Research Articles
Unlocking Hidden Weapons: How Epigenetics is Revolutionizing Leukemia Treatment
Discover how epigenetic therapies are transforming T-PLL treatment by overcoming alemtuzumab resistance through groundbreaking combination approaches.
Epigenetics and Evolution: The Hidden Force Shaping Life's Journey
Explore how epigenetics - molecular modifications that regulate gene expression without altering DNA - adds a new dimension to our understanding of evolution.
The Hidden Regulators: How Plant Non-Coding RNAs Are Revolutionizing Biology and Agriculture
Discover how plant non-coding RNAs and epigenetic mechanisms control gene expression, enable environmental adaptation, and offer solutions for climate-resilient agriculture.
The Epigenetic Seesaw: How Polycomb and COMPASS Balance Gene Expression
Explore the delicate molecular balancing act between Polycomb and COMPASS proteins that governs gene expression, cellular identity, and disease development.
Beyond DNA: How Life Experiences Rewrite Your Brain's Genetic Code
Explore how epigenetics reveals how life experiences modify gene expression in psychiatric disorders and mental health treatment.
Epigenetic Alterations in Aging: The Silent Conductor of Our Biological Symphony
Explore how epigenetic changes drive aging and the potential for reversing the biological clock through cutting-edge epigenetic research.
Epigenetics: How Your Experiences Shape Your Biology
Explore how epigenetic mechanisms control gene expression without altering DNA sequence, influencing development, health, and disease.
The Silent Memory Within: How Pancreatic Cells 'Remember' Their Path to Cancer
Discover how epigenetic memory in pancreatic cells drives cancer development through persistent molecular marks without DNA sequence changes.
The Epigenetic Code: How Your Genes Remember Your Medicine
Exploring how epigenetic regulation of ADME genes influences drug response and personalized medicine.
The Invisible Architect: How Epigenetics Rewrites the Rules of Inheritance
Exploring how epigenetics reveals a dynamic layer of biological control where experiences and environment sculpt gene expression without altering the genetic code itself.