Discover how the SUV4-20 inhibitor A-196 reveals the crucial role of epigenetics in maintaining genomic integrity and its potential therapeutic applications.
Discover how endocrine-disrupting chemicals cause transgenerational epigenetic changes without altering DNA sequences, revealed through groundbreaking stem cell research.
Discover how epigenetic mechanisms enable innate immune cells to develop memory capabilities through chromatin dynamics and histone modifications.
Discover how epigenetic changes in PBMCs influence chronic inflammatory diseases like rheumatoid arthritis, lupus, and IBD through cutting-edge research.
Discover how omega-3 fatty acids and exercise modify DNA methylation patterns to slow biological aging, based on the groundbreaking DO-HEALTH trial.
Exploring how nutritional legacies echo across generations through epigenetic modifications, influencing obesity and diabetes risk.