‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PAPAN20868 reference isoform | 680 | 16 |  A0A096MTB1 |
Protein Sequence
Download: Fasta
MESPSSSNSY FSVGPTSPSA VVLLYSKELK KWDEFEDILE ERRHVSDLKF AMKCYTPLVY 60 KGITPCKPTD IKCSVLSSEE IHYVIKQLSK ESLQSVDVLR EEVSEILDEM SHKLRLGAIR 120 FFAFTLSKIF KQIFSKVCVN EEGIQKLQRA IQEHPVVLLP SHRSYIDFLM LSFILYNYDL 180 PVPVIAAGMD FLGMKMVGEL LRMSGAFFMR RTFGGNKLYW AVFSEYVKTM LRNGYAPVEF 240 FLEGTRSRSA KTLTPKFGLL NIVMEPFFKR EVFDTYLVPI SISYDKILEE TLYVYELLGV 300 PKPKESTTGL LKARRILSEN FGSIHVYFGD PVSLRSLAAG RMSRSSYNLV PRYIPQKQSE 360 DMHAFVTEVA YKMELLQVEN MVLSPWTLIV AVLLQNRPSM DFDALVEKTL WLKGLTQAFG 420 GFLIWPDNEP AEEVVQASIL LHSNIASLVR DQVILKVDSG DSEVVDGLIF QHITLLMCSA 480 YRNQLLNIFV RPSLVAMALQ MTPGFRKEDV YSCFRFLRDV FADEFIFLPG NTLKDFEEGC 540 YLLCKSEAIQ VTMKDVLVTE KGNTVLEFLI GLFKPFVESY QIICKYLLSE EEDHFSEERY 600 LAAVRKFTSQ LLDQGTSQCY DVLSSDVQKN ALAACVRLGV VEKKKINNNC IFNVNEPATT 660 KLEEMLGCKT PIGKPAAAKL 680
cDNA Sequence
Download: Fasta
ATGGAGTCTC CCAGTTCATC TAACTCTTAT TTCTCCGTTG GCCCAACCAG TCCCAGCGCT 60 GTCGTGCTCC TCTACTCGAA GGAGCTCAAA AAGTGGGATG AGTTTGAAGA TATTTTAGAA 120 GAGAGGAGGC ATGTCAGTGA CTTGAAATTT GCAATGAAAT GCTACACACC TCTTGTCTAT 180 AAGGGAATTA CTCCATGTAA ACCAACTGAT ATTAAATGTA GTGTTCTCAG TTCTGAAGAG 240 ATTCATTATG TCATTAAACA GCTTTCCAAG GAATCCCTTC AATCTGTGGA TGTCCTCCGA 300 GAGGAAGTTA GTGAGATTTT AGATGAAATG AGTCACAAAC TGCGTCTTGG AGCCATTCGG 360 TTTTTTGCCT TCACCCTGAG CAAAATATTT AAACAAATTT TCTCGAAGGT GTGTGTAAAT 420 GAAGAAGGTA TTCAGAAACT ACAAAGAGCC ATCCAGGAGC ATCCTGTTGT TCTGCTACCT 480 AGTCATCGAA GTTACATTGA CTTCCTGATG TTGTCTTTTA TTCTATACAA CTATGATTTG 540 CCTGTGCCAG TTATAGCAGC AGGAATGGAC TTCCTGGGAA TGAAAATGGT TGGTGAGCTG 600 CTACGAATGT CGGGGGCCTT TTTCATGCGG CGTACCTTTG GTGGCAATAA ACTCTACTGG 660 GCTGTGTTCT CTGAATACGT AAAAACTATG TTACGGAATG GTTATGCTCC TGTTGAATTT 720 TTCCTCGAAG GGACAAGAAG CCGCTCTGCC AAGACATTGA CTCCTAAATT TGGTCTTCTG 780 AATATTGTGA TGGAGCCATT TTTTAAAAGA GAAGTTTTTG ATACCTACCT TGTCCCAATT 840 AGTATCAGTT ATGATAAGAT CTTGGAAGAA ACTCTTTATG TATATGAACT TCTAGGGGTT 900 CCTAAACCAA AAGAATCGAC AACTGGGTTG TTGAAAGCCA GAAGGATTCT CTCTGAAAAT 960 TTTGGAAGCA TCCATGTGTA CTTTGGAGAT CCTGTGTCAC TTCGATCTTT GGCAGCTGGG 1020 AGGATGAGTC GGAGCTCATA TAACTTGGTT CCAAGATACA TTCCTCAGAA ACAGTCTGAG 1080 GACATGCATG CCTTTGTCAC TGAAGTTGCC TACAAAATGG AGCTTCTGCA AGTTGAAAAC 1140 ATGGTTTTGA GCCCCTGGAC CCTAATAGTT GCTGTTCTGC TTCAGAACCG GCCATCCATG 1200 GACTTTGATG CTCTGGTGGA AAAGACTTTA TGGCTAAAAG GCTTAACCCA GGCATTTGGA 1260 GGGTTTCTCA TTTGGCCCGA TAATGAACCT GCTGAAGAAG TTGTCCAGGC CAGCATTCTT 1320 CTGCATTCCA ACATCGCCAG CCTTGTCAGA GACCAGGTGA TTCTGAAAGT GGACTCCGGA 1380 GACTCAGAAG TGGTTGATGG ACTTATTTTC CAGCACATCA CTCTCCTCAT GTGCTCAGCT 1440 TATAGGAACC AGCTGCTCAA CATTTTTGTC CGTCCATCCT TAGTAGCAAT GGCATTGCAG 1500 ATGACACCAG GGTTCAGGAA AGAGGATGTC TACAGTTGCT TTCGCTTCCT ACGTGATGTT 1560 TTTGCAGATG AGTTCATCTT CCTTCCAGGA AACACACTAA AGGACTTTGA AGAAGGCTGT 1620 TACCTGCTTT GTAAAAGTGA AGCCATACAA GTGACTATGA AAGACGTCCT AGTTACAGAG 1680 AAAGGAAATA CTGTGTTAGA ATTTTTAATA GGACTCTTTA AACCTTTTGT GGAAAGCTAT 1740 CAGATAATTT GCAAGTACCT TTTGAGTGAA GAAGAGGACC ACTTCAGTGA GGAACGGTAC 1800 TTGGCCGCAG TCAGAAAATT CACAAGTCAG CTTCTCGATC AAGGTACCTC TCAGTGTTAT 1860 GATGTATTAT CTTCCGATGT GCAGAAAAAT GCCTTAGCAG CTTGTGTGAG GCTCGGAGTA 1920 GTGGAGAAGA AGAAGATAAA TAATAACTGT ATATTTAATG TGAATGAACC TGCCACAACC 1980 AAATTAGAAG AAATGCTTGG TTGTAAGACA CCAATAGGAA AACCAGCTGC TGCAAAACTT 2040 TAA 2043