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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MOUSE46123 reference isoform | 742 | 11 |  OAS2_MOUSE | |||
| MOUSE46125 | 236 | 4 |  F7CFL3 | |||
| MOUSE46124 | 751 | 11 | OAS2_MOUSE |
Protein Sequence
Download: Fasta
MGNWLTGNWS SDRSSGYSSG WSPGGSSGVP SGPVHKLEKS IQANLTPNEN CLKQIAVSSV 60 PSQKLEGYIQ ENLKPNRESL KQIDQAVDAI WDLLRSQIPV KEVAKGGSYG RETALRGCSD 120 GTLVLFMDCF QQFQDQIKYQ DAYLDVIELW LKIHEKKSVK HEHALVVQVS VPGQRILLQL 180 LPVFNPLRSN ENPSSCVYVD LKKSMDQVRA SPGEFSDCFT TLQQRFFKKY PQRLKDLILL 240 VKHWYEQCQE KWKTPPPQPL LYALELLTVY AWEQGCQAED FDMAQGVRTV LRLIQRPTEL 300 CVYWTVNYNF EDETVRNILL HQLRSQRPVI LDPTDPTNNV GKDDGFWELL TEEAMAWLYS 360 PSLNTESPAP YWDVLPMPLF VTPSHLLNKF IKDFLQPNKL FLKQIKEAVD IICSFLKNVC 420 FLNSDTKVLK TVKGGSTAKG TALKRGSDAD IVVFLSSLES YDSLKTNRSQ FVQEIQKQLE 480 EFVQAQEWEV TFEISKWKAP RVLSFTLKSK TLNESVEFDV LPAYDALGQL RSDFTLRPEA 540 YKDLIELCAS QDIKEGEFSI CFTELQRNFI QTRPTKLKSL LRLIKHWYKQ YERKMKPKAS 600 LPPKYALELL TVYAWEQGSG TDDFDIAEGF RTVLDLVIKY RQLCIFWTVN YNFEEEYMRK 660 FLLTQIQKKR PVILDPADPT GDVGGGDRWC WHLLAEEAKE WLSSPCFQVE QKGLVQPWKV 720 PVMQTPGSCG GQIYPTVGGV TK 742
cDNA Sequence
Download: Fasta
ATGGGAAACT GGCTGACTGG AAACTGGTCA TCTGACAGGT CATCTGGCTA TTCATCTGGC 60 TGGTCACCTG GTGGGTCTTC AGGGGTGCCC TCCGGGCCAG TGCACAAGTT AGAAAAGTCT 120 ATCCAGGCAA ACCTCACACC CAACGAAAAC TGTCTGAAGC AGATTGCGGT GTCCTCGGTG 180 CCATCGCAGA AGCTAGAAGG GTATATCCAG GAAAACCTCA AACCTAACAG AGAATCTCTG 240 AAGCAGATAG ACCAGGCCGT GGATGCCATC TGGGACCTGC TGCGCAGTCA GATCCCTGTG 300 AAGGAAGTGG CTAAGGGTGG CTCCTATGGC CGGGAAACAG CCCTAAGAGG CTGCTCCGAT 360 GGTACCCTTG TTCTCTTCAT GGACTGCTTC CAACAGTTCC AGGATCAGAT AAAATACCAA 420 GATGCATACC TTGACGTCAT TGAACTGTGG CTGAAAATCC ATGAGAAGAA GTCAGTAAAG 480 CATGAACATG CCCTTGTAGT ACAAGTGTCT GTACCAGGGC AGAGAATACT CCTGCAATTA 540 CTTCCAGTCT TCAATCCTCT ACGCTCCAAT GAGAATCCCA GCTCCTGTGT CTATGTGGAT 600 CTCAAAAAAT CCATGGATCA AGTAAGAGCC TCACCAGGGG AGTTCTCAGA CTGCTTCACC 660 ACACTGCAGC AGCGGTTTTT CAAGAAATAT CCCCAAAGAC TGAAGGATTT GATCCTATTG 720 GTCAAGCACT GGTATGAACA GTGCCAGGAG AAGTGGAAAA CACCCCCACC TCAGCCATTG 780 CTGTACGCAC TGGAACTGCT CACTGTGTAT GCCTGGGAAC AGGGCTGCCA AGCTGAAGAC 840 TTCGACATGG CACAAGGCGT CAGGACCGTG CTGCGACTTA TCCAGCGGCC GACAGAGCTG 900 TGTGTCTACT GGACAGTCAA TTACAACTTT GAGGATGAGA CAGTCCGGAA CATCCTTCTG 960 CACCAGCTCA GGTCCCAAAG ACCAGTCATC TTGGATCCAA CTGACCCAAC CAATAATGTG 1020 GGCAAAGATG ATGGGTTCTG GGAGCTACTG ACAGAGGAAG CTATGGCCTG GCTGTACTCT 1080 CCCAGCCTGA ATACTGAGTC ACCTGCACCA TATTGGGATG TTCTGCCCAT GCCACTTTTC 1140 GTCACTCCAA GCCACTTACT GAACAAGTTC ATCAAGGACT TTCTCCAGCC CAACAAGCTC 1200 TTCCTAAAGC AGATCAAGGA AGCTGTTGAC ATTATATGTT CCTTCCTTAA AAATGTCTGC 1260 TTCTTGAATT CTGACACCAA AGTCCTGAAG ACCGTCAAGG GAGGATCCAC TGCCAAAGGC 1320 ACAGCTCTGA AGCGGGGATC AGATGCTGAC ATTGTTGTGT TCCTCTCCTC GCTGGAGAGT 1380 TACGACTCTC TAAAAACCAA CCGCTCCCAG TTCGTCCAGG AGATCCAGAA GCAGTTAGAA 1440 GAATTCGTGC AGGCGCAGGA GTGGGAGGTG ACGTTTGAGA TTTCAAAATG GAAGGCTCCC 1500 AGAGTGCTGA GTTTTACCTT GAAATCCAAG ACTCTCAATG AAAGTGTCGA GTTCGATGTC 1560 CTTCCCGCCT ATGATGCACT AGGTCAACTG CGGTCTGACT TCACCCTCAG GCCCGAAGCC 1620 TACAAGGATC TCATTGAGCT GTGTGCATCA CAGGACATCA AAGAAGGAGA GTTTTCTATC 1680 TGTTTTACTG AGCTGCAGAG AAACTTCATT CAAACCCGGC CCACCAAACT GAAGAGTCTA 1740 CTCCGCCTGA TCAAGCACTG GTACAAACAG TATGAAAGGA AGATGAAGCC AAAAGCATCT 1800 TTACCCCCAA AGTACGCCCT GGAGCTGCTC ACCGTGTATG CCTGGGAGCA GGGCAGTGGC 1860 ACAGATGACT TTGACATTGC TGAAGGCTTC CGGACCGTCC TGGACCTGGT TATAAAATAC 1920 CGGCAGCTCT GCATCTTCTG GACAGTCAAT TACAACTTTG AAGAGGAATA CATGCGGAAG 1980 TTCCTACTGA CCCAGATCCA GAAAAAGAGG CCTGTAATCC TGGATCCAGC AGATCCCACA 2040 GGCGATGTGG GAGGAGGTGA CCGCTGGTGC TGGCATCTTC TAGCTGAAGA AGCGAAGGAG 2100 TGGCTGTCCT CCCCTTGTTT CCAAGTGGAG CAAAAAGGCC TGGTACAGCC TTGGAAAGTG 2160 CCAGTAATGC AGACCCCCGG AAGCTGTGGA GGTCAGATCT ACCCCACTGT GGGTGGAGTT 2220 ACTAAGTAG 2229