Research Articles
The Methylation Code: How a Tiny Chemical Tag Rewrites Our Genetic Playbook
Exploring how cytosine methylation impacts DNA binding specificities of human transcription factors and rewrites genetic instructions.
The Inflammatory Switch: How a Tiny Protein Rewrites Our Body's Defense Code
Discover how LKB1 protein acts as a master regulator of inflammation through CRTC2-dependent epigenetic remodeling and its implications for disease therapy.
The Silent Workout: How Exercise Rewrites Your Heart's Genetic Code
Discover how physical exercise induces epigenetic changes that strengthen your cardiovascular system and reduce disease risk.
The Immune Awakening: How Hypomethylating Agents Revolutionize Cancer Therapy
Exploring how hypomethylating agents like azacitidine and decitabine revolutionize cancer therapy by awakening the immune system through epigenetic reprogramming.
The Silent Conductor: How Your Body's Clock Weaves Metabolism and Genes into the Rhythm of Life
Exploring the circadian clock's role in metabolism, gene expression, and epigenetic regulation through cutting-edge research findings.
The Secret Memories of Plants: Unlocking the Mystery of Heat Resistance
Discover how plants remember heat stress and develop thermotolerance through sophisticated molecular mechanisms and epigenetic memory.
The Ancient Wisdom of Tomorrow: How Ayurveda Shapes Our Genes to Prevent Disease
Discover how Ayurveda's 5,000-year-old wisdom is being validated by modern epigenetics to prevent noncommunicable diseases through generational health programming.
Unlocking Asthma's Origins: The Epigenetic Code
Exploring how epigenetic mechanisms shape asthma development and potential therapeutic interventions.
The Social Butterfly Effect: How Biology Embraced Society and Revolutionized Human Understanding
Exploring how three seismic shifts in evolutionary theory, neuroscience, and genetics are rewriting the rules of biology and social science
The Invisible Thread: How Homeopathy's Miasm Theory Evolved from Ancient Stains to Modern Genetics
Exploring the evolution of homeopathy's miasm theory from 19th-century disease concepts to modern epigenetic interpretations of inherited health patterns.