Research Articles
The Epigenetic Symphony: How Chromatin Conducts Alternative Splicing
Explore how epigenetic mechanisms regulate alternative splicing through chromatin structure, histone modifications, and non-coding RNA interactions.
The Milk Bond: How Islam's Ancient Wisdom Meets Modern Epigenetics
Exploring the connection between Islamic milk kinship tradition and modern epigenetic science through breast milk's biological effects
The Epigenetic Key: How Life Experiences Rewire Our Genes in Mental Health
Exploring how epigenetic mechanisms bridge environmental experiences and genetic expression in psychiatric disorders
The Fitness Code in 3D: How Your Genes Remember Your Workout
Discover how exercise reshapes the 3D architecture of your DNA, creating a molecular memory of your fitness that lasts for days, weeks, or longer.
Life = Epigenetics, Ecology, and Evolution: How Plasticity Shapes Our World
Explore the dynamic interplay between epigenetics, ecology, and evolution in shaping life through developmental plasticity and environmental adaptation.
The Intelligent Genome: How Epigenetics Mediates Adaptation
Explore how epigenetics acts as a dynamic layer of intelligence over the static genetic code, enabling rapid adaptation and transgenerational inheritance.
Unlocking Our Secret Code: How Virus Infections Change Our Genes
Discover how arboviruses like dengue and Zika manipulate our epigenetic mechanisms to hijack cellular functions and evade immune responses.
The Silent Clock: How Epigenetic Changes Steer the Aging Process
Explore how epigenetic changes influence the aging process and discover the latest research on epigenetic clocks and interventions.
The Ghosts in Our Genome: How Ancient Viral DNA Shapes Your First Days of Existence
Explore Maria Elena Torres-Padilla's groundbreaking research on epigenetic reprogramming and how ancient viral DNA influences early embryonic development.
Rewriting the Body's Battle Plan: How Your Innate Immune System "Learns"
Discover how epigenetic programming enables trained immunity in monocytes and macrophages, revolutionizing our understanding of the immune system.