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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| BALMU27748 reference isoform | 610 | 14 |  A0A8C0C815 |
Protein Sequence
Download: Fasta
MRFQGFWLCL GLLFISINAE FMDDSVEMED FDENSEEIDA NENEFSSEIK YKTPQPIGEV 60 YFTETFDSER LAGWVLSKAK KDDTDAEISI YDGRWEIEEL KENPVPGDRG LVLKSRAKHH 120 AISAVLAKPF IFADKPLIVQ YEVNFQDGID CGGAYIKLLA DTDGLNLENF YDKTSYTIMF 180 GPDKCGEDYK LHFIFRHKHP QTGVFEEKHA KPPDVDLKQF FTDRKTHLYT LVMNPDDTFE 240 VLIDQIVVNK GNLLEDVVPP INPPKEIEDP RDKKPDDWDE RAKIPDPSAV KPEDWDESEP 300 AQIEDSSVVK PDGWLDNEPK FIPDPNAEKP IDWNEDMDGE WEAPQISNPE CRIGCGEWSP 360 PMIDNPKYKG VWRPPMIDNP NYQGIWSPRK IPNPDYFEDN HPFLLTSFRA LGLELWSMTS 420 DIYFDNFIIC SEKEVADRWA ADGWGVKIMT ENDNEPSIFK QLMAATEERP WLWFIYLVTA 480 VLPIALITSF CWPRKVKKRY EDAEFKKPDI CKPQTKGALE QEVKGEKAAL EKPVDLEEEK 540 QQSDGEILEK EEEGEPEEKS EEEIEIIEGQ EEGNKSNKSG SEDEMREADE STGSGDGPVK 600 SVRKRRVRKE 610
cDNA Sequence
Download: Fasta
ATGCGTTTCC AAGGCTTTTG GCTATGTTTG GGTCTTCTTT TCATCTCAAT TAACGCAGAA 60 TTTATGGATG ATAGTGTTGA GATGGAAGAC TTTGATGAAA ATTCAGAAGA GATTGATGCT 120 AATGAAAATG AATTCTCCTC AGAGATTAAA TATAAGACAC CTCAACCTAT AGGAGAAGTA 180 TATTTTACGG AAACTTTTGA TAGTGAAAGG TTGGCTGGGT GGGTCTTATC AAAAGCAAAA 240 AAAGATGATA CAGATGCGGA GATTTCTATA TATGATGGAA GATGGGAAAT AGAAGAATTG 300 AAAGAAAATC CAGTACCTGG TGACCGAGGA CTGGTGTTGA AATCTAGAGC AAAGCATCAT 360 GCAATATCTG CTGTATTAGC AAAACCTTTC ATCTTTGCTG ATAAACCTCT GATAGTACAA 420 TATGAAGTAA ATTTTCAAGA TGGTATTGAT TGTGGAGGTG CATACATTAA ACTCCTAGCA 480 GACACTGATG GTTTGAATCT GGAAAACTTT TATGATAAAA CATCCTATAC CATTATGTTT 540 GGACCAGATA AATGTGGAGA AGATTATAAA CTTCATTTTA TCTTCAGACA TAAACATCCC 600 CAAACTGGAG TTTTTGAAGA GAAGCATGCC AAACCTCCAG ATGTAGACCT TAAACAGTTC 660 TTTACAGACA GGAAGACTCA TCTTTATACC CTTGTGATGA ATCCAGATGA CACATTTGAA 720 GTATTAATTG ATCAGATAGT TGTAAACAAA GGAAACCTAC TAGAAGATGT GGTTCCTCCT 780 ATCAACCCTC CCAAAGAAAT TGAAGATCCC CGTGATAAAA AACCTGATGA TTGGGATGAA 840 AGAGCAAAAA TCCCTGATCC TTCTGCTGTC AAACCAGAAG ACTGGGATGA AAGTGAACCT 900 GCCCAAATAG AAGATTCAAG TGTTGTTAAA CCTGATGGCT GGCTTGATAA TGAACCGAAA 960 TTTATTCCAG ATCCTAATGC TGAAAAACCC ATTGACTGGA ATGAAGACAT GGATGGAGAA 1020 TGGGAGGCAC CTCAGATTTC TAATCCAGAA TGTCGGATTG GGTGTGGTGA GTGGAGCCCT 1080 CCCATGATAG ATAACCCAAA ATACAAAGGA GTATGGAGAC CTCCAATGAT AGATAACCCT 1140 AACTACCAGG GTATCTGGAG TCCTCGAAAA ATTCCTAATC CAGATTATTT TGAAGACAAT 1200 CACCCATTTC TTCTGACTTC CTTCCGTGCT CTTGGTTTAG AGCTTTGGTC CATGACCTCT 1260 GATATCTACT TTGATAATTT TATTATTTGT TCAGAAAAGG AAGTAGCAGA TCGCTGGGCT 1320 GCAGATGGCT GGGGAGTGAA AATAATGACA GAAAATGATA ATGAGCCTAG TATATTCAAA 1380 CAGTTGATGG CAGCTACTGA AGAGCGCCCA TGGCTTTGGT TCATTTATCT TGTGACAGCA 1440 GTGCTTCCAA TAGCATTAAT TACTTCATTT TGTTGGCCAA GAAAAGTAAA GAAAAGATAT 1500 GAAGATGCAG AGTTCAAAAA ACCGGACATA TGTAAACCAC AAACAAAGGG AGCACTAGAG 1560 CAAGAAGTGA AGGGAGAGAA AGCAGCCCTG GAGAAACCAG TGGACTTGGA AGAGGAAAAA 1620 CAGCAAAGTG ATGGTGAAAT TCTTGAAAAA GAAGAGGAAG GTGAACCTGA GGAAAAGAGT 1680 GAAGAAGAAA TTGAAATCAT AGAAGGACAA GAAGAAGGTA ATAAATCAAA TAAGTCTGGA 1740 TCAGAGGATG AGATGAGAGA AGCAGATGAG AGCACAGGAT CTGGAGATGG GCCAGTAAAG 1800 TCAGTACGCA AAAGAAGAGT ACGAAAGGAG TAA 1833