Explore the fascinating world of genomic imprinting - where parental origin of genes creates biological conflicts and shapes development, behavior, and disease.
Groundbreaking research from London's genetic science hub reveals new insights into Alzheimer's, Down syndrome, birth defects, and epigenetic therapies.
Explore how gene-environment interactions shape brain health and mental disorders through neurobiological mechanisms and the diathesis-stress model.
Exploring how pioneering women scientists are advancing the Developmental Origins of Health and Disease field and revolutionizing our understanding of lifelong health.
Explore the fascinating mechanism of the mouse Xist gene and its role in X-chromosome inactivation through epigenetic regulation.
Exploring how single-cell technologies are revolutionizing our understanding of early embryonic development from oocyte to blastocyst.
Exploring how environmental stress transforms food safety, nutrition, and health through biochemical, genetic and epigenetic mechanisms.