Find uplifting stories about heroes, innovations, and solutions
82 results for "aging research"
Scientists in Finland developed a gentle heat treatment that activates the eye's natural repair systems before dry macular degeneration causes vision loss. Human trials start this spring for a condition affecting 20 million Americans over 40.
Texas A&M scientists developed a nasal spray that reversed brain aging and restored memory after just two doses. The breakthrough could transform how we treat dementia and age-related cognitive decline.
Researchers found that declining levels of a brain protein called Menin may drive aging, but they reversed memory loss and physical decline in elderly mice within 30 days. An amino acid supplement found in eggs and soybeans also boosted cognitive function.
Aging cells once thought to be harmful may actually protect your body, leading to smarter anti-aging treatments. Researchers are now developing precision therapies that target only the bad cells while keeping the helpful ones alive.
Scientists discovered that a topical treatment eliminates "zombie cells" in aging skin, helping older mice heal wounds 43% faster. The breakthrough could one day improve recovery after surgery and help millions with chronic wounds.
Scientists at the University at Buffalo discovered that boosting a single inflammation-fighting protein helped elderly mice become stronger, more energetic, and develop healthier bones. The breakthrough could eventually lead to treatments helping people stay independent and healthy well into their 90s.
Scientists at Stanford, MIT, and Cambridge are using Google DeepMind's Co-Scientist AI to accelerate breakthroughs in liver disease, aging, and infectious diseases. The system helps researchers digest decades of studies in days, spotting connections humans might miss.
Scientists at the University at Buffalo discovered that boosting a single protein helped elderly mice gain strength, energy, and healthier bones. The breakthrough could one day lead to treatments that help people stay independent and healthy as they age.
Scientists discovered microscopic particles from the gut that may drive aging-related diseases. Even more exciting: particles from young animals actually reversed some aging damage in older ones.
Two graduate students chatting at a campus event sparked a breakthrough that could revolutionize how we fight aging and disease. Their collaboration led to a new method for identifying harmful cells linked to Alzheimer's, cancer, and aging itself.
Researchers successfully reversed muscle aging in old mice by removing stem cells, rejuvenating them, and putting them back. The breakthrough could one day help elderly people regain muscle strength and heal faster from injuries.
Researchers discovered that immune cells in the bloodstream contribute to age-related memory decline, and blocking them reversed cognitive aging in mice. The breakthrough could lead to treatments that improve memory without needing to target the brain directly.
Scientists at Harvard are uncovering real ways to help people stay healthier as they age, from intermittent fasting to social connection. The research could transform how we experience our later years.
Mount Sinai researchers made old blood stem cells behave like young ones again by repairing tiny cellular recycling centers, boosting their regenerative power eightfold. This discovery could lead to treatments that help elderly people maintain healthier immune systems and reduce risks of blood disorders.
Going to museums, reading books, and enjoying cultural activities could slow your biological aging by up to 4%, matching the health gap between smokers and nonsmokers. A major UK study suggests your weekend plans might be just as important as your workout routine.
Researchers turned back the clock on aging livers by restoring youthful gut bacteria in older mice. None of the treated mice developed liver cancer, while untreated aging mice did.
Scientists discovered that keeping consistent daily patterns of rest and activity might help you age more slowly at a biological level. The research suggests that getting the same amount of rest each day without interruption could be as important as how much rest you get.
Researchers at UCSF discovered that removing one protein from older mice's brains didn't just stop cognitive decline—it actually rebuilt lost connections and restored memory. The breakthrough suggests aging brain damage might be reversible, not permanent.
Scientists discovered that Greenland sharks survive for centuries despite hearts riddled with aging damage that would devastate other animals. Their secret resilience could unlock new ways to protect human hearts from aging.
Scientists discovered how specific compounds in coffee activate a protein that helps protect against aging and disease. Both regular and decaf coffee show similar benefits, suggesting it's not just about the caffeine.
Showing 20 of 82