAAATTCATC TGAGAACCTC AGATCCAGAC TTCCTTGCCG CAGTGGACTC CTGGTTCAAG 480 GTCTTGCTGC CCAGGATATA TCCATGGCTC TACCACAATG GGGGCAACAT CATTAGCATT 540 CAGGTGGAGA ATGAATACGG TAGCTACAGA GCCTGTGACG TGAGCTACAT GAGGCACCTA 600 GCTGGGCTCT TCCGATCGCT GCTTGGAGAC AAGATTTTGC TCTTCACCAC AGATGGGCCT 660 GAAGGACTCA AATGTGGCTC CCTCCAGGGA CTCTATACCA CTGTAGATTT TGGCCCAGCT 720 GACAACATGA CCAAGATCTT TGGCCTGCTT CGGAAGTATG AACCCCGCGG GCCCCTGGTG 780 AACTCTGAGT ACTACACAGG CTGGCTGGAT TACTGGGGCC AGAATCACTC CACACGTTCC 840 ATTCCAGCTG TAACCAAAGG ACTAGAGAAA ATGCTCAAGT TGGGAGCCAG TGTGAACATG 900 TACATGTTCC ACGGAGGTAC CAACTTTGGA TACTGGAATG GTGCTGATGA GAAGGGACGC 960 TTTCTTCCAA TTACTACCAG CTATGACTAC GACGCACCCA TATCTGAAGC AGGGGACCCC 1020 ACACCCAAGC TTTTTGCTAT TCGAAATGTC ATCAGCAAGT TCCAGGAAGT TCCCTTGGGA 1080 CCTTTACCTC CCCCCAGCCC CAAGATGACG CTTGGACCTT TGACCCTACA CCTGGATGGG 1140 AATTTGCTGG ACTTCTTAGA CTTCCTATGC CCCCAAGGTC CCATCCATTC AGTCCTGCCA 1200 ATGACCTTTG AGGCTGTCAA CCAGGTCCAT GGCTATATGT TGTATCGGAC CTATCTGACC 1260 GATACTGTTT CTGAGCCAAC ACAACTCTGG GTGCCAAACA ATGGAGTCCA TGACCGTGCC 1320 TACGTGATGG TGGATGGGGT GTTTCAGGGT GTTTTGGAAC GAAACATGAA ACATAACCTA 1380 TTTTTGATGG GGAAAATAGG GGCCACACTG GATGTCCTGC TGGAGAACAT GGGGAGGCTC 1440 AGTTTTGGGT CTAACAGCAG TGACTTCAAG GGCCTGTTAC AGCCACCAAT TCTGGGGCAG 1500 ACAGTCCTTA CCCAATGGCT GATGTTCCCC CTGAAAGTTG ACAATCTTGT CAAAGAGTGG 1560 TTTCCCATCC AGCCGCTGAA AAGCTCACAT CCTCAGGCCC CCTCTGGCCC CACCTTCTAC 1620 TCTACCACCT TCCCAATTTT AAACTCAGGC GGGGACACAT TTCTGTTTCT ACCTGGATGG 1680 ACGAAGGGCC AAGTCTGGAT CAATGGGTTT AACTTGGGCC GCTACTGGAC AAAGCGGGGG 1740 CCGCAACAGA CCCTCTATGT GCCAAGACCC CTGCTGTTTC CCAGGGGAGC CCACAACAGA 1800 ATCACGTTGC TGGAGCTAGA AAACGTGCCT CCTCAGCCCC AAATCCAGTT CCTGGATAGG 1860 CCCATCCTCA ATAGCACCAA GCACAGGACG TACATCTATT CCCTCTCAAG TGCCTCTGAA 1920 CCAATGGAGT TAAGTGGGCA CTGA 1944