Explore the fascinating epigenetic balance between Polycomb and COMPASS families that control gene expression in your cells.
Explore how epigenetics shapes brain development, behavior, and neurological disorders through DNA methylation, histone modification, and non-coding RNAs.
Discover how a father's diet and exercise habits can biologically program his offspring's energy expenditure and glucose metabolism through epigenetic inheritance.
Explore how epigenetic mechanisms and Adverse Outcome Pathways are revolutionizing environmental risk assessment and human health protection.
Discover how gluco-incretin hormones epigenetically regulate Fxyd3 to control beta cell glucose competence and insulin secretion in diabetes.
Exploring the genetic and epigenetic mechanisms that create vulnerability to psychiatric disorders like schizophrenia and bipolar disorder.
Explore the revolutionary science of epigenetics - how environmental factors influence gene expression without changing DNA sequence
Discover how physical activity and sedentary behavior influence gene expression and epigenetic modifications in children and adolescents through cutting-edge scientific research.
Discover how DNA replication timing serves as an organizational framework for the epigenome, influencing gene expression, cellular identity, and genome stability.
Explore how diet influences depression through brain epigenetics in rodents. Learn about the fascinating connection between nutrition, gene expression, and mental health.