Explore how Evolutionary Developmental Biology (Evo-Devo) reveals the genetic secrets behind animal diversity and form development.
Discover how gluco-incretin hormones epigenetically regulate Fxyd3 to control beta cell glucose competence and insulin secretion in diabetes.
Exploring the genetic and epigenetic mechanisms that create vulnerability to psychiatric disorders like schizophrenia and bipolar disorder.
Exploring the neurobiological impact of trauma and the science of resilience, including how traumatic memories form and evidence-based interventions for healing.
Explore how David Barker's revolutionary research revealed that our earliest development profoundly influences lifelong health and chronic disease risk.
Explore how fungi serve as model systems to understand the evolutionary dynamics of protein phosphorylation, a universal regulatory mechanism in life.
Explore the revolutionary science of epigenetics - how environmental factors influence gene expression without changing DNA sequence
Exploring the scientific evidence linking night shift work to increased breast cancer risk in nurses, with biological mechanisms and prevention strategies.
Discover how physical activity and sedentary behavior influence gene expression and epigenetic modifications in children and adolescents through cutting-edge scientific research.
Explore John Turberville Needham's 18th century experiments with mutton broth that sparked the spontaneous generation debate and influenced scientific methodology.