Exploring how epigenetics and neuroscience reveal the biological embedding of social experiences and their implications for health and policy.
Explore how epigenetic mechanisms allow life experiences to influence gene expression through the cytocrin pathway, altering cellular function without changing DNA sequence.
Explore how the epigenetic landscape metaphor evolved from a simple visualization to a quantitative tool revolutionizing developmental biology.
Discover how in utero undernourishment perturbs the adult sperm methylome and affects intergenerational metabolism through epigenetic inheritance.
Explore the fascinating world of epigenetic reprogramming in mammalian development, from cellular transformation to therapeutic applications.
Explore how epigenetic rejuvenation research is challenging our understanding of aging and opening new possibilities for reversing biological age.
Discover how marine environmental epigenetics reveals the hidden resilience mechanisms that help ocean creatures adapt to climate change through molecular memories on DNA.
Explore how DNA methylation and hydroxymethylation guide human development, featuring Dr. Melanie Ehrlich's pioneering research in epigenetics.
Explore how epigenetic agents are revolutionizing immunotherapy by reprogramming our immune system to fight cancer, autoimmune diseases, and infections.
Explore the fascinating world of cucumber protoplast cultures and their epigenetic reprogramming. Discover how naked plant cells reveal secrets of cellular identity and crop improvement.