Research Articles
The Epigenetic Switch: How Organisms Rewrite Their Own DNA to Adapt Instantly
Explore the epigenomic threshold hypothesis and how organisms use epigenetic mechanisms to develop different forms based on environmental cues.
Beyond the Gene: How Epigenetics Is Revolutionizing Our Understanding of Evolution
Explore how epigenetics is challenging traditional evolutionary psychology and reshaping our understanding of inheritance, evolution, and human behavior.
The Unfinished Symphony: How Your Experiences Can Reshape Your Legacy
Discover how epigenetics is revolutionizing our understanding of evolution and inheritance. Learn how your experiences can biologically impact future generations.
The Green Conductor's Secret: How a Tiny Molecule Orchestrates Plant Growth
Discover how the SDG8 methyltransferase links brassinosteroid signaling with microRNA regulation to control plant development through epigenetic mechanisms.
Beyond Blueprints: How Environment Writes the Code of Our Minds
Explore how epigenetics reveals how environmental factors physically rewrite gene function, impacting ADHD and other neurodevelopmental disorders.
The Cellular Orchestra: How Your Genes Know When to Play
Explore the fascinating epigenetic balance between Polycomb and COMPASS families that controls gene expression in your cells.
The Unforgetting Body: How Obesity Rewrites Your Biological Story
Explore how obesity creates a persistent epigenetic memory in your cells that affects weight management and biological aging.
Epigenetics: The Hidden Code Driving Cancer's Shape-Shifting Ability
Explore how epigenetic mechanisms drive cancer plasticity and treatment resistance through the permissive epigenome concept.
The Symphony of Self: How Your Body and Experiences Shape Your Genes
Explore the revolutionary science of embodiment and epigenesis, revealing how our experiences and environment shape gene expression without altering DNA.
The Silent Symphony: How Epigenetics Conducts Heritable Biological Adaptation
Explore how epigenetic mechanisms serve as nature's master conductors, orchestrating biological adaptation through molecular symphonies that resonate beyond a single lifetime.