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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RHIFE03510 | 661 | 12 |  A0A671FMM4 | |||
| RHIFE03509 reference isoform | 676 | 12 | A0A671FMS8 |
Protein Sequence
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MRSKVLAFII ILIISGELYA EEKPCGLPTV ENGRLAPYYY TFESFYFPMS IDQKLSFSCL 60 AGYATETGKK EDKTTCTTEG WNPRPRCFKK CTKPDLMNGF ISDAKLLYKF QENMRYSCAS 120 GYKTTGGQDE EVVQCLADGW SSQPACRKEH ETCLAPELHH GNYSTTQRTF RVKGKVRYEC 180 APGYYTAGGK KTEEVECHTY GWSVTPKCTK LKCSSLRLIE NGYFHPIKQT YEEGDVVQFF 240 CHENYYLSGA DLIQCYNFGW YPESPVCEGR RNRCPPPPLP LNSKLQTYST TYRHGETVRI 300 ECELNFEIQG SEEIRCDNGK WTDPPKCTEE KEKTACEEPP HIEHSAANLY AKVYYNGDKV 360 AFACQSGYHL RGSKEITCLR GKWTVPPECV ENNENCKPPP DVTNGAVVGG LLASYTTGSS 420 VEYRCNEYYI LKGAKRSRCQ QGQWSSPPVC LEPCTVNMDY MNRNNIEMKW KLEGKVLHGD 480 LIDFACKQGF DLAPSTPVSA LSVQCDRGEV KYPVCLRKES KGMCASPPLI KNGVITSSVR 540 GSYENGSSVE YRCFDHHFLQ GPRVSHCSQG VWTTPPLCLE PCTLSSVEME NNNLLLKWDF 600 DNRPYIFHGE YIEFLCRRDT YVAQLSTIGS ELRVRCDRGQ LKYPRCIQRQ RRGRPLLRMG 660 KDHGKRSSRT EETRES 676
cDNA Sequence
Download: Fasta
ATGAGGTCGA AAGTCTTGGC TTTTATTATC ATATTAATCA TCTCAGGAGA ACTCTACGCA 60 GAAGAGAAAC CCTGTGGTCT TCCTACTGTG GAAAACGGAA GACTTGCCCC ATATTACTAC 120 ACTTTTGAAA GCTTTTACTT TCCAATGAGC ATAGACCAAA AATTGTCATT TTCCTGTTTG 180 GCTGGTTATG CAACTGAGAC TGGGAAAAAA GAGGACAAAA CCACGTGCAC AACAGAAGGC 240 TGGAATCCGA GACCAAGATG CTTCAAAAAA TGTACTAAGC CTGACCTGAT GAATGGTTTC 300 ATCTCTGATG CCAAATTATT ATACAAATTT CAAGAGAACA TGCGTTACAG TTGTGCTTCA 360 GGATACAAAA CCACTGGAGG ACAGGATGAA GAGGTGGTTC AGTGTCTCGC TGACGGATGG 420 TCTTCTCAAC CAGCCTGCAG GAAGGAGCAT GAGACATGTT TGGCTCCAGA ATTGCATCAT 480 GGAAATTATT CCACAACACA GAGAACGTTC CGAGTGAAGG GCAAAGTGAG GTACGAATGT 540 GCCCCTGGCT ACTACACAGC TGGAGGAAAG AAGACGGAGG AGGTAGAATG TCACACCTAT 600 GGATGGTCTG TCACACCAAA ATGCACCAAA TTAAAATGCT CTTCTTTAAG ATTAATAGAA 660 AATGGGTATT TCCATCCTAT AAAGCAAACC TATGAAGAAG GAGATGTAGT TCAGTTTTTT 720 TGTCATGAAA ATTATTATCT AAGTGGGGCT GATTTAATCC AGTGCTACAA CTTTGGCTGG 780 TACCCAGAAT CTCCTGTATG TGAAGGAAGA AGAAATCGAT GTCCTCCTCC ACCTCTGCCT 840 CTAAACTCCA AACTTCAAAC ATACTCAACA ACCTATCGTC ATGGAGAAAC AGTTCGTATA 900 GAATGTGAAC TGAATTTTGA GATACAGGGA TCAGAAGAAA TACGTTGTGA TAATGGAAAA 960 TGGACGGACC CTCCAAAGTG CACTGAGGAA AAGGAGAAGA CAGCTTGTGA GGAGCCACCC 1020 CACATTGAGC ACAGCGCAGC AAATCTCTAT GCTAAGGTTT ATTACAATGG CGATAAAGTG 1080 GCATTTGCAT GTCAAAGTGG CTATCATCTG CGTGGGTCAA AAGAAATCAC CTGTTTGCGT 1140 GGGAAGTGGA CTGTTCCCCC CGAGTGTGTT GAAAATAATG AGAACTGTAA GCCTCCACCC 1200 GATGTAACAA ACGGGGCTGT TGTTGGTGGA TTGTTGGCAA GCTACACGAC CGGGTCCTCC 1260 GTGGAGTATC GGTGTAATGA ATATTACATA CTGAAGGGAG CGAAAAGGTC TCGTTGTCAG 1320 CAAGGACAGT GGTCATCCCC ACCTGTTTGC TTAGAGCCAT GTACTGTTAA CATGGACTAC 1380 ATGAACAGAA ACAACATAGA GATGAAGTGG AAGCTTGAAG GAAAGGTCTT ACATGGAGAT 1440 TTAATAGATT TTGCATGTAA ACAGGGCTTT GATCTAGCTC CATCCACGCC AGTGTCTGCA 1500 TTATCTGTGC AGTGCGATAG AGGAGAAGTG AAATATCCTG TGTGTTTGAG AAAAGAATCT 1560 AAAGGCATGT GTGCATCTCC TCCACTTATT AAAAATGGAG TCATTACTAG TTCAGTAAGA 1620 GGCAGCTATG AAAATGGTTC CTCAGTAGAA TACAGGTGCT TCGATCACCA TTTCCTACAA 1680 GGGCCTAGAG TTTCCCACTG TTCACAAGGA GTGTGGACCA CACCACCATT GTGTTTAGAG 1740 CCTTGCACAT TATCTTCTGT TGAAATGGAA AATAATAATT TACTGTTGAA ATGGGATTTT 1800 GACAACAGAC CATATATTTT CCATGGCGAA TATATTGAAT TTCTTTGTAG GAGAGATACT 1860 TATGTGGCTC AGTTATCTAC TATTGGATCT GAACTTAGAG TGCGATGTGA CAGAGGGCAG 1920 TTAAAATATC CAAGATGTAT TCAAAGACAA AGGAGGGGAC GTCCCCTGCT GAGAATGGGG 1980 AAGGATCATG GGAAGAGAAG TTCAAGGACT GAAGAGACCA GAGAAAGTTG A 2031