… heavily on the epigenetic regulation and consequent gene expression pattern of the mutant
allele. Hence, targeting DNA methylation and other associated epigenetic players might …

… associations between DNA methylation and gene expression. We demonstrate that DNA
hypermethylation can be associated not only with downregulation of gene expression, but also …

… expression of genes … DNA methylation for global gene expression and development in
plants and establish a framework for the future investigation of the contribution of this epigenetic …

… methylation. First, we describe DNA methylation rolls in gene silencing and gastric cancer-related
genes methylation. Then, we discuss other …

… of DNA methylation patterns remain under investigation. Here, we review the field of DNA
methylation … , and point the reader to select experiments that form the foundation of this field. …

… Much progress has been made in our understanding of epigenetic regulation of gene
expression, particularly in model plants like Arabidopsis and rice. Proteins and enzymes involved …

… and translation adds another layer of dynamic gene regulation. Central to precise and
synchronized regulation of gene expression is intricate crosstalk between multiple checkpoints …

… circRNAs is still unclear, they could be involved in miRNA binding and regulation of gene
expression [65,66], generating a new level of epigenetic regulation through DNA methylation. …

… to variations in DNA methylation patterns induced by physical activity. DNA methylation is …
Biomarker genes for diseases that are subject to this epigenetic control have been identified …

… to the term. On the mid 1990s, the discovery of DNA methylation as a mechanism for gene
expression silencing and the identification of imprinted genes, provided a direct link between …