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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RATNO34606 | 615 | 14 |  A0A8I5ZUM7 | |||
| RATNO34607 | 635 | 14 | A0A8I6ADF1 | |||
| RATNO34605 reference isoform | 676 | 15 | A6ISW4 |
Protein Sequence
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MAKVNITRDL IRRQIKERGA LSFERRYHVT DPFIRRLGLE AELQGHSGCV NCLEWNEKGD 60 LLASGSDDQH TIVWDPLHHK KLLSMHTGHT ANIFSVKFLP HAGDRILITG AADSKVHVHD 120 LTVKETIHMF GDHTNRVKRI ATAPMWPNTF WSAAEDGLIR QYDLRENSKH SEVLIDLTEY 180 CGPMVEAKCL TVNPQDNNCL AVGASGPFVR LYDIRMIHNH RKSMKQSPSA GVHTFCDRQK 240 PLPDGAAQYY VAGHLPVKLP DYNSRLRVLV ATYVTFSPNG TELLVNMGGE QVYLFDLTYK 300 QRPYTFLLPR KCHSVEVQNG KMSTNGVSNG VSNGLHLHSN GFRLPESKGC ISPQVELPPY 360 LERVKQQANE AFACQQWTQA IQLYSKAVQK APHNAMLYGN RAAAYMKRKW DGDHYDALRD 420 CLKAISLNPC HLKAHFRLAR CLFELKYVAE ALECLDDFKG KFPEQAHSSA CDALGRDITA 480 ALFSKSDGEE KKAAGGGGPV RLRSTSRKDS ISEDEMVLRE RSYDYQFRYC GHCNTTTDIK 540 EANFFGSNAQ YIVSGSDDGS FFIWEKETTN LVRVLQGDES IVNCLQPHPS YCFLATSGID 600 PVVRLWNPRP ESEDLTGRVV EDMEGASQAN QRRMNANPLE AMLLDMGYRI TGLSSGGAGA 660 SDDEDSAEGQ VQCRPS 676
cDNA Sequence
Download: Fasta
ATGGCAAAAG TCAATATAAC TAGAGACCTC ATTCGTAGGC AAATTAAGGA GCGGGGTGCC 60 CTGAGCTTTG AGCGGCGATA TCATGTCACT GACCCTTTTA TCCGGCGGCT GGGCCTGGAA 120 GCAGAGCTTC AGGGTCACTC GGGATGTGTC AACTGTCTGG AGTGGAACGA GAAAGGAGAC 180 TTGCTGGCTT CTGGCTCCGA TGACCAGCAC ACCATCGTGT GGGACCCACT GCACCACAAG 240 AAGCTGCTCT CCATGCACAC AGGACACACA GCAAATATCT TCTCTGTCAA GTTCCTGCCG 300 CATGCCGGAG ACCGCATCCT GATCACAGGG GCAGCTGACT CCAAGGTGCA CGTCCACGAC 360 CTGACGGTGA AGGAAACGAT CCACATGTTT GGAGACCATA CAAACCGGGT GAAGCGCATT 420 GCCACGGCAC CCATGTGGCC TAACACGTTC TGGAGCGCTG CTGAGGACGG GCTCATCCGC 480 CAGTATGACC TTCGGGAGAA CAGCAAACAT TCAGAGGTGC TGATTGACCT AACAGAATAC 540 TGTGGCCCGA TGGTGGAGGC CAAGTGCCTC ACTGTCAATC CCCAGGATAA CAACTGCCTG 600 GCCGTAGGGG CCAGTGGGCC CTTTGTGAGG CTCTATGACA TTCGAATGAT CCATAACCAC 660 AGAAAGAGCA TGAAGCAGAG CCCTTCGGCG GGTGTGCACA CCTTCTGTGA CCGGCAGAAG 720 CCCCTTCCGG ACGGTGCAGC ACAGTATTAT GTCGCAGGTC ACCTGCCGGT GAAGCTGCCT 780 GACTATAACA GCCGTCTGAG AGTGCTGGTC GCCACTTACG TGACCTTCAG CCCCAATGGT 840 ACAGAGCTGC TGGTCAACAT GGGAGGAGAG CAGGTGTACT TGTTTGACTT GACTTACAAG 900 CAACGGCCGT ATACCTTCCT CTTGCCTAGA AAATGTCACT CAGTGGAAGT CCAGAATGGC 960 AAGATGTCTA CTAATGGCGT GTCTAACGGC GTGTCGAATG GTCTGCACCT TCACAGCAAC 1020 GGCTTCCGGC TGCCAGAAAG CAAGGGGTGT ATCAGTCCCC AGGTGGAGCT CCCCCCATAC 1080 CTGGAGCGCG TGAAGCAGCA AGCCAACGAA GCCTTTGCCT GCCAGCAGTG GACGCAGGCC 1140 ATCCAGCTTT ACAGCAAGGC TGTGCAGAAG GCCCCTCACA ACGCCATGCT CTACGGAAAC 1200 AGGGCTGCTG CCTACATGAA ACGCAAGTGG GATGGTGACC ACTACGATGC CCTCCGGGAC 1260 TGCCTCAAGG CCATCTCCCT AAACCCTTGC CACCTGAAGG CACACTTCCG TCTGGCCCGG 1320 TGCCTCTTTG AACTGAAGTA TGTGGCCGAG GCTCTGGAGT GCCTGGATGA CTTCAAAGGG 1380 AAGTTCCCAG AGCAGGCCCA CAGCAGTGCT TGTGACGCAC TGGGCCGGGA CATCACAGCT 1440 GCCCTTTTCT CCAAAAGTGA TGGCGAGGAG AAGAAGGCAG CTGGCGGTGG TGGTCCAGTT 1500 CGCCTCCGAA GCACAAGCCG CAAGGACTCC ATCTCCGAGG ACGAGATGGT GCTACGGGAG 1560 CGCAGCTACG ACTACCAGTT CCGCTACTGT GGCCACTGCA ACACCACAAC GGACATCAAG 1620 GAGGCAAATT TCTTTGGCAG CAATGCTCAG TACATCGTCA GCGGCTCTGA TGATGGCTCC 1680 TTCTTCATCT GGGAAAAGGA GACCACCAAC CTAGTCCGAG TGCTCCAGGG AGATGAATCC 1740 ATTGTCAACT GCTTGCAGCC ACACCCCAGC TACTGCTTCC TGGCTACCAG TGGCATCGAC 1800 CCTGTGGTGC GATTGTGGAA CCCACGACCA GAGAGTGAAG ACCTCACGGG CCGAGTCGTG 1860 GAGGACATGG AGGGTGCCTC TCAGGCCAAC CAGCGGCGCA TGAATGCCAA TCCCCTGGAG 1920 GCGATGCTGC TGGACATGGG CTACCGGATC ACAGGCCTGA GCAGTGGGGG CGCTGGGGCC 1980 TCCGATGACG AGGACAGCGC AGAGGGCCAG GTGCAGTGCC GGCCCAGCTA G 2031