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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CHEAB25472 reference isoform | 470 | 4 |  A0A8C0GKR5 |
Protein Sequence
Download: Fasta
IAFTGSAVLA LFLAGYLAQQ YLPMPTPKVI GIDLGTTYCS VGVFLPGTGQ VTVISDENGH 60 NSIPSIVSFT ETDVYVGYDG LELADSNPQN TVYDTKRFIG KIFTPEELKN ESSRYPFKIF 120 SNNGAAEFSV TTNETYNVSP EYIGSQLLLK LKRMAEEYLG MPVSKAVISV PAEFDERQRN 180 YTIRAANLAG LEILRVINEP TAAAMAYGLH KADVFNVLVV DLGGGTLDVS LLNKQGGMFL 240 TRAMAGNNKL GGQDFNQRLL QYLYVQIHRM YGSVPSRKEE IHRLRQAVEA VKLNLTLHNS 300 SPVRVSLTMP ERKDLKELSE REQMKKNVIA AEPSQMEDGV LSLLRDDLSQ TQSNTVKVVF 360 ETEISRKLFE MLNEDLFQKI LVPIEQVLKE GHLSKTEVDE IVLVGGSTRI PRIRRVIQEF 420 FGKEPNTSID PDLAVVMGVA IQAGIVGGSW PLQVSAVEIP NRHLRKTNFN 470
cDNA Sequence
Download: Fasta
ATCGCTTTCA CAGGTTCAGC TGTCTTGGCC CTTTTCTTGG CTGGCTATCT GGCACAACAG 60 TATCTACCTA TGCCTACGCC AAAAGTGATT GGGATTGACC TTGGCACCAC TTACTGCTCT 120 GTTGGCGTGT TCCTTCCTGG CACAGGGCAG GTGACAGTTA TTTCAGATGA AAATGGGCAT 180 AACAGCATAC CAAGCATAGT GTCATTCACA GAAACGGATG TGTACGTGGG ATATGATGGC 240 CTAGAACTAG CAGATTCTAA TCCACAGAAC ACGGTATATG ATACCAAAAG ATTCATAGGG 300 AAAATCTTCA CTCCAGAAGA GCTGAAAAAT GAAAGTAGCA GATATCCATT TAAGATTTTC 360 AGCAACAATG GAGCAGCTGA ATTTTCAGTG ACAACCAATG AAACATATAA CGTCTCACCT 420 GAGTATATTG GCTCTCAACT GCTATTGAAA TTAAAGAGGA TGGCAGAGGA GTACCTTGGC 480 ATGCCAGTTT CCAAGGCTGT CATTTCAGTG CCAGCAGAGT TTGATGAAAG ACAACGGAAC 540 TACACTATTA GGGCAGCTAA CCTTGCAGGG TTGGAGATAT TGCGGGTAAT TAATGAACCC 600 ACTGCTGCAG CTATGGCTTA TGGTCTCCAT AAAGCGGATG TGTTTAATGT TCTGGTAGTG 660 GATTTGGGTG GAGGAACTTT GGACGTCTCA TTATTGAATA AACAAGGAGG AATGTTTCTG 720 ACACGAGCAA TGGCAGGTAA CAACAAACTT GGAGGACAGG ACTTTAATCA GCGATTGCTG 780 CAATACTTGT ATGTCCAAAT CCATCGAATG TATGGCTCTG TGCCCTCCAG AAAGGAAGAA 840 ATACATCGAC TTAGGCAGGC TGTGGAAGCA GTCAAGTTAA ATTTGACTCT ACACAATTCT 900 TCTCCTGTCA GAGTTTCTCT TACCATGCCA GAAAGGAAGG ACCTAAAAGA ACTTTCAGAA 960 AGAGAACAGA TGAAAAAGAA TGTAATTGCA GCCGAACCTT CACAAATGGA AGACGGTGTG 1020 TTAAGCCTTT TAAGGGATGA TCTCTCACAA ACACAGAGCA ACACTGTCAA AGTTGTCTTT 1080 GAAACAGAAA TCTCAAGAAA ACTCTTTGAA ATGTTGAATG AGGACCTGTT TCAGAAGATC 1140 CTTGTGCCCA TTGAGCAGGT CTTGAAGGAA GGACATCTAT CCAAGACAGA AGTGGATGAG 1200 ATTGTATTAG TAGGGGGCTC CACCCGTATT CCCCGGATAC GCAGAGTTAT TCAAGAGTTC 1260 TTTGGAAAGG AACCCAACAC CTCTATAGAT CCTGATCTGG CAGTGGTAAT GGGTGTAGCT 1320 ATCCAAGCTG GGATTGTTGG AGGCTCCTGG CCCCTCCAAG TCAGTGCTGT AGAAATTCCT 1380 AATAGACATT TACGAAAAAC TAACTTCAAT TGA 1413