Aging
6 articles
How Epigenetic Changes Drive Aging and Why They Might Be Reversible
Aging is driven by epigenetic changes, reversible modifications that control gene activity without altering DNA. These molecular switches can drift over time, leading to cellular decline, but their reversibility offers promising avenues for interventions to slow or reverse age-related damage.
Top 5 Longevity Science Advancements Redefining Our Lifespan
In 2026, preliminary human studies using epigenetic reprogramming techniques demonstrated a partial reversal of biological age by 5-10 years, pushing the boundaries of what was once considered immutab
Science-Backed Habits for a Longer, Healthier Life
Imagine extending your disease-free life by 8 to 10 years, not through futuristic medicine, but by simply combining a healthy diet with other lifestyle factors.
Life Biosciences Closes $80M to Advance Rejuvenation Therapies
A patient with glaucoma has received the first dose of ER-100, an experimental treatment from Life Biosciences.
AI Accelerates Whole-Body Rejuvenation Drug Discoveries
Biotech startup NewLimit recently secured $435 million from investors, including Founders Fund, for its age reprogramming efforts.
Scientists use aptamers to identify aging cells in longevity research
A low-dose, 1mg/day regimen of rapamycin improved diastolic heart function in older men in just eight weeks, according to gethealthspan .