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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| LOXAF13360 reference isoform | 513 | 14 |  G3T906 |
Protein Sequence
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MAAPSHQGEA VEAEGSAGRR GSSGVEVVLS PDPTVPAPLC PHGPTLLFVK VNQGIEETRR 60 FYACSACRDR KDCSFFQWED EKLSEARLAA REAHNRRCQP PLTRMQCVER YLKFIELRLS 120 QRKFCQRCQQ LLLPEDWAEH REHQVLGDIS VTQLKRPSHL LYPLENKKTN AQYLFADRSC 180 QFLVDLLSTL GFRRVLCVGT PRLHELIRLK ASDDKESNIK SLLLDIDFRY SQFYMEDSFC 240 HYNMFNHHFF DGKAALEKCR AFLQEDEGKG VIMVTDPPFG GLVEPLAVTF KKLIALWKEG 300 QSQDDSRKEL PIFWIFPYFF ESRIRQFFPS FCMLDYQVDY DNHVLYKHGK TGRKQSPVRI 360 FTNIPPNKII LPTEEGYRFC PLCQRYVSLE NQHCEHCDSC TSKDGRKWNH CFLCKKCVKP 420 SWIHCTVCSY CAAPHHSCGG PKDGCFVCGE LDHKRTTCPN ISSSQRANKA VRKQKQRKSN 480 KMELETTKGQ SMNHTSVRRK KKRRERAHQY LCS 513
cDNA Sequence
Download: Fasta
ATGGCGGCCC CCAGCCACCA GGGCGAAGCT GTGGAGGCAG AAGGGAGCGC AGGGCGCCGG 60 GGGAGCTCGG GGGTGGAGGT GGTGCTTTCC CCGGATCCCA CCGTCCCCGC GCCGCTGTGC 120 CCACACGGAC CTACTCTTCT GTTTGTAAAG GTGAACCAAG GGATAGAAGA AACAAGGAGG 180 TTTTATGCCT GCTCAGCCTG TAGAGATAGG AAAGACTGTA GTTTTTTTCA ATGGGAAGAT 240 GAAAAGTTGT CAGAAGCTAG ACTTGCTGCC CGAGAAGCTC ATAACCGAAG ATGTCAGCCT 300 CCGCTAACTC GAATGCAGTG TGTGGAAAGG TACTTGAAGT TTATCGAGTT ACGCTTGTCT 360 CAGAGAAAGT TTTGTCAAAG ATGTCAGCAG TTGTTGTTGC CAGAGGACTG GGCGGAGCAT 420 CGTGAGCATC AGGTCCTGGG TGATATTTCT GTCACCCAGT TAAAAAGGCC CAGTCACCTG 480 CTTTACCCGT TGGAAAATAA GAAGACAAAT GCCCAGTATT TGTTTGCTGA CAGGAGCTGT 540 CAGTTCTTGG TAGACCTACT GTCTACCCTT GGATTCAGGA GAGTGCTGTG TGTTGGAACA 600 CCGAGGTTGC ATGAGCTGAT CAGGTTGAAA GCATCAGATG ACAAGGAGTC TAACATTAAA 660 AGCCTCTTAC TGGATATTGA TTTTCGGTAT TCACAGTTTT ATATGGAAGA TAGCTTTTGC 720 CATTATAACA TGTTTAACCA TCATTTCTTT GATGGAAAGG CTGCCCTTGA AAAATGCAGA 780 GCATTTTTAC AGGAGGATGA AGGCAAAGGA GTCATTATGG TGACAGATCC TCCATTTGGC 840 GGCCTGGTTG AACCTCTGGC TGTTACGTTC AAGAAGTTAA TTGCTCTGTG GAAAGAAGGT 900 CAAAGCCAAG ATGACAGTCG CAAAGAATTA CCCATTTTCT GGATTTTCCC CTATTTTTTT 960 GAATCTCGAA TTCGTCAGTT TTTTCCAAGC TTTTGCATGC TGGATTACCA GGTAGATTAT 1020 GATAATCATG TACTTTATAA ACATGGAAAG ACAGGTCGAA AACAGTCTCC TGTGCGAATT 1080 TTCACCAACA TTCCACCTAA TAAGATAATC CTTCCTACTG AAGAAGGCTA CAGATTTTGC 1140 CCTCTGTGTC AACGATATGT TTCTTTAGAG AATCAACACT GTGAGCACTG TGATTCTTGT 1200 ACATCCAAGG ATGGCAGGAA ATGGAACCAT TGCTTTCTCT GCAAAAAGTG TGTGAAGCCT 1260 TCCTGGATCC ACTGTACCGT TTGCAGTTAC TGTGCTGCTC CACATCATTC CTGTGGCGGT 1320 CCTAAAGATG GCTGCTTCGT CTGTGGTGAA TTAGATCACA AACGTACCAC TTGCCCTAAC 1380 ATCTCCTCAT CTCAGAGAGC AAACAAAGCT GTCAGGAAGC AGAAGCAAAG AAAAAGTAAT 1440 AAGATGGAAT TGGAGACCAC TAAAGGACAA TCCATGAATC ATACATCTGT TAGAAGGAAA 1500 AAAAAGAGAA GGGAAAGAGC CCATCAATAT CTTTGCTCTN NN 1542