Research Articles
Childhood Stress and Adult Cancer: The Startling Connection Science Is Revealing
Discover the groundbreaking research linking adverse childhood experiences to increased cancer risk in adulthood and the biological mechanisms behind this connection.
The Inactive X Chromosome: Unraveling the Secrets of Heterogeneous Heterochromatin
Exploring the complex heterogeneity of X-chromosome inactivation and its implications for health, disease, and aging.
How a Genetic Switch Shapes Life and Fights Cancer: The Story of Wilms Tumor 1 and Histone Acetylation
Explore how histone acetylation regulates the dual-natured WT1 gene and its implications for cancer therapy and epigenetic reprogramming.
Set7: The Epigenetic Architect of Fission Yeast
Discover how Set7, a novel histone methyltransferase in Schizosaccharomyces pombe, controls gametogenesis through H3K37 methylation
Unlocking Cancer's Control Center: How the Akt/mTOR Pathway is Revolutionizing Head and Neck Cancer Treatment
Explore how the Akt/mTOR signaling pathway is transforming head and neck cancer treatment through emerging research from the Tissue Array Initiative.
The Hidden Metabolic Switch: How Your Body's Chemistry Shapes Your Behavior
Explore the fascinating connection between metabolism and behavior, from bacterial social clubs to human decision-making, and discover how your body's chemistry influences your actions.
The Mind-Body Bridge: How Your Thoughts and Feelings Talk to Your Body
Explore the four key physiopathological mechanisms connecting mental states and physical health through epigenetics, allostasis, neuroimmune pathways, and interoception.
The Cloning Revolution: From DNA Scissors to Gene Surgery
How tiny molecular tools are rewriting the blueprint of life through molecular cloning technologies
The Living Code: Cracking the Signals That Build Life
How a revolutionary field, Biosemiotics, is revealing that life isn't just chemistry—it's a conversation.
The Methylation Switch: How Decitabine Reprograms Our Cells
Explore how decitabine, an epigenetic drug, reprograms cancer cells by reversing DNA methylation and reactivating silenced tumor suppressor genes.