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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ORYLA14720 reference isoform | 444 | 10 |  ENSORLG00000003267 |
Protein Sequence
Download: Fasta
MRCYLHTFFL CTVFTFLSLL YVFSQLASTL DGRDELSAGV IPGGRRSSHD SGHLLRKTPG 60 LAGLRSPGEE SVRCKSLSVS YWNPYWRLPA EVCGVNCLLE SSLSFFLKEH GDEEAHTSHV 120 AVVACGPRLE ETLTMVKSAV LFSKKPVHFY IFAEDELHDS FRDALITWPR EVKAKFTFTI 180 YPITFPKENA NEWKKLFKPC ASQRLFLPLI LKEVDSLLYV DTDILFLQPV EDIWALLSLF 240 DSSQLAAMAP EHEEPRIGWY NRFARHPYYG KTGVNSGVML MNMTRLREKY FKNDMTAVAL 300 KWEEMLMPLL QKYKLNITWG DQDLLNIIFH HNPESLYVFP CQWNYRPDHC MYGSNCAQAE 360 REGVFILHGN RGVYHNDKQP AFQAVYKTIQ KYQFGENLET SLLKPLEAAL QSATHTYCGR 420 AGPLLTKRLK ESIRSVQTIS PKYR 444
cDNA Sequence
Download: Fasta
ATGCGATGCT ATCTTCACAC CTTTTTCCTC TGCACCGTCT TCACTTTCCT CTCGCTGCTG 60 TATGTGTTTA GTCAACTAGC CTCCACCCTG GATGGCAGAG ACGAGTTGAG CGCAGGCGTT 120 ATTCCAGGTG GCAGGAGGAG CAGTCACGAC AGCGGGCACC TGCTCAGGAA AACACCGGGC 180 CTGGCCGGCC TCCGAAGCCC CGGGGAAGAG TCTGTCAGGT GTAAATCACT GTCAGTTTCT 240 TACTGGAATC CATATTGGAG ACTGCCTGCT GAAGTTTGTG GAGTGAACTG CTTGTTGGAA 300 TCCTCTCTTA GTTTTTTTTT AAAAGAACAT GGTGATGAAG AAGCACACAC AAGTCATGTG 360 GCTGTGGTTG CCTGTGGCCC CAGGCTAGAA GAGACTCTCA CCATGGTAAA GTCTGCTGTC 420 CTCTTCAGCA AAAAACCTGT GCACTTCTAC ATCTTTGCAG AGGATGAACT GCACGACAGC 480 TTCAGGGATG CTTTGATAAC ATGGCCCAGA GAGGTCAAGG CAAAGTTCAC CTTCACCATC 540 TATCCCATCA CATTTCCTAA AGAAAATGCA AATGAGTGGA AGAAGCTCTT CAAACCTTGT 600 GCCTCTCAGA GACTCTTCCT GCCACTAATC CTAAAGGAGG TGGACTCTTT ACTTTATGTG 660 GATACGGATA TTCTTTTTTT ACAGCCAGTA GAGGATATCT GGGCTTTGCT TTCTCTGTTT 720 GATTCAAGCC AGTTGGCTGC TATGGCTCCA GAACACGAGG AGCCCCGCAT CGGCTGGTAC 780 AATCGTTTCG CCCGCCACCC GTATTATGGA AAGACGGGTG TCAACTCAGG TGTAATGCTG 840 ATGAACATGA CACGCCTCAG GGAAAAATAT TTCAAGAATG ACATGACAGC TGTTGCACTG 900 AAGTGGGAAG AAATGCTAAT GCCACTTCTC CAAAAATATA AACTCAATAT CACCTGGGGT 960 GACCAGGATC TTCTTAATAT AATATTTCAC CATAATCCAG AAAGCCTGTA TGTGTTTCCA 1020 TGCCAGTGGA ACTACAGGCC AGACCACTGC ATGTATGGCA GCAACTGCGC GCAGGCTGAA 1080 CGGGAAGGTG TCTTCATTCT CCATGGAAAC AGAGGAGTTT ATCACAACGA CAAGCAGCCA 1140 GCCTTCCAAG CTGTTTATAA GACCATCCAA AAGTATCAGT TTGGTGAGAA CTTGGAGACG 1200 TCACTCCTCA AACCACTGGA AGCTGCGCTG CAGAGCGCCA CACATACGTA CTGTGGCAGA 1260 GCCGGCCCGC TGTTAACCAA GAGGTTAAAG GAAAGCATCC GGTCTGTTCA GACAATCAGC 1320 CCTAAATATC GTNNN 1335