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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ORYSJ15490 reference isoform | 531 | 1 |  Q0DU43 |
Protein Sequence
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MPPKPERRLF QYVSKPRRPA REPAPAPEVC GGGGEEVVAS DADADAVYRM VTAAPTPSAM 60 ESALSASGVA ISAPLLDLVL RRFRFAHGDP LRALSLLSLA LDRHGVAPSP FALDTALYVL 120 GRARRFAHMW DLLRSSRRLV PDAVTPRTAM VVLGRVAKVC SVRETVDSFR RLSRMLRGRG 180 DDQEGQLFNA LLRTLCQEKS MSDARNVYHA LKYEFKVNRQ TFNILLSGWK SAEDAEAFVA 240 EMRELGVEPD LVTYNSLIDC HCKNRGVENA YKLLDEMREK DISPDVITYT SLIGGLGLIG 300 QPDKAKHLLK EMHELGCYPD VPAYNTAIRN FVIAKRLGDA FALMEEMASK GLMPNATTYN 360 LFFRCYYWAY DIGSAWQLYE RMRSEGCFPN TQSCMFIVRL CHRHGRVAQA LELWSDMVNN 420 GFGSFTLVSD VLFDLLCDEG KLDEAERCFH QMIELGQKPS NVAFRRIKIL MQLANREESI 480 ARLTAQMAQF GRLAPEDCRR VDHTLQSTHQ SSDRTDTDTI VKHSNTFESR R 531
cDNA Sequence
Download: Fasta
ATGCCGCCCA AGCCAGAGCG GCGGCTGTTC CAGTACGTGA GCAAGCCGCG CAGGCCGGCG 60 CGGGAGCCTG CGCCGGCGCC CGAGGTCTGC GGCGGCGGCG GCGAAGAGGT GGTCGCGTCC 120 GACGCGGATG CCGACGCCGT GTACCGGATG GTCACGGCGG CGCCCACGCC GTCGGCGATG 180 GAGTCCGCGC TGTCCGCGTC GGGCGTCGCG ATCTCCGCGC CGCTCCTCGA CCTCGTGCTG 240 CGGAGGTTCC GGTTCGCGCA CGGGGACCCG CTCCGCGCGC TGTCGCTCCT CTCCCTCGCG 300 CTCGACCGCC ACGGCGTCGC CCCGTCCCCC TTCGCGCTCG ACACCGCGCT CTACGTGCTC 360 GGCCGGGCGC GCCGGTTCGC GCACATGTGG GACCTGCTGC GATCCTCCCG CCGCCTCGTC 420 CCGGACGCCG TCACGCCGCG CACCGCCATG GTCGTCCTCG GCCGCGTCGC CAAGGTCTGC 480 TCCGTCCGCG AGACCGTCGA CTCCTTCCGC CGCCTCTCGC GGATGTTGAG GGGCCGCGGG 540 GACGACCAGG AGGGCCAACT CTTCAACGCG CTGCTCCGCA CGCTGTGCCA GGAGAAGAGC 600 ATGTCCGACG CGCGCAACGT CTACCACGCG CTCAAGTACG AGTTCAAGGT GAACCGCCAG 660 ACATTCAACA TCCTGCTCTC CGGGTGGAAG TCAGCCGAGG ACGCGGAGGC GTTCGTCGCC 720 GAGATGCGGG AGCTCGGCGT GGAGCCAGAC CTGGTGACTT ACAACAGTTT GATTGATTGT 780 CACTGCAAGA ACCGGGGCGT GGAGAATGCC TACAAGCTGC TCGACGAAAT GCGGGAGAAG 840 GACATTTCTC CCGATGTGAT CACTTACACG AGCTTGATCG GCGGGCTGGG GTTGATTGGC 900 CAGCCAGACA AGGCAAAGCA CTTGCTGAAG GAGATGCATG AGCTTGGATG CTACCCCGAT 960 GTACCTGCAT ACAACACGGC GATACGGAAC TTTGTGATAG CAAAGAGGCT TGGTGATGCG 1020 TTTGCATTGA TGGAAGAAAT GGCCTCGAAG GGACTCATGC CAAATGCCAC AACCTATAAC 1080 CTTTTCTTCC GTTGCTATTA TTGGGCATAC GACATTGGCA GTGCTTGGCA GTTGTATGAG 1140 CGGATGCGTT CTGAAGGATG CTTCCCGAAC ACCCAGTCTT GCATGTTTAT TGTGAGGTTA 1200 TGTCATAGGC ATGGGAGGGT TGCACAAGCA CTAGAGCTGT GGAGTGATAT GGTCAATAAT 1260 GGGTTTGGGT CATTCACCTT GGTGTCTGAT GTGTTGTTTG ATCTGTTATG TGATGAAGGG 1320 AAGCTGGATG AGGCTGAGAG GTGCTTCCAT CAAATGATTG AGTTAGGGCA GAAGCCGAGC 1380 AATGTTGCAT TTAGAAGGAT AAAGATACTC ATGCAGCTTG CCAACCGTGA AGAATCTATT 1440 GCCAGATTAA CTGCTCAAAT GGCACAGTTT GGACGGTTGG CGCCTGAGGA TTGCCGAAGA 1500 GTTGATCATA CCTTGCAGAG CACACATCAA AGTAGTGATA GAACTGACAC TGACACTATA 1560 GTGAAACACA GCAACACATT TGAATCACGA CGATGA 1596