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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RHIRO35967 | 490 | 4 |  A0A2K6RKL2 | |||
| RHIRO35968 reference isoform | 544 | 5 | A0A2K6RKL3 |
Protein Sequence
Download: Fasta
MSSPGPPQPP AEDPPWPARL LRAPLGLLRM DPSGDALLLC GLVAVLGWSW LRRRRARGIP 60 PGPTPWPLVG NFGHVLLPPF LRRRSWLSSR TRAAGIDPSV VGPQVLLAHL ARVYGSIFSF 120 FIGHYLVVVL SDFHSVREAL VQQAEVFSDR PRVPLISIVT KEKGVVFAHY GPIWRQQRKF 180 SHSTLRHFGL GKLSLEPKII EEFKYVKAEM QKHGEDPFCP FSIISNAVSN IICSLCFGQR 240 FDYTNSEFKK MLGFMSRGLE ICLNSQVLMV NICPWLYYLP FGPFKELRQI EKDITSFLKK 300 IIKDHQESLD RENPQDFIDM YLLHMEEERK NNSNSSFDEE YLFYIIGDLF IAGTDTTTNS 360 LLWCLLYMSL NPDVQEKVHE EIERVIGANR APSLTDKAQM PYTEATIMEV QRLTVVVPLA 420 IPHMTSGNTV LQGYTIPKGT LILPNLWSVH RDPSIWEKPE DFYPNRFLDD QGQLIKKETF 480 IPFGIGKRVC MGEQLAKMEL FLMFVSLMQS FTFALPKDSK KPLLTGRFGL TLAPHPFNIT 540 ISRR 544
cDNA Sequence
Download: Fasta
ATGTCCTCTC CGGGGCCGCC ACAGCCCCCT GCCGAGGACC CGCCCTGGCC CGCGCGCCTC 60 CTGCGCGCGC CTCTGGGGCT GCTGCGGATG GACCCGAGTG GGGACGCGCT GCTGTTGTGC 120 GGCCTCGTAG CGGTGCTGGG CTGGAGCTGG CTGCGGCGTC GCCGGGCGCG GGGCATCCCG 180 CCCGGGCCCA CGCCCTGGCC CCTGGTGGGC AACTTCGGTC ACGTGCTGCT GCCTCCCTTC 240 CTCCGGCGGC GGAGCTGGCT GAGCAGCAGG ACCAGGGCCG CAGGGATTGA TCCCTCAGTC 300 GTGGGCCCGC AGGTGCTCTT GGCTCACCTA GCCCGTGTGT ACGGCAGCAT CTTCAGCTTC 360 TTTATCGGCC ACTACCTGGT GGTGGTCCTC AGCGACTTCC ACAGCGTGCG CGAGGCGCTG 420 GTGCAGCAGG CCGAGGTCTT CAGCGACCGC CCGCGGGTGC CGCTCATCTC CATTGTGACC 480 AAGGAGAAGG GGGTTGTGTT TGCACATTAT GGTCCCATCT GGAGACAACA AAGGAAGTTC 540 TCTCATTCAA CTCTTCGTCA TTTTGGGTTG GGAAAACTTA GCTTGGAGCC CAAGATTATT 600 GAGGAGTTCA AATACGTGAA AGCGGAAATG CAAAAGCATG GAGAAGACCC CTTCTGCCCT 660 TTCTCCATCA TCAGCAATGC CGTCTCTAAC ATCATTTGCT CCTTGTGCTT TGGCCAGCGC 720 TTTGATTATA CCAATAGTGA GTTCAAGAAA ATGCTTGGTT TTATGTCACG AGGGCTAGAA 780 ATCTGTCTGA ACAGTCAAGT ACTCATGGTC AACATATGCC CTTGGCTTTA TTACCTTCCC 840 TTTGGACCAT TTAAGGAATT AAGACAAATT GAAAAGGATA TAACCAGTTT CCTTAAAAAA 900 ATCATCAAAG ACCATCAAGA GTCTCTGGAT AGAGAGAACC CTCAGGACTT CATAGACATG 960 TACCTTCTCC ACATGGAAGA GGAGAGGAAA AATAATAGTA ACAGCAGTTT TGATGAAGAG 1020 TACTTATTTT ATATCATTGG GGATCTCTTT ATTGCTGGGA CTGATACCAC AACTAACTCT 1080 TTGCTTTGGT GCCTGCTGTA TATGTCACTG AACCCCGATG TACAAGAGAA GGTTCATGAA 1140 GAAATTGAAA GGGTCATTGG TGCCAACCGA GCTCCTTCCC TCACGGACAA GGCCCAGATG 1200 CCCTACACAG AAGCCACCAT CATGGAAGTG CAGAGGCTAA CTGTGGTGGT TCCGCTTGCC 1260 ATTCCTCATA TGACCTCAGG GAACACAGTG CTCCAAGGGT ATACCATTCC TAAAGGCACG 1320 CTGATCTTAC CCAACCTGTG GTCAGTACAT AGAGACCCAT CCATTTGGGA GAAACCAGAA 1380 GATTTCTACC CTAATCGATT TCTGGATGAC CAAGGACAAC TAATTAAAAA AGAAACCTTT 1440 ATTCCTTTTG GGATAGGGAA GCGGGTGTGT ATGGGAGAAC AGCTGGCAAA GATGGAATTA 1500 TTCCTAATGT TTGTGAGCCT AATGCAGAGT TTCACATTTG CTTTACCTAA GGATTCTAAG 1560 AAGCCCCTCC TGACTGGAAG ATTTGGTCTA ACTTTAGCCC CACATCCATT TAATATAACT 1620 ATTTCAAGGA GATGA 1635