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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RATNO01924 | 622 | 15 |  A0A8I5Y7R7 | |||
| RATNO01923 reference isoform | 629 | 16 | Q9ERA7 |
Protein Sequence
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MALPTAQPLL GSCGSPICSR SFLLLLLSLG WLPLLQTQTT RTSQEAALLH AVTGTVDFAS 60 PVPSLPTGLF LGLMCDEVSG LSMGHAKELA MAVRQKNIVL QVHQLRCLAR RLPKHLTNEE 120 LDALPLDLLL FLNPAMFPGQ QACAHFFSLI SKANVNVLPR RSLERQRLLT GALKCQGVYG 180 FQVSETDARA LGGLACDLPG EFVAKSSEVL LPWLARCGGP LDQGQAKAVR EVLRSGRAPY 240 GPPSTWSVST LDALQGLLVV LDESIVHSIP KDVITEWLQG ISREPSRLGS KWTVTHPRFR 300 RDTEQKACPP GKEPNVVDEN LIFYQNWELE ACVDGTLLAG QMDLVNEIPF TYEQLSIFKH 360 KLDKTYPQGY PESLIKQLGH FFRYVSPEDI RQWNVTSPDT VNTLLKVSKG QKMDAQVIAL 420 VACYLRGGGK LDEDIVKALD NIPLSYLCDF SPQDLHAIPS SVMWLVGLHD LDKCSQRHLG 480 ILYQKACSAF QNVSGLEYFE KIRTFLGGAS REDLRALSQH NVSMDIATFK KLQVDALVGL 540 SVAEVQKLLG PHIGDLKTEE DKSPVRDWLF RQQQKDLDSL GLGLQGGIPN GYLILDFNVR 600 EAFSSGAPLL GPGFVFAWIP ALLSALRLS 629
cDNA Sequence
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ATGGCCTTGC CAACAGCCCA ACCCCTGCTG GGGTCCTGTG GAAGCCCCAT CTGCAGCCGC 60 AGCTTTCTAC TGCTTCTCCT TAGTCTTGGG TGGTTGCCAC TTCTGCAGAC CCAGACTACA 120 AGGACAAGCC AGGAGGCCGC ACTTCTCCAT GCTGTGACCG GCACCGTTGA CTTTGCCAGC 180 CCTGTCCCCA GTCTTCCCAC AGGCCTCTTT CTTGGCCTCA TGTGTGATGA GGTATCTGGC 240 CTAAGCATGG GACACGCCAA GGAGCTGGCT ATGGCTGTGA GACAGAAGAA TATCGTGCTC 300 CAAGTACATC AGCTGCGCTG TCTGGCCCGT CGCCTCCCTA AGCACCTCAC CAACGAGGAA 360 CTGGATGCTC TCCCACTGGA CCTGCTGCTC TTCCTCAATC CAGCCATGTT TCCGGGGCAA 420 CAGGCTTGTG CCCACTTCTT CTCCCTCATC TCTAAAGCCA ATGTAAATGT ACTCCCACGG 480 AGATCTCTGG AGCGCCAGAG GCTGCTGACC GGGGCTCTGA AATGCCAGGG TGTGTATGGA 540 TTTCAAGTGA GTGAGACGGA TGCACGGGCT CTCGGAGGCC TGGCCTGTGA CCTGCCTGGG 600 GAATTCGTGG CCAAATCTTC GGAAGTCCTC CTCCCCTGGC TGGCAAGATG CGGAGGACCC 660 CTGGACCAAG GCCAGGCAAA GGCTGTCAGG GAGGTTCTGA GGAGTGGAAG AGCCCCCTAT 720 GGTCCCCCAT CGACGTGGTC AGTCTCCACC CTGGATGCCC TGCAGGGTTT GCTGGTAGTG 780 TTGGATGAGT CCATTGTCCA CAGCATCCCT AAGGATGTTA TCACTGAATG GCTGCAAGGC 840 ATCTCCAGAG AGCCCTCCAG GCTGGGGTCT AAGTGGACTG TCACACACCC AAGGTTCCGG 900 CGGGACACAG AACAGAAAGC CTGCCCTCCA GGGAAGGAGC CTAACGTGGT GGATGAAAAC 960 CTCATCTTCT ACCAGAATTG GGAGCTGGAG GCTTGTGTCG ATGGTACCCT GCTGGCCGGC 1020 CAGATGGACC TTGTGAATGA AATTCCCTTT ACCTACGAGC AGCTCAGCAT CTTCAAGCAC 1080 AAACTGGACA AGACCTACCC ACAAGGCTAT CCCGAGTCCC TGATCAAGCA GCTGGGCCAC 1140 TTCTTCAGAT ACGTTAGCCC TGAGGACATC CGGCAGTGGA ATGTGACTTC ACCAGACACA 1200 GTGAATACTC TGCTTAAAGT CAGCAAAGGA CAAAAGATGG ATGCTCAGGT GATTGCCTTG 1260 GTCGCCTGCT ATCTTCGGGG AGGAGGCAAG CTGGATGAGG ACATAGTAAA AGCCCTGGAC 1320 AACATCCCCT TAAGTTACCT ATGTGACTTC AGCCCCCAGG ATCTGCACGC TATACCCTCC 1380 AGTGTTATGT GGCTGGTTGG GCTCCATGAC CTGGACAAGT GCAGCCAGAG GCATCTGGGT 1440 ATCCTCTATC AGAAGGCCTG CTCAGCCTTC CAGAACGTGA GCGGGCTGGA ATACTTTGAG 1500 AAAATCAGGA CATTTCTGGG TGGGGCCTCC AGGGAGGACC TGCGGGCCCT CAGCCAGCAC 1560 AATGTGAGTA TGGACATAGC CACTTTCAAG AAGCTGCAGG TGGATGCCCT GGTGGGGCTG 1620 AGTGTGGCTG AGGTACAGAA ACTTCTAGGG CCACACATTG GGGACCTGAA GACTGAGGAG 1680 GATAAAAGCC CTGTCCGGGA CTGGCTCTTC CGACAGCAGC AGAAAGACCT GGACAGTCTG 1740 GGTTTGGGAC TTCAGGGTGG CATCCCCAAT GGCTACCTGA TCCTAGACTT CAATGTCCGA 1800 GAGGCCTTCT CCAGTGGAGC CCCACTCCTT GGGCCAGGAT TTGTGTTTGC ATGGATTCCA 1860 GCTCTGCTCT CAGCTTTAAG ACTGAGCTGA 1890