Amongst the genes whose splicing was disrupted, the researchers identified the DNMT3B gene. They have then demonstrated that the changes in DNMT3B splicing lead to reduced DNA methylation at specific sites near DUX4 which in turn cause harmful overexpression of the DUX4 gene, significantly contributing to FSHD development., Amongst the genes whose splicing was disrupted, the researchers identified the DNMT3B gene. They have then demonstrated that the changes in DNMT3B splicing lead to reduced DNA methylation at specific sites near DUX4 which in turn cause harmful overexpression of the DUX4 gene, significantly contributing to FSHD development., , Read More
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