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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| VULVU16920 reference isoform | 682 | 14 |  ENSVVUG00000026208.1 |
Protein Sequence
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MQDNFKGSEL PYKGAPTGAV LCCSWLTSHQ TCELVRDRSS SDTIKNQIGI KTTASQNKSH 60 FKTNFLMKRT LEVMITSQLL PALTLVLLLF KEGGAWSYNA STEAMTFDEA STYCQQRYTH 120 LVAIQNQEEI KYLNSMFSYT PTYYWIGIRK VNKKWTWIGT QKLLTEEAKN WAPGEPNNKQ 180 NNEDCVEIYI KRDKDSGKWN DERCDKKKLA LCYTAACTPT SCSGHGECVE TVNNYTCKCH 240 PGFSGLRCEQ VVTCQAQEAP EHGSLVCTHP LGTFSYNSSC FVSCDKGYLP SSTEATQCTS 300 TGEWSASPPA CNVVECSALT NPANGVMDCL QSSGNFPWNT TCTFECEEGF ELMGPKRLQC 360 TSSGNWDNRK PTCKAVTCGA IGHPQNGSVS CSHSPAGEFT VRSSCNFTCK EGFLMQGPAQ 420 IECTAQGQWS QQVPVCKASQ CKALSSPERG YMSCLPGASG SFQSGSSCEF FCEQGFVLKG 480 SKTLQCGLTG KWDSEEPTCE AVKCDAVQQP QDGLVRCAHS STGEFTYKSS CAFSCEEGFE 540 LHGSAQLECT SQGRWSQEVP SCQVVQCSSL AVSGKMNISC SGEPVFGAVC AFACPEGWTL 600 NGSAALMCDA TGHWSGMLPT CEAPTESSIP LAVGLTAGGT SLLTVASFLL WLLKRLRKRA 660 KKFVPASSCQ SLQSDGSYHM PL 682
cDNA Sequence
Download: Fasta
ATGCAGGATA ACTTTAAGGG AAGCGAGCTT CCCTATAAAG GGGCTCCAAC AGGAGCAGTG 60 CTCTGCTGTT CTTGGCTGAC TTCACATCAG ACCTGTGAAC TGGTACGAGA CAGAAGCAGC 120 AGTGACACAA TCAAGAATCA AATCGGCATC AAAACCACCG CTTCACAGAA TAAAAGTCAT 180 TTCAAGACTA ATTTTTTGAT GAAAAGAACT CTAGAAGTCA TGATCACTTC ACAGCTTCTC 240 CCTGCTCTTA CTCTTGTGCT TCTCCTATTT AAAGAGGGTG GAGCCTGGTC ATACAATGCC 300 TCCACAGAAG CCATGACTTT TGACGAGGCT AGTACTTACT GTCAGCAAAG GTACACACAT 360 CTTGTCGCGA TTCAAAACCA GGAAGAGATT AAATACCTGA ACTCCATGTT CAGCTATACA 420 CCAACTTACT ACTGGATTGG AATCAGGAAG GTCAACAAGA AGTGGACCTG GATAGGGACC 480 CAGAAGCTAC TGACCGAAGA AGCCAAGAAC TGGGCTCCTG GTGAACCAAA CAATAAGCAA 540 AACAATGAAG ACTGTGTGGA GATCTACATC AAGAGGGACA AGGACTCGGG GAAGTGGAAT 600 GATGAGAGAT GTGACAAAAA GAAGCTTGCC TTATGTTACA CAGCTGCCTG TACCCCTACA 660 TCCTGCAGCG GCCATGGTGA GTGTGTGGAG ACTGTCAACA ACTACACATG CAAGTGCCAC 720 CCTGGCTTCA GCGGTCTCAG GTGTGAGCAA GTTGTGACCT GTCAAGCCCA GGAGGCCCCT 780 GAGCATGGAA GCCTGGTTTG CACTCACCCT CTGGGGACCT TCAGCTACAA TTCTTCCTGC 840 TTTGTCAGCT GTGACAAGGG TTACCTCCCA AGCAGCACGG AAGCCACACA GTGCACTTCC 900 ACAGGGGAAT GGAGCGCTTC TCCTCCAGCC TGCAATGTGG TGGAGTGCAG TGCTTTGACA 960 AATCCTGCCA ATGGAGTCAT GGACTGTCTC CAAAGCTCTG GAAACTTCCC ATGGAACACG 1020 ACATGTACCT TTGAGTGTGA AGAAGGATTT GAACTAATGG GACCCAAGCG CCTCCAGTGT 1080 ACCTCATCCG GGAACTGGGA CAACAGGAAG CCAACATGTA AAGCTGTGAC ATGCGGTGCC 1140 ATCGGCCATC CTCAGAATGG GTCTGTGAGC TGTAGCCATT CCCCTGCTGG TGAGTTCACC 1200 GTCAGATCCT CCTGCAATTT CACCTGCAAG GAAGGCTTCC TGATGCAAGG GCCAGCCCAA 1260 ATTGAATGTA CTGCACAAGG ACAATGGAGT CAGCAAGTCC CAGTTTGTAA AGCTTCTCAG 1320 TGCAAGGCCT TGTCCAGCCC AGAGAGAGGC TACATGAGCT GTCTTCCTGG TGCTTCTGGG 1380 AGTTTCCAAA GTGGGTCCAG CTGTGAGTTC TTCTGTGAGC AGGGATTTGT GTTGAAGGGA 1440 TCCAAAACAC TCCAGTGTGG CCTCACAGGC AAATGGGACA GTGAAGAGCC CACATGTGAA 1500 GCTGTGAAAT GTGATGCTGT CCAGCAGCCC CAGGACGGCT TGGTGAGGTG TGCCCATTCC 1560 TCTACTGGAG AGTTCACCTA CAAGTCCTCC TGTGCCTTCA GCTGTGAGGA AGGTTTTGAA 1620 TTACATGGGT CAGCTCAGCT TGAGTGCACA TCTCAGGGAC GGTGGTCACA GGAGGTCCCC 1680 TCTTGCCAAG TGGTGCAATG TTCAAGTCTG GCAGTTTCCG GAAAGATGAA CATAAGCTGC 1740 AGTGGGGAGC CTGTGTTTGG TGCTGTGTGT GCATTTGCAT GTCCTGAAGG ATGGACACTC 1800 AATGGCTCTG CAGCTCTGAT GTGTGATGCC ACGGGACACT GGTCTGGGAT GCTGCCTACC 1860 TGTGAAGCTC CCACGGAGTC CAGCATTCCC TTGGCAGTTG GACTCACTGC TGGGGGGACC 1920 TCCCTCCTGA CAGTAGCCTC ATTTCTCCTC TGGCTCCTGA AACGCCTGCG GAAGAGAGCA 1980 AAGAAATTTG TTCCTGCCAG CAGTTGCCAG AGCCTTCAAT CAGACGGATC CTATCACATG 2040 CCTTTGTAG 2049