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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| MONDO03248 reference isoform | 524 | 4 |  F7FLK8 |
Protein Sequence
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LELRSPVLLL CASVSLLGGL TFGYELAIIS GALLQLQLDF GLSCFEQEAL VGTLLLGALL 60 ASLVGGFLID QYGRKKAILF SNAILLAGSL SLSLAGSLPW LAMGRGMVGF AISLSSMACC 120 IYVSELVGPR HRGVLVSLYE VGITVGILLS YALNYALTDT SLSLIFLPAS LFSQFKAKSD 180 SHKGLIPLQG PEEAEAATSS SHRKEQYSFW SLFRAKANMR SRTAVGLGLV LFQQLTGQPN 240 VLCYASTIFH SVGFRGGSSA TLASVGLGGV KVAATLVAMG LVDRAGRRVL LMAGCAVMAV 300 SVSGIGLVGF TVSMDPTQGC HRPPETSNMT TASRFPAFQA DPSLPPLQGS SDYPDIGLTS 360 LKMDTSGARA KGTVANSSGV QGALLPAHDS LAHGTSNLVT NSWTSRHRVL NWIALLCMMA 420 FVSAFSFGFG PITWLVLSEI YPAEIRGRAF AFCNSFNWAA NLLISLSFLD LIGAIGLSWT 480 FLLYGLMAVA GLGFIYLFVP ETKGQSLAEI DQQFQRRRYV PLMM 524
cDNA Sequence
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TTAGAACTGC GCTCTCCAGT CCTGTTGTTG TGTGCCTCGG TCTCCTTGCT GGGAGGACTG 60 ACTTTTGGCT ATGAGCTGGC CATTATCTCT GGAGCACTGC TGCAGTTGCA ATTAGACTTT 120 GGGCTCAGCT GCTTTGAGCA GGAGGCTCTG GTGGGGACCC TGCTTCTTGG GGCTCTCCTA 180 GCCTCCTTAG TTGGAGGGTT CCTCATTGAC CAGTATGGGA GGAAGAAAGC CATCTTATTT 240 AGCAATGCCA TACTGCTTGC TGGCAGCCTG AGCTTAAGCC TCGCAGGCTC ACTGCCATGG 300 CTGGCCATGG GCCGAGGCAT GGTGGGCTTT GCCATCTCTC TGTCCTCTAT GGCCTGCTGT 360 ATCTACGTCT CAGAACTGGT GGGACCTCGA CATCGGGGCG TGCTCGTGTC CCTGTACGAA 420 GTGGGCATCA CGGTGGGTAT CCTCCTCTCC TATGCTCTCA ACTACGCGCT TACTGACACA 480 TCCCTTAGCC TCATCTTTCT CCCAGCAAGC CTCTTTTCAC AATTCAAGGC TAAATCAGAC 540 TCCCATAAGG GCCTCATTCC GCTCCAAGGC CCTGAGGAAG CAGAAGCAGC CACATCCAGT 600 TCCCACAGGA AGGAACAGTA CTCTTTCTGG AGCCTCTTTA GGGCCAAGGC CAACATGCGG 660 AGTCGGACGG CCGTGGGTCT AGGCCTTGTG CTCTTCCAAC AGCTCACCGG CCAACCCAAT 720 GTGCTCTGCT ATGCATCCAC CATTTTCCAT TCCGTGGGTT TTCGAGGGGG CTCTTCGGCT 780 ACCCTGGCTT CTGTGGGACT CGGAGGGGTA AAAGTGGCTG CTACCTTGGT GGCTATGGGA 840 CTGGTGGACC GCGCTGGGAG GAGGGTGCTG CTGATGGCTG GCTGCGCTGT CATGGCTGTC 900 TCAGTCAGTG GCATTGGGCT GGTTGGCTTT ACTGTGTCAA TGGACCCCAC TCAGGGCTGC 960 CACAGACCTC CTGAGACATC CAACATGACC ACTGCCTCCA GGTTTCCTGC TTTCCAGGCA 1020 GACCCCAGCC TTCCCCCTCT CCAAGGGAGC TCGGACTATC CCGACATAGG ATTGACTTCC 1080 CTAAAGATGG ACACATCTGG TGCCAGAGCC AAAGGGACAG TTGCTAATTC CTCAGGAGTT 1140 CAGGGAGCTC TTCTTCCAGC TCATGACTCA CTGGCACATG GCACCAGTAA CCTGGTTACC 1200 AACTCCTGGA CCAGCAGGCA CAGGGTCTTA AACTGGATTG CTTTACTCTG CATGATGGCA 1260 TTCGTGAGCG CCTTTTCTTT TGGATTTGGA CCAATCACCT GGCTGGTCCT CAGTGAGATC 1320 TATCCAGCTG AAATCCGAGG ACGGGCATTC GCCTTCTGCA ACAGTTTTAA CTGGGCTGCC 1380 AACTTGCTGA TCAGCCTCTC CTTCCTGGAT CTGATTGGAG CCATTGGCTT ATCCTGGACC 1440 TTCCTGCTGT ATGGGCTGAT GGCTGTGGCT GGCCTCGGTT TCATTTATTT ATTTGTCCCT 1500 GAAACCAAAG GCCAGTCCCT GGCAGAGATA GACCAACAGT TCCAGAGAAG ACGGTATGTA 1560 CCACTAATGA TGTGA 1575