A new study from the DO-HEALTH trial, published in Nature Aging, reveals how simple interventions—vitamin D, omega-3, and exercise—can slow biological aging and potentially lower the risk of age-related diseases. Here’s why this research matters: Key Findings Why It MattersSlowing biological aging isn’t just about living longer—it’s about reducing the risk of chronic diseases like cancer,
Read MoreI was absolutely thrilled to have been invited to present at the 2024 Biomarkers of Aging Conference at Harvard Medical School this November! This prestigious event, hosted by the Biomarkers of Aging Consortium, brings together leading scientists from around the world to tackle one of the most pressing challenges in longevity research—developing and validating reliable
Read MoreNutrigeroscience, a growing field studying the interaction between diet and aging, suggests that macronutrients—proteins, fats, and carbohydrates—play a direct role in cellular senescence, the process where cells lose function over time. By fine-tuning our diets, we may have the power to slow down this aspect of aging and promote a longer, healthier life. The Role
Read MoreSleep is essential for maintaining good health, but disrupted sleep may accelerate biological aging. This study examined how sleep quality, measured using the Pittsburgh Sleep Quality Index (PSQI), is linked to epigenetic age acceleration in a cohort of 692 Korean adults. Researchers found that poor sleepers had a significant association between higher PSQI scores and
Read MoreGreen spaces are more than just aesthetically pleasing—they have profound effects on human health. While much of the research on green space and well-being focuses on psychological benefits, this study explores how nature influences our genes through epigenetic mechanisms. The Biological Link Between Green Space and Stress Exposure to green environments—parks, forests, and gardens—has been
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