Research Articles
Epigenetics of Posture: How Lifestyle Writes Itself in Your Genes
Discover how epigenetics reveals that your lifestyle choices can reprogram gene expression related to posture and musculoskeletal health.
Silent Inheritance: How Prenatal Smoking Alters Our Genetic Blueprint
Discover how prenatal cigarette smoke exposure alters methylation profiles in imprinted genes and impacts fetal development across generations.
Epigenetic Regulation: From Mechanism to Intervention
Explore the fascinating world of epigenetic regulation, from DNA methylation to cutting-edge therapeutic interventions.
Unlocking Silent Genes: How Tiny Mutations in a Plant Are Revolutionizing Epigenetics
Discover how trans-acting mutations in Arabidopsis thaliana are reversing epigenetic gene silencing and transforming our understanding of genetics.
The Unforgiving Memory: How Epigenetics Explains Diabetes' Lasting Damage to Kidneys
Explore how epigenetic mechanisms create metabolic memory in diabetic kidney disease, explaining why kidney damage persists even after blood sugar control.
The Hidden Switch: How Epigenetics Controls Your Body's Recovery After Surgery
Discover how epigenetic mechanisms regulate inflammation and organ dysfunction after surgery, and the potential for personalized epigenetic therapies.
Cracking the Code: How Your Life Experiences Rewire Your Body for Obesity
Explore how epigenetics reveals obesity as a biological learning process, not just a lifestyle choice. Understand the cellular mechanisms and global impact.
Epigenetic Advances in Behavioral and Brain Sciences Have Relevance for Public Policy
Explore how epigenetic research reveals how experiences shape our biology and why this matters for creating healthier societies through evidence-based policies.
Epigenetics: The Hidden Switch Controlling Your Health and Disease
Explore how epigenetics controls gene expression without changing DNA sequence, its role in disease, and the latest epigenetic engineering breakthroughs.
Epigenetic Remodeling in Exhausted T Cells: The Key to Transplantation Tolerance
Exploring how epigenetic changes in exhausted T cells could revolutionize organ transplantation by inducing tolerance without lifelong immunosuppression.