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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MUSPF14209 reference isoform | 643 | 10 |  M3YPH2 |
Protein Sequence
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MGQLSSLTSV WTVVTVTSWI IIASFIDTSE ARSCSECHSN ATCMEDGTVT TCSCQAGFTG 60 DGLLCTDLDE CVIPGAHNCS EGSSCVNTLG SYLCTCTAGF RLTPGLGCTD VDECAQPGLN 120 HCHPLATCIN TKGNYSCVCP AGYLGDGQHC ECSPGSCGPG LDCVHEGDTR VCVDPCQEHH 180 VLDEYWRSTE YGAGYTCDLG LSGWYRFMGP GGVRLAETCV PVLHCNTAAT MWLNGTHPSS 240 DEGIVNRKAC AHWSGHCCLW DTSVQVKACA GGYYVYNLTA PPECYLAYCT DPSSVMGTCE 300 ECSAEEDCKS DDGTWGCQCK QDFNITDPSL LERRLECGAN DIKVSLSKCQ LKSLGFEQVF 360 MSLSDSQCSG FSERSDRDWI SVVTPARDGP CGTVMMRNET HATYSNTLYL ADDIIIRDRN 420 IKVNFACSYP LDMKVSLKTS LQPMVSVLNI SVGGTGMFTV RMALFQSPTY TEPYQGSSVT 480 LATEAFLYVG TVLDGGDLSR FALLMTNCYA TPSGNATDPL KYFIIQDRCP RTKDSTIQVV 540 ENGESSQGRF SVQMFRFAGN YDLVYLHCEV YLCDTFTEKC KPTCSRTRFR GGGIIDQTHV 600 LNLGPITRKN VQAVASTAAS SSLGFLKVWL PLLLWATLTL MSQ 643
cDNA Sequence
Download: Fasta
ATGGGGCAAC TTTCCTCCCT GACCTCAGTG TGGACGGTAG TCACGGTAAC CTCTTGGATC 60 ATCATAGCTT CATTCATTGA CACCTCGGAA GCAAGAAGCT GCTCTGAATG TCACAGCAAT 120 GCCACCTGCA TGGAGGACGG GACTGTTACA ACATGCTCCT GCCAGGCGGG TTTCACGGGC 180 GACGGCCTCC TGTGCACAGA CCTGGATGAA TGTGTCATTC CTGGGGCCCA CAACTGCTCC 240 GAGGGCAGCA GCTGCGTGAA CACGCTGGGC TCCTACTTGT GCACCTGCAC TGCAGGTTTC 300 CGTCTGACGC CTGGGCTGGG GTGCACCGAT GTGGATGAGT GCGCCCAGCC GGGGCTCAAC 360 CACTGCCACC CCCTAGCCAC CTGCATCAAT ACCAAGGGCA ATTACTCATG TGTCTGTCCT 420 GCGGGCTACC TGGGGGACGG GCAGCACTGC GAGTGCTCCC CGGGCTCCTG TGGGCCGGGA 480 CTGGACTGTG TGCACGAGGG TGACACACGG GTGTGCGTGG ACCCATGCCA GGAGCACCAC 540 GTTCTAGATG AGTATTGGCG CAGCACAGAG TATGGGGCAG GTTACACCTG TGACCTGGGC 600 CTGAGTGGCT GGTACCGCTT CATGGGGCCA GGTGGTGTGC GCCTGGCAGA GACCTGCGTG 660 CCGGTCCTGC ACTGCAACAC GGCCGCAACC ATGTGGCTCA ACGGCACGCA CCCGTCCAGT 720 GACGAGGGCA TAGTGAACCG CAAAGCCTGC GCACACTGGA GTGGTCACTG CTGCCTGTGG 780 GACACGTCCG TCCAAGTGAA GGCCTGTGCT GGTGGCTACT ATGTCTACAA CCTGACCGCA 840 CCCCCCGAGT GCTATCTGGC CTATTGCACA GACCCCAGCT CCGTGATGGG GACATGTGAG 900 GAGTGCAGTG CAGAAGAGGA CTGCAAATCG GATGATGGCA CATGGGGCTG CCAGTGCAAA 960 CAGGACTTCA ACATCACTGA TCCCTCCCTC CTGGAGCGCA GGCTGGAGTG TGGAGCCAAT 1020 GACATCAAGG TGTCCCTGAG CAAGTGCCAG CTGAAGAGCC TGGGCTTTGA GCAGGTTTTC 1080 ATGTCCCTGA GTGACAGCCA GTGCTCAGGC TTCAGTGAGA GGAGTGACCG GGACTGGATA 1140 TCTGTGGTGA CCCCAGCCAG GGATGGCCCC TGTGGGACGG TGATGATGAG GAACGAAACC 1200 CATGCCACAT ACAGCAACAC CCTCTACCTG GCAGATGACA TCATCATTCG TGACCGCAAC 1260 ATCAAAGTCA ACTTTGCATG TTCCTATCCC CTGGACATGA AAGTCAGCTT GAAGACCTCC 1320 CTGCAGCCAA TGGTCAGCGT TCTGAACATC AGCGTGGGTG GGACAGGCAT GTTCACCGTG 1380 CGGATGGCAC TCTTCCAGAG CCCCACCTAC ACAGAGCCCT ACCAAGGCTC ATCTGTGACC 1440 CTGGCCACAG AGGCCTTTCT CTACGTGGGC ACCGTGCTGG ATGGGGGTGA CCTGTCCCGG 1500 TTTGCACTGC TGATGACCAA CTGCTATGCC ACACCCAGCG GCAACGCCAC AGACCCCTTG 1560 AAATATTTCA TCATCCAGGA TAGATGTCCA CGCACTAAGG ACTCAACCAT CCAGGTGGTG 1620 GAGAATGGGG AGTCCTCTCA GGGCCGATTT TCTGTCCAGA TGTTCCGTTT TGCTGGGAAC 1680 TATGACCTGG TCTACCTGCA CTGTGAAGTG TATCTCTGTG ACACCTTTAC TGAAAAATGC 1740 AAACCTACCT GCTCCAGGAC CAGATTCCGC GGTGGGGGCA TCATAGACCA AACCCATGTC 1800 CTGAACCTGG GTCCCATCAC ACGGAAAAAT GTCCAGGCAG TAGCCTCAAC GGCTGCTTCT 1860 AGCAGCCTGG GGTTCCTGAA GGTCTGGCTG CCTCTGCTTC TGTGGGCCAC CTTGACCCTG 1920 ATGTCTCAGT GA 1932