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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SALTR107235 | 640 | 16 |  A0A673W299 | |||
| SALTR107236 | 625 | 17 | A0A673WBT1 | |||
| SALTR107238 | 387 | 12 | A0A673WB20 | |||
| SALTR107237 reference isoform | 541 | 14 | A0A673W2H2 |
Protein Sequence
Download: Fasta
MPLDSLKHSA ILSTLFKMAD DIELIGASEF IKDRLYFATL RSKPKSTANT HYFCTDDEFI 60 YENFYADFGP LHLAMLYRYC CKLNKKLKSF TLTRKRIVHY TSFDQRKRAN AAVLIGAYAV 120 IYLKKTPEEA YRALISGSNS SYLPFRDASF GSCTYNLTIL DCLQGIRKAL QHGFFDFETF 180 DVDEYEHYER VENGDFNWIV PGKFLAFSGP HPKSKIENGY PLHAPEAYFP YFRQHNVTSV 240 VRLNKKIYDA QRFTDAGFDH YDLFFVDGST PSDVITRRFL HICESTDGAV AVHCKAGLGR 300 TGTLIGCYLM KHYRFTAAET IAWIRFCRPG SVIGPQQHFL EERQAAMWMQ GDVQRSQPKQ 360 PRGVSHLTSS MDDLALGPTH TTITTSPNDY IGENGLCMTQ GDKLRALKGR RQPRSATTGA 420 LRSSSLISWH LFEISVEEFS LSSLSGIAFH VLMNSVLFTM ESNAYLSASA SQIIHSMVHG 480 YTCKSSVLRL LLHLYHLMGA HHERSSLYCF TSSVKTVSTG ARLIRLNPSH LFLTLYHSLL 540 P 541
cDNA Sequence
Download: Fasta
ATGCCTCTCG ACAGTCTTAA ACATTCTGCT ATTCTTTCAA CTTTGTTTAA AATGGCAGAC 60 GACATAGAAT TGATAGGAGC TTCTGAATTT ATAAAAGATC GATTATATTT TGCTACCCTA 120 AGAAGCAAAC CAAAAAGCAC TGCAAACACG CACTACTTCT GCACGGATGA CGAATTTATC 180 TATGAAAACT TCTATGCAGA TTTTGGACCC CTCCACCTAG CCATGCTGTA TAGATACTGT 240 TGTAAACTCA ACAAAAAGCT GAAGTCCTTC ACACTGACCA GAAAGCGAAT CGTACACTAC 300 ACCAGCTTTG ACCAGCGGAA AAGGGCTAAC GCTGCTGTTT TAATCGGTGC CTATGCTGTC 360 ATATACCTGA AGAAGACTCC AGAGGAGGCC TACAGGGCTC TGATCTCAGG CTCCAATTCT 420 TCATACCTTC CCTTCAGAGA CGCCTCATTT GGAAGTTGCA CATACAACCT GACTATTCTC 480 GACTGCTTAC AAGGAATCCG GAAGGCCCTG CAGCATGGAT TCTTTGACTT TGAGACGTTT 540 GATGTGGACG AATACGAGCA CTACGAGCGA GTGGAAAATG GAGACTTCAA CTGGATCGTG 600 CCTGGGAAAT TTCTGGCCTT CAGTGGACCC CATCCCAAAA GTAAAATAGA AAATGGTTAC 660 CCTCTTCACG CTCCAGAAGC ATACTTCCCT TACTTCCGAC AGCACAACGT TACCTCGGTC 720 GTCCGACTCA ACAAGAAGAT CTACGATGCC CAGCGCTTCA CGGATGCCGG CTTCGACCAC 780 TACGACCTGT TCTTTGTAGA TGGCAGCACG CCAAGCGACG TCATCACCCG CCGCTTCCTG 840 CACATCTGCG AGAGCACCGA CGGAGCCGTG GCCGTCCACT GCAAAGCTGG CCTTGGGCGT 900 ACAGGCACTC TCATAGGCTG TTACCTGATG AAGCACTACC GCTTTACAGC AGCAGAGACC 960 ATCGCCTGGA TCAGGTTCTG CCGACCAGGC TCCGTCATCG GCCCTCAGCA GCACTTCCTG 1020 GAGGAGAGGC AAGCAGCCAT GTGGATGCAA GGAGACGTGC AGCGTTCGCA GCCGAAGCAG 1080 CCGAGGGGCG TGTCTCACCT CACCTCCAGC ATGGATGACC TCGCCCTCGG CCCCACCCAC 1140 ACCACCATCA CCACCAGCCC TAACGACTAC ATTGGGGAAA ACGGGCTCTG CATGACCCAA 1200 GGAGATAAAC TGCGTGCCTT AAAGGGCCGG CGCCAGCCCA GGTCGGCCAC AACGGGAGCC 1260 CTAAGATCCT CCAGCCTTAT TAGTTGGCAC CTTTTTGAGA TCTCAGTTGA GGAATTCAGC 1320 CTTTCCTCCC TTAGCGGTAT AGCTTTCCAC GTTTTGATGA ACTCTGTCCT CTTCACTATG 1380 GAAAGTAATG CATATTTAAG CGCGAGTGCC AGTCAGATAA TACATTCGAT GGTACATGGT 1440 TACACCTGTA AGTCCAGTGT GCTCAGGCTG TTATTACATT TGTATCATTT GATGGGCGCG 1500 CATCACGAGC GAAGTAGTCT GTATTGTTTT ACTTCATCTG TGAAAACCGT TAGCACAGGG 1560 GCACGTCTGA TTAGGCTGAA CCCGAGTCAT TTATTTCTTA CTCTATACCA CAGCCTCTTG 1620 CCATAG 1626