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. 2008 Apr 1;54(4):682–687. doi: 10.1373/clinchem.2007.099119

Table 2.

Novel putative mutations found in this study.1

No. Gene Exon/intron Mutation2 Consequence3
1 MYH7 exon 8 c.641G>A p.Gly214Asp
2 MYH7 exon 8 c.646C>G p.Leu216Val
3 MYH7 exon 9 c.776C>A p.Ala259Glu
4 MYH7 exon 10 c.842G>C p.Arg281Thr
5 MYH7 exon 16 c.1681G>A p.Ala561Thr
6 MYH7 exon 21 c.2348G>A p.Arg783His
7 MYH7 exon 27 c.3346G>A p.Glu1116Lys
8 MYH7 exon 27 c.3613G>A p.Glu1205Lys
9 MYBPC3 exon 7 c.709T>C p.Tyr237His
10 MYBPC3 exon 13 c.932CC>CA p.Ser311X
11 MYBPC2 intron 14 c.1223+1G>T splice defect
12 MYBPC3 intron 14 c.1224–19G>A splice defect
13 MYBPC3 intron 31 c.3330+2T>C splice defect
1

The listed SNVs have not yet been reported in public mutation/SNP databases (http://www.cardiogenomics.org, http://www.hgmd.cf.ac.uk, http://www.ncbi.nlm.nih.gov/SNP/snp_blastByOrg.cgi; all 3 accessed June 2007). These mutations were considered putative disease-causing mutations on the basis of a finding that (a) the affected amino acid was conserved during evolution or (b) a splice site was either created or abolished.

2

See Materials and Methods for the GenBank entries for the reference sequences to which the nomenclature refers.

3

As deduced from the DNA alteration.