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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CERAT29882 reference isoform | 637 | 11 |  A0A2K5KJS3 |
Protein Sequence
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MTFWRKRSKA LCIGLTLAIT VNLLLVFFSK GTLRNPFMGG LHKELPLHLK ERDGAVIRRL 60 SQLETELKHL KESMKLALRQ QENVNNTMKR AKDEERPVLK AVEAEGNETK KHKTQMKLFP 120 HSQLFRQWGE DLSEAQQKKA QDLFRKFGYN AYLSNQLPLN RTIPDTRDYR CLQKTYPSQL 180 PSLSVILIFM NEALSIIQRA ITSIINRTPS RLLKEIILVD DFSSNGEIKV QLDEKIKLYN 240 QKCPGLLKII RHPERKGLAQ ARNTGWEAAT ADVVAILDAH IEVNVGWAEP ILARIQEDRT 300 VIVSPVFDNI RFDTFKLDKY ELAVDGFNWE LWCRYDALPQ AWIDRHDVTA PVKSPSIMGI 360 LAADRHFLGE IGSLDGGMLI YGGENVELSL RVWQCGGKIE ILPCSRIAHL ERHHKPYALD 420 LTPALKRNAL RVAEIWMDEH KHMVYLAWNI PLQNSGIDFG DISSRVALRE KLKCKTFDWY 480 LKNVYPLLKP IHTIVGYGRM KNLLDENVCL DQGPVPGNTP IMHYCHGFSS QNVYYHLTGE 540 LYVGQLIAEA SARDRCLADP GNAEKPTLER CSEAARHGLH VYWDFKPGGA IINRDTKRCL 600 EMKKDLLGKH VLVLQTCTTQ AWEIQHTVGD WGQTNSQ 637
cDNA Sequence
Download: Fasta
ATGACGTTTT GGAGAAAACG CTCCAAAGCC CTCTGCATTG GGCTGACTCT GGCCATTACT 60 GTCAATCTCC TTCTGGTATT TTTTAGCAAG GGGACTTTAC GAAACCCGTT TATGGGTGGT 120 CTCCACAAGG AGCTTCCTTT ACATCTGAAA GAGCGCGATG GGGCAGTGAT AAGAAGACTC 180 TCCCAGTTGG AGACGGAACT GAAGCATCTG AAAGAAAGTA TGAAATTGGC TCTGAGGCAG 240 CAAGAAAATG TGAACAACAC AATGAAGAGG GCGAAAGATG AAGAACGCCC TGTTCTGAAG 300 GCAGTGGAAG CCGAGGGGAA CGAGACAAAG AAGCACAAAA CCCAAATGAA ACTCTTCCCA 360 CACTCACAGC TTTTCAGGCA GTGGGGCGAG GATCTTTCTG AGGCCCAGCA GAAAAAGGCC 420 CAGGACCTCT TCCGGAAGTT TGGTTACAAC GCGTACCTCA GCAACCAGCT GCCTCTCAAT 480 CGCACCATCC CCGATACACG AGACTACAGA TGTCTTCAGA AGACATATCC TTCCCAACTC 540 CCATCCCTCA GTGTCATTCT CATATTCATG AATGAAGCTC TGTCCATTAT ACAACGGGCC 600 ATCACCAGTA TCATCAACCG GACACCCTCT CGATTGTTGA AGGAAATCAT CTTGGTGGAC 660 GATTTCAGCT CAAACGGAGA AATAAAGGTA CAGTTGGATG AGAAGATTAA GCTTTACAAC 720 CAGAAGTGTC CAGGACTACT GAAAATAATA CGGCATCCTG AGAGGAAAGG TCTTGCTCAA 780 GCCCGCAACA CTGGCTGGGA AGCTGCCACA GCAGACGTGG TCGCCATCTT GGATGCTCAC 840 ATTGAAGTCA ATGTTGGGTG GGCAGAGCCA ATCTTGGCTC GGATTCAGGA AGACCGCACC 900 GTGATTGTGT CTCCTGTGTT TGACAACATT CGTTTTGACA CCTTCAAACT GGATAAGTAT 960 GAACTGGCAG TTGATGGGTT TAACTGGGAA CTCTGGTGCC GCTACGATGC ACTGCCACAA 1020 GCCTGGATTG ATCGGCATGA TGTCACTGCC CCAGTGAAGA GTCCTTCAAT CATGGGCATC 1080 CTGGCTGCTG ACAGGCACTT CCTGGGAGAG ATCGGGTCTC TGGATGGTGG AATGCTCATC 1140 TATGGAGGAG AGAACGTGGA GCTTAGCCTG CGGGTGTGGC AGTGTGGAGG GAAGATTGAG 1200 ATTTTGCCCT GCTCCCGGAT TGCTCACCTA GAGAGACACC ACAAGCCCTA CGCCTTGGAT 1260 CTGACCCCTG CCTTGAAGCG CAATGCTCTG CGAGTGGCGG AAATCTGGAT GGATGAGCAC 1320 AAACACATGG TCTACTTGGC CTGGAACATA CCTCTCCAGA ACTCTGGAAT AGATTTTGGA 1380 GACATTTCTT CCAGAGTTGC GCTCCGGGAA AAACTGAAAT GTAAAACCTT TGACTGGTAC 1440 CTGAAAAACG TTTATCCACT CTTGAAGCCG ATCCACACCA TCGTGGGCTA TGGAAGAATG 1500 AAAAACCTGT TGGATGAAAA TGTCTGCTTG GATCAGGGGC CCGTTCCAGG CAACACCCCC 1560 ATCATGCATT ACTGCCATGG ATTCAGTTCA CAGAATGTCT ACTATCACCT AACCGGGGAG 1620 CTCTATGTGG GACAACTGAT TGCAGAGGCC AGTGCTAGAG ATCGCTGCCT GGCAGACCCC 1680 GGCAACGCGG AGAAGCCCAC CTTAGAACGA TGCTCTGAGG CAGCTAGGCA TGGACTGCAT 1740 GTATATTGGG ATTTTAAACC GGGAGGAGCC ATCATAAACA GGGACACCAA GCGGTGTCTG 1800 GAGATGAAGA AGGATCTTTT GGGTAAACAC GTGCTTGTGC TCCAGACCTG TACCACGCAA 1860 GCGTGGGAAA TCCAGCACAC CGTCGGAGAC TGGGGTCAGA CCAACAGCCA GTGA 1914