Research Articles
Beyond DNA: How Epigenetics is Revolutionizing the Future of Plants
Explore how epigenetics is transforming plant science, enabling climate-resilient crops through DNA methylation, histone modification, and non-coding RNAs.
You Are What Your Grandmother Ate: How Food Reprograms Your Genes
Discover how nutritional epigenetics reveals food as a powerful environmental exposure that reshapes our biology across generations.
The Epigenetic Revolution: How Lamarck's Ghost is Reshaping Environmental Law
Exploring how epigenetics is reshaping environmental law through Lamarckian principles of inherited traits
The Epigenetic Orchestra: How Networks of Molecular Conductors Shape Our Genetic Symphony
Exploring the dynamic systems of chemical tags and regulatory molecules that orchestrate gene activity without altering the genetic code itself.
Epigenetic Keys to Unlock Cancer's Armor: Rewiring Malignant Cells for Immune Destruction
Exploring how epigenetic drugs can resensitize T-cell malignancies to CD8+ T cell mediated cytotoxicity through high-throughput screening approaches.
The Epigenetic Whisper: How Silent Genes Speak Volumes in Type 2 Diabetes
Exploring how DNA methylation patterns in TCF7L2 and GIPR genes contribute to Type 2 Diabetes development and potential diagnostic applications
Unlocking the Epigenetic Landscape: A New Frontier in Biomarkers and Drug Development
Exploring the revolutionary potential of epigenetic modifications in biomarker discovery and precision drug development for diseases from cancer to chronic pain.
The Epigenetic Motherload: How Rat Studies Shape Our Views of Maternal Responsibility
Exploring how rat epigenetics studies influence our understanding of maternal responsibility and the potential biases in translating these findings to humans.
The Epigenetic Symphony: How Your Brain and Body Communicate Beyond Genes
Discover how epigenetic mechanisms facilitate brain-body communication beyond genetic programming, influencing health, disease, and potential therapies.
The Sweet Threat: How Sugar Disrupts the Blueprint of Human Eggs
Research reveals how high glucose levels rewrite DNA methylation in human eggs, potentially affecting future generations' health.