All articles tagged with #super agers
PBS Horizons investigates what makes so-called 'super agers' age with remarkable longevity and mental sharpness, featuring insights from Dr. Eric Topol and Dr. Sandra Weintraub about proven techniques and ongoing research aimed at longer, healthier brains and lives.
Amid the longevity hype, the piece elevates Eric Topol’s lifestyle-focused approach—regular exercise, hydration, a Mediterranean diet, seven hours of sleep, and strong social ties—as the most credible path to healthy aging, while criticizing expensive, unproven regimens by biohackers like Bryan Johnson and the costly, mixed-methods approach of Peter Attia; ultimately, Topol’s emphasis on prevention over pills is presented as the most reliable route to becoming a “super ager.”
A Nature-published study from Northwestern and the University of Illinois Chicago finds that adults 80+ who are labeled 'super-agers' generate about twice as many immature hippocampal neurons as typical older adults, suggesting a genetic/molecular basis for preserved cognition and notable brain plasticity, though the small sample size and brain variability warrant cautious interpretation.
New Nature study finds that older adults with healthy cognition, including 'super agers', continue to produce immature neurons in the hippocampus at higher levels than those with cognitive decline, suggesting persistent neurogenesis may support memory; the neuron fraction is tiny (~0.01%), and the small sample sizes mean results should be interpreted cautiously; researchers hope to harness this process to develop therapies that boost neurogenesis in aging and Alzheimer's.
A Vanderbilt-led study of 18,080 participants finds that people over 80 with unusually strong memory (super agers) carry fewer APOE-ε4 Alzheimer’s risk genes and more APOE-ε2 protective variants than their peers. Super agers were 68% less likely to carry ε4 than 80+ individuals with Alzheimer's and 19% less likely than cognitively normal peers, while they were 28% more likely to carry ε2, and 103% more likely than those with Alzheimer’s dementia to have this protective variant. As the largest study of super agers to date, the findings suggest a genetic basis for exceptional cognitive aging and may guide future dementia resilience research.
Ednajane 'E.J.' Truax exemplifies a super ager by staying active through gardening, exercising regularly, and maintaining a social life, which research shows can help people thrive into their 80s and 90s.
The article shares five tips from 'super agers' on how to live a healthy life, emphasizing that while genetics play a role, lifestyle choices are crucial for aging well into advanced years.
The article highlights Ednajane 'E.J.' Truax, a 'super ager' who defies typical aging challenges through regular physical activity, social engagement, and a positive attitude, exemplifying research that shows staying active is key to thriving into old age.
A 25-year study by Sandra Weintraub found that the key common factor among super-agers—people over 80 with memory abilities of much younger individuals—is their strong social relationships, highlighting the importance of social connection for maintaining brain health in old age.
A 25-year study from Northwestern University found that 'super agers' over 80 maintain exceptional memory and brain structure similar to much younger individuals, with some brains showing resistance or resilience to Alzheimer's-related proteins. Factors like larger memory-related neurons and social behavior may contribute to their cognitive resilience, suggesting that cognitive decline is not an inevitable part of aging.
Research over 25 years has identified key traits of 'super-agers'—people over 80 with memory abilities comparable to much younger individuals—aiming to understand how they avoid typical cognitive decline and diseases like Alzheimer's.
Scientists at Northwestern University studied 290 super-agers over 25 years and found that their exceptional memory and brain health are linked to unique brain structures, personality traits, and resistance or resilience to Alzheimer’s-related proteins, offering insights into promoting cognitive longevity.
Super agers are individuals over 80 who remain free of chronic diseases, and research suggests that lifestyle, immune system health, and early detection through biomarkers are key factors in achieving such longevity, rather than genetics alone. Advances in medical science now enable better prevention and personalized health strategies, but societal and systemic changes are needed to make these accessible to all.
Eric Topol highlights that healthy aging is more influenced by lifestyle factors such as diet, exercise, social engagement, and sleep than genetics. He advocates for adopting a Mediterranean diet, regular exercise, moderate alcohol consumption, avoiding unnecessary medical tests and supplements, and leveraging emerging genetic and organ clock testing to extend health span. Topol emphasizes that early intervention and lifestyle modifications can significantly increase years lived in good health, and he discusses promising medical advances like GLP-1 drugs for disease prevention.
Scientists are studying a 100-year-old woman named Dorothy Boucek, who is part of a group known as Super Agers, to uncover the secrets to her long and healthy life. Boucek attributes her longevity to a combination of factors, including a happy disposition, a healthy diet, regular exercise, and social engagement. Researchers at the Albert Einstein College of Medicine are studying Boucek's genetic makeup to understand how it contributes to her exceptional brain function and overall health. The goal is to identify longevity genes that could potentially be targeted with medication in the future to help people live longer and healthier lives.