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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| ORNAN07516 reference isoform | 536 | 11 |  F6WRE3 |
Protein Sequence
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MVFKGSNAWS YNSSPEKMDY ETARKWCQEK YTDLVAIQNH EENQHLNEIF DYSAGYYWIG 60 IRKINGVWTW VGTQKSLTEE AMNWAENEPN NLKANEDCVE IYIKRQDKHQ GKWNDESCMK 120 KKRALCYTAA CHSSSCNRQG ECVETINSYQ CQCHPGFYGS ECEQIATCEV PVTPKQGILN 180 CHHPVGNFSY NSTCSVHCEE GHIPTVDEPV RCTSSGHWSA PLPACKVVEC GSLTDPDHGT 240 MTCSQPSGSF PWKTSCTFAC QEGFVLKGSD RLQCGSSGKW DREQPKCEAV KCDALSQPPN 300 GSMTCDHSLS GQFSLHSTCH FTCSEGFALR GAAQLECNPR GEWTEAIPTC EAVLCTPPSI 360 PERGNMLCSS GNFQSGSSCA FSCEDGFSLR GSANLHCGVT GEWDGEQPTC EVVQCATLTA 420 PEKSVMNCSH PIGNFLFGTV CEFGCPEGWK LNGSAALRCD PTGSWSAIPP TCEAPTVSTT 480 YLAVGMTVTG ASLLSTALFL LWLAKRLRKK AKKFIPASSC QSLNSDGTYQ TTAELI 536
cDNA Sequence
Download: Fasta
ATGGTGTTTA AAGGGAGCAA CGCCTGGTCA TACAATAGTT CCCCCGAGAA AATGGACTAC 60 GAAACCGCCA GGAAATGGTG TCAGGAAAAA TACACCGACC TGGTTGCCAT TCAGAACCAC 120 GAGGAAAATC AGCACCTTAA TGAAATATTC GACTACTCTG CCGGTTACTA CTGGATCGGA 180 ATCCGCAAAA TCAATGGCGT CTGGACCTGG GTGGGGACCC AGAAGAGTCT AACGGAAGAA 240 GCAATGAACT GGGCCGAGAA CGAACCCAAC AATCTGAAGG CCAATGAAGA CTGTGTGGAG 300 ATCTATATCA AGAGGCAAGA TAAGCACCAG GGCAAATGGA ATGATGAAAG TTGCATGAAG 360 AAGAAACGAG CTCTCTGTTA CACAGCTGCC TGTCACTCAT CTTCCTGTAA CCGCCAGGGT 420 GAATGTGTGG AGACCATCAA CAGCTATCAG TGTCAATGCC ACCCTGGTTT CTACGGGTCC 480 GAATGTGAGC AAATTGCGAC CTGTGAGGTG CCAGTGACCC CCAAACAAGG GATCCTCAAT 540 TGTCACCATC CAGTGGGGAA CTTCAGTTAC AATTCGACCT GTTCTGTTCA CTGTGAAGAA 600 GGGCACATCC CAACTGTTGA TGAACCAGTG CGATGTACTT CGTCTGGACA CTGGAGTGCT 660 CCGCTCCCAG CCTGTAAAGT GGTGGAGTGC GGGAGCCTGA CAGACCCCGA TCACGGAACG 720 ATGACCTGCT CTCAACCTTC GGGAAGTTTC CCGTGGAAAA CCAGCTGCAC CTTTGCCTGC 780 CAGGAGGGAT TTGTGCTAAA GGGCTCGGAC AGGCTCCAGT GTGGCTCTTC GGGGAAGTGG 840 GACAGGGAGC AGCCCAAGTG CGAAGCGGTC AAGTGTGACG CCCTCAGCCA GCCCCCAAAT 900 GGCTCCATGA CGTGTGACCA TTCTCTCAGT GGACAGTTCT CTCTCCACTC AACCTGTCAC 960 TTCACCTGCT CGGAGGGATT CGCGTTACGG GGAGCAGCTC AACTGGAGTG CAATCCACGG 1020 GGAGAATGGA CAGAAGCAAT TCCAACCTGT GAAGCTGTGC TGTGCACCCC ACCCTCCATC 1080 CCGGAGAGAG GCAATATGCT TTGTTCTTCT GGAAACTTCC AAAGTGGCTC CAGCTGTGCG 1140 TTCTCCTGTG AGGATGGCTT CTCTCTGAGG GGTTCGGCTA ACCTTCACTG TGGCGTGACC 1200 GGCGAGTGGG ACGGAGAACA GCCCACGTGC GAAGTGGTAC AGTGTGCAAC CTTGACCGCC 1260 CCAGAGAAGA GCGTCATGAA CTGTTCTCAC CCTATCGGGA ACTTTCTCTT TGGCACCGTT 1320 TGTGAATTCG GATGCCCAGA AGGATGGAAG CTCAATGGTT CCGCTGCCCT CAGATGTGAT 1380 CCTACGGGAA GCTGGTCCGC GATCCCGCCC ACGTGTGAGG CTCCCACAGT GTCAACCACC 1440 TACTTAGCAG TTGGAATGAC AGTCACCGGA GCTTCTCTCC TGTCAACGGC CTTGTTCCTT 1500 CTCTGGCTCG CCAAACGCCT CAGAAAAAAA GCAAAGAAAT TCATTCCTGC TAGCAGCTGC 1560 CAAAGCCTTA ATTCGGATGG TACCTACCAG ACTACTGCAG AGCTGATCTA A 1611