Research Articles
The Timekeeper in Your DNA: How the ELOVL2 Gene is Revolutionizing Forensic Age Prediction
Discover how ELOVL2-based epigenetic clocks are transforming forensic science by accurately predicting age from DNA methylation patterns in blood and saliva samples.
The Epigenetic Revolution: How Your Experiences Reshape Your Genes and Bridge Biology Society
Explore how epigenetics bridges biology and society, revealing how experiences reshape gene expression through DNA methylation, histone modifications, and non-coding RNAs.
The Silent Switch: How a Muffled Gene Drives Colon Cancer in Surprising Ways
Discover how the p16 gene is silenced through methylation in colorectal cancer, with surprising differences based on tumor location and gender.
The Epigenetic Puzzle of Eating Disorders: How Life Experiences Rewire Our Genes
Explore how epigenetic research is transforming our understanding of eating disorders, revealing how life experiences biologically reshape gene expression.
Epigenetics: The Hidden Switch Controlling Your Health
Explore how epigenetics controls gene expression without changing DNA, its role in diseases, and the cutting-edge tools scientists use to study this hidden layer of biological regulation.
The Epigenetic Symphony: How DNA Modifications Conduct Human Development
Explore how DNA methylation and hydroxymethylation guide human development, featuring Dr. Melanie Ehrlich's pioneering research in epigenetics.
The Epigenetic Clock: How a Single Gene Reveals Your Biological Age
Discover how the ELOVL2 gene serves as an epigenetic clock, revealing biological age through DNA methylation patterns with applications in forensics and aging research.
The Hidden Battle Within: How DNA Methylation Encodes the Secret Evolution of Gliomas
Discover how DNA methylation patterns reveal the clonal evolution of gliomas and transform our understanding of cancer progression and treatment resistance.
The Epigenetic Link: How Stress Rewrites Our Genetic Destiny
Explore how stress and life experiences can alter gene expression through epigenetic mechanisms, affecting health across the lifespan.
Unlocking Your Genetic Potential: How Epigenetics Shapes Health and Destiny
Discover how epigenetics acts as the hidden conductor of our genetic orchestra, influencing health outcomes through environmental interactions and lifestyle choices.