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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SHEEP02181 reference isoform | 623 | 14 |  W5PUL4 |
Protein Sequence
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MEHIRTTKVE QVKLLDRFST SNKSLTGTLY LTATHLLFID AHQKETWILH HHIASVEKLA 60 LTTSGCPLVI QCKNFRTVHF IVPRERDCHD IYNSLLQLSK QAKYEDLYAF SYNPKQNDAE 120 RLRGWELIDL AEEYKRMGVP NSNWQLSDAN RDYKICETYP RELYVPRIAS KPIIVGSSKF 180 RSKGRFPVLS YYHQSKEAAI CRCSQPLSGF SARCLEDEHL LQAISKANPA NRYMYVMDTR 240 PRLNAMANRA AGKGYENEDN YSNIRFQFVG IENIHVMRSS LQKLLEVNGT KGLSVNDFYS 300 GLESSGWLRH IKAVMDAAIF LAKAIEAESA SVLVHCSDGW DRTSQVCSLG SLLLDPYYRT 360 IRGFMVLIEK DWISFGHKFS ERVRCGHLDG DPKEVSPVFT QFLECVWHLT EQFPQAFEFN 420 EAFLLQIHEH IHSCQFGNFI GNCQKEREEL KLKEKTYSLW PFLLDDQKKY LNPLYGSQSQ 480 KSAVLEPNTV SFNFKFWRNM YHQFDRTLHP RQSVFNIIMN MNEQNKQLEK DIKDLESQIK 540 QRKNKQTDGI LSKELLNSVR PESPALKATL SLKEQALLPV NDVLRTIEGS SPADNRYSEY 600 ADEFSKAEPA VVSLEYGVAR MTC 623
cDNA Sequence
Download: Fasta
ATGGAACACA TCCGTACGAC CAAGGTTGAG CAAGTGAAGT TACTTGACCG GTTCAGTACC 60 AGCAACAAGT CGTTAACCGG AACGCTGTAT CTCACAGCCA CGCATCTGCT GTTCATAGAT 120 GCTCATCAGA AAGAAACCTG GATACTGCAC CACCATATTG CCTCGGTGGA GAAGCTCGCT 180 CTGACGACCT CCGGGTGCCC CCTGGTGATC CAGTGCAAGA ACTTCCGGAC CGTGCACTTC 240 ATTGTTCCGA GAGAGAGAGA CTGCCATGAT ATTTACAACT CTCTGCTGCA GCTGTCAAAG 300 CAAGCAAAAT ACGAAGATCT CTATGCATTC TCTTATAATC CCAAACAAAA CGATGCTGAA 360 AGACTGCGGG GATGGGAGCT CATTGACCTC GCCGAGGAGT ATAAGAGAAT GGGAGTGCCC 420 AATTCCAACT GGCAGCTGTC TGACGCCAAC CGAGACTACA AGATTTGTGA AACTTACCCC 480 AGAGAACTGT ATGTGCCGCG AATAGCAAGC AAACCAATAA TTGTTGGTAG TTCCAAGTTC 540 CGGAGCAAGG GGAGGTTTCC CGTTCTCTCC TACTACCACC AGAGTAAGGA GGCTGCCATT 600 TGTCGCTGTA GTCAGCCACT GTCAGGGTTC AGTGCTCGGT GCCTCGAAGA TGAACACTTA 660 CTTCAGGCCA TCAGTAAGGC CAACCCAGCC AACCGCTACA TGTACGTCAT GGACACCAGA 720 CCCAGACTGA ATGCAATGGC CAACAGAGCA GCTGGAAAAG GTTATGAAAA TGAAGACAAC 780 TATTCTAATA TTAGATTTCA GTTTGTTGGA ATTGAAAATA TCCATGTCAT GCGGTCCAGC 840 CTTCAGAAAT TATTGGAAGT CAACGGTACC AAAGGGCTTT CTGTCAATGA TTTCTACTCT 900 GGTCTGGAGA GCTCAGGATG GCTTCGCCAC ATCAAAGCTG TGATGGACGC TGCGATCTTC 960 TTAGCCAAAG CAATCGAGGC TGAGAGCGCG AGTGTGCTGG TGCACTGCTC TGACGGCTGG 1020 GACAGGACCT CACAGGTCTG CTCCCTGGGC TCTCTCCTGC TGGATCCCTA CTACAGGACG 1080 ATCAGAGGGT TCATGGTTTT AATAGAAAAA GATTGGATCT CCTTTGGACA TAAGTTTTCA 1140 GAGAGGGTTA GGTGTGGCCA TTTGGATGGT GACCCAAAGG AAGTCTCGCC GGTGTTTACT 1200 CAGTTCTTGG AGTGTGTGTG GCATTTGACT GAGCAGTTTC CACAAGCCTT CGAGTTCAAT 1260 GAAGCGTTTC TTCTTCAGAT CCATGAACAT ATCCATTCAT GCCAGTTTGG AAACTTTATT 1320 GGGAATTGTC AGAAGGAAAG AGAAGAACTC AAGTTGAAGG AGAAGACGTA CTCCCTGTGG 1380 CCGTTTCTTC TGGACGACCA GAAGAAGTAC CTCAATCCTC TCTACGGTTC CCAGTCTCAG 1440 AAATCGGCAG TTCTGGAGCC AAATACAGTG TCTTTCAACT TTAAGTTTTG GAGAAACATG 1500 TACCACCAGT TTGATCGAAC ATTGCATCCT AGGCAGTCTG TATTTAATAT AATTATGAAC 1560 ATGAATGAGC AGAATAAGCA GTTAGAGAAA GATATCAAGG ACTTAGAATC TCAAATTAAG 1620 CAACGTAAAA ATAAGCAAAC AGATGGAATT CTCAGCAAGG AATTGTTAAA TTCAGTCCGT 1680 CCTGAATCAC CTGCCCTCAA AGCCACCCTG AGTCTCAAGG AGCAGGCTCT GCTGCCTGTG 1740 AACGATGTTC TTCGAACTAT AGAGGGCAGC AGCCCTGCAG ATAACCGCTA CAGCGAGTAC 1800 GCAGACGAGT TTTCCAAAGC CGAGCCTGCA GTGGTCAGCC TGGAGTATGG CGTGGCCAGG 1860 ATGACCTGCT AG 1872