Research Articles
Beyond Genes: How Your Father's Diet and Lifestyle Shape Your Health
Explore the revolutionary science of paternal epigenetic inheritance and how fathers' experiences influence children's metabolic health across generations.
The MIND Consortium: Decoding the Brain's Blueprint Through Epigenetics
Exploring how the MIND Consortium bridges epigenetics and neuroimaging to understand brain development and mental health.
Beyond the Blueprint: Why Reductionism Can't Fully Explain the Fascinating World of Epigenetics
Exploring how epigenetics challenges reductionist approaches in biology and reveals the complex interplay between genes and environment.
You Are What Your Mother Ate: How Early Diet Rewires Your Genes for Life
Discover how early-life nutrition can epigenetically alter ribosomal DNA, creating a biological memory that lasts a lifetime.
How Your Diet Talks to Your Genes: The Epigenetic Link Between Food and Cancer
Discover how nutrients, bioactive food components, and environmental toxicants converse with our genes through epigenetic mechanisms, shaping our cancer risk.
Epigenetics: A New Frontier in Dentistry
Discover how epigenetics is revolutionizing dental medicine through gene regulation, oral cancer research, and personalized treatments.
The Epigenetic Bridge: How Ancient Ayurvedic Wisdom Meets Modern Science in Understanding Childhood Leukemia
Explore the fascinating connection between Ayurvedic Shadgarbhakara Bhava and modern epigenetics in understanding childhood leukemia development and treatment.
Gendered Imaginaries: The Hidden Biases in Epigenetic Research
Exploring how gendered biases shape epigenetic research and influence our understanding of intergenerational health inheritance.
The Crystal Ball in Your Veins: How a Single Blood Test Can Predict Your Future Health
Discover how epigenetic blood tests can predict your risk for 19 common diseases years before symptoms appear through groundbreaking Scottish research.
Environmental Epigenetics: How Your Experiences Shape Your Genes
Explore how environmental factors influence gene expression through epigenetic mechanisms without changing DNA sequence.