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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RATNO44065 | 576 | 11 |  A0A0G2K6N4 | |||
| RATNO44067 | 525 | 9 | A0A8I6AFI3 | |||
| RATNO44068 | 280 | 6 | Q62692 | |||
| RATNO44069 | 579 | 11 | A0A0G2KAJ2 | |||
| RATNO44070 | 572 | 10 | A0A8I6G672 | |||
| RATNO44066 reference isoform | 590 | 11 | A6INN1 |
Protein Sequence
Download: Fasta
MLPRLVTSSA KSSILENMKV LLGFICLIVP LLSLETDKCT EYPNEVISFS SVNEIDIRSC 60 PLTPNEMHGG TIIWYKNDSK TPISADKDSR IHQQNEHLWF VPAKMEDSGY YYCIMRNSTY 120 CLKTKITMSV LENDPGLCYN TQASFIQRLH VAGDGSLVCP YLDFFKDENN ELPKVQWYKN 180 CKPLPLDDGN FFGFKNKLMV MNVAEEHRGN YTCRTSYTYQ GKQYPVTRVI TFITIDDSKR 240 DRPVIMSPRN ETMEADPGST IQLICNVTGQ FTDLVYWKWN GSEIEWDDPI LAEDYQFLEH 300 PSAKRKYTLI TTLNVSEVKS QFYRYPFICF VKNTHILETA HVRLVYPVPD FKNYLIGGFA 360 IFTATAVFCA CIYKVFKVDI VLWYRDSCSD FLPPKASDGK TYDAYVLYPK TYGEGSFAYL 420 DTFVFKLLPE VLEGQFGYKL FICGRDDYVG EDTIEVTNEN VKRSRRLIII LVRDMGSFSC 480 LGQSSEEQIA IYDALIREGI KIILLELEKI QDYEKMPESI QFIKQKHGAI CWSGDFKERP 540 QSAKTRFWKN LRYQMPAQRR SPLSKHHLLT LDPVLDTKEK LQAETHLPLG 590
cDNA Sequence
Download: Fasta
ATGCTGCCGA GGCTTGTGAC ATCTTCGGCT AAATCCTCCA TCCTGGAGAA TATGAAAGTG 60 CTACTTGGGT TCATTTGTCT CATTGTGCCT CTGCTGTCGC TGGAGACCGA CAAATGCACG 120 GAGTATCCAA ATGAGGTCAT TTCATTTTCA TCCGTAAATG AAATTGACAT TCGCAGCTGT 180 CCTCTTACTC CAAACGAAAT GCATGGCGGC ACCATAATCT GGTATAAAAA TGACAGCAAG 240 ACCCCCATAT CAGCGGACAA GGACTCCAGG ATTCATCAGC AGAATGAACA TCTTTGGTTT 300 GTTCCCGCCA AGATGGAGGA TTCAGGCTAT TACTATTGTA TAATGAGAAA CTCAACATAC 360 TGCCTCAAAA CTAAAATAAC CATGAGTGTC TTAGAGAATG ACCCTGGCTT GTGCTATAAC 420 ACACAAGCCA GCTTCATACA GCGGCTCCAT GTTGCAGGGG ATGGAAGTCT TGTGTGCCCT 480 TATCTGGATT TTTTCAAAGA TGAAAATAAC GAGTTACCCA AAGTTCAGTG GTATAAGAAC 540 TGTAAACCTC TGCCTCTTGA CGATGGAAAC TTCTTTGGAT TCAAGAATAA ACTGATGGTG 600 ATGAATGTGG CTGAAGAGCA CAGAGGGAAC TATACTTGCC GCACGTCCTA CACATACCAG 660 GGGAAGCAAT ATCCCGTCAC ACGAGTAATA ACATTTATCA CAATAGATGA CAGCAAGAGG 720 GACAGACCTG TGATTATGAG CCCACGGAAT GAGACGATGG AAGCTGACCC AGGATCCACG 780 ATACAACTGA TCTGCAACGT CACGGGCCAG TTCACCGACC TTGTCTACTG GAAGTGGAAT 840 GGGTCGGAAA TTGAATGGGA CGATCCAATC CTAGCCGAAG ACTATCAGTT TTTGGAACAC 900 CCTTCAGCCA AAAGAAAGTA CACTCTCATT ACAACACTTA ACGTTTCAGA GGTCAAAAGC 960 CAGTTTTATC GCTATCCGTT CATCTGCTTC GTTAAGAACA CTCATATTCT GGAGACTGCA 1020 CACGTACGGT TAGTATACCC AGTTCCTGAC TTCAAGAATT ACCTCATCGG GGGCTTTGCC 1080 ATCTTCACAG CTACAGCCGT GTTCTGTGCT TGCATCTACA AAGTCTTCAA GGTTGATATA 1140 GTGCTTTGGT ACAGGGACTC CTGCTCTGAT TTTCTTCCCC CAAAAGCTTC AGATGGAAAG 1200 ACCTATGATG CCTATGTTCT TTATCCCAAG ACCTACGGAG AGGGATCCTT TGCATACTTG 1260 GATACTTTTG TGTTTAAGCT GTTGCCGGAG GTCTTGGAGG GACAGTTTGG ATACAAACTG 1320 TTCATTTGTG GAAGGGATGA CTATGTTGGG GAAGATACCA TCGAGGTTAC TAATGAAAAC 1380 GTAAAGAGAA GCAGAAGGCT GATCATCATT TTAGTGAGAG ATATGGGAAG CTTCAGCTGT 1440 CTGGGCCAGT CATCTGAAGA GCAGATAGCA ATATACGATG CCCTCATCCG GGAAGGAATT 1500 AAAATCATCC TGCTCGAGTT GGAGAAAATC CAAGACTATG AGAAAATGCC AGAATCTATT 1560 CAATTCATTA AGCAGAAGCA TGGGGCCATT TGCTGGTCAG GAGACTTTAA AGAAAGACCG 1620 CAGTCTGCCA AGACCAGGTT CTGGAAAAAC TTAAGATACC AGATGCCAGC CCAACGGCGA 1680 TCACCACTGT CTAAACATCA CTTACTAACC CTGGATCCTG TGCTGGACAC TAAGGAGAAA 1740 CTGCAGGCGG AGACACACTT ACCACTTGGC TAG 1773