Background: Extensive research in the last decade has clearly shown the close relationship
between dietary habits, food intake, and gene expression, which is also determined by the …

Post-translational modifications of histones (PTMs) are key epigenetic regulators and control
chromatin-mediated processes such as gene expression, genome organization, DNA …

Epigenetics describe heritable changes to the genome without changes to the DNA
sequence itself. Epigenetic marks include DNA methylation and histone modifications, and …

We can lump within the scope of the enigmatic word of “epigenetics” all the heritable
changes in gene expression patterns that are based on factors other than straightforward …

Recent studies have demonstrated that methyl insufficiency and/or abnormal DNA
methylation likely have significant roles in the development of several pathologies including …

Abstract Epigenetic Regulation Allows Control of Differential Gene Expression from the
Same Genome. Every somatic cell in a given organism contains the same genetic …

Our advances in technology allow us to sequence DNA to uncover genetic differences not
only between individuals, but also between normal and diseased cells within an individual …

Significance: Cancer development and progression are associated with numerous genetic,
epigenetic, and metabolic changes. Recent Advances: A number of epigenetic aberrations …

Epigenetics, the study of heritable changes in gene expression without modifying the
nucleotide sequence, is among the most important topics in medicinal chemistry and cancer …

Epigenetic modifications are heritable chromatin alterations that contribute to the temporal
and spatial interpretation of the genome. The epigenetic information is conveyed through a …