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1353 results for "longevity gene"
Researchers successfully transferred a longevity gene from naked mole rats into mice, making them healthier and extending their lives by 4.4%. The breakthrough suggests nature's long-lived species may hold keys to improving human health.
Scientists discovered why people with the APOE2 gene live longer and rarely get Alzheimer's: their brain cells are better at repairing DNA damage. The breakthrough could lead to new treatments that protect everyone's brain, especially those at higher risk.
Scientists discovered our genes influence how long we live far more than previously thought. New research shows genetics account for over half of lifespan, opening doors to breakthrough longevity treatments.
Scientists transferred a longevity gene from naked mole rats to mice, making them healthier and extending their lives by 4.4 percent. This breakthrough suggests nature's longest-lived animals might hold keys to human health.
Melbourne researchers developed an AI tool that creates molecular "off switches" for CRISPR gene editing in just 8 weeks. The breakthrough could help make gene therapy treatments safer and more accessible for patients with genetic diseases.
Australian researchers developed an AI system that makes gene editing safer by protecting healthy genes during treatment. The breakthrough could transform how doctors treat genetic diseases like cystic fibrosis.
Children born completely deaf are hearing whispers for the first time thanks to an experimental gene therapy that has shown remarkable success in the largest study of its kind. The treatment could become the first FDA-approved gene therapy for deafness within months.
Scientists built an AI that designs synthetic DNA switches capable of turning genes on and off in specific cells, potentially transforming how we treat diseases like leukemia. In lab tests, these AI-generated sequences actually outperformed natural DNA at reactivating a protective gene in leukemia cells.
A groundbreaking gene therapy trial has achieved what doctors call a "functional cure" for sickle cell disease, eliminating painful crises in 27 out of 28 patients. The one-time treatment uses gene editing to fix the blood disorder that has killed patients decades too soon.
A California festival revealed the longevity movement isn't just for tech billionaires anymore. Everyday people are joining the science-backed quest to live healthier, longer lives.
Scientists just discovered that people who stay sharp in their 80s aren't just living well—they won the genetic lottery. The largest study ever on super-agers reveals specific genes that help some people keep minds decades younger than their age.
Scientists have found a gene that makes organisms grow faster and reproduce earlier but shortens lifespan and increases cancer risk. The breakthrough could unlock new ways to fight aging and disease in humans.
A University of Colorado researcher once dismissed as "crazy" discovered that a single gene could extend life by 50%, launching an entirely new field of aging science. His breakthrough now powers research into Alzheimer's, inflammation, and healthier aging for millions.
Scientists have developed a new gene editing approach that spreads healing changes from cell to cell, dramatically increasing its reach in the body. This breakthrough could transform treatment for countless genetic diseases that were previously too difficult to address.
Scientists have treated the first person with a groundbreaking gene therapy designed to make aged cells behave young again. The trial targets glaucoma but could open doors to reversing age-related damage throughout the body.
Serenity Cole, 18, spent years in constant pain from sickle cell disease. Now she's pain-free thanks to a revolutionary payment deal where drug companies only get paid if their $2-3 million gene therapies actually work.
Scientists tested a one-time gene therapy that lowered cholesterol up to 62% in patients, potentially replacing daily pills and injections with a single treatment. The breakthrough could transform how millions manage heart disease risk.
University of Virginia researchers used gene editing to fix the DNA mutation causing a deadly form of epilepsy, potentially opening the door to cures for inherited brain disorders. The technique eliminated seizures in lab mice and improved their movement and cognitive function.
Scientists have successfully used gene editing to restore vision in a mouse model of a hereditary disease that causes blindness in young people. The breakthrough offers hope for thousands living with an incurable condition.
Scientists are developing a breakthrough gene editing approach that spreads between cells like neighbors sharing flyers. This could treat far more diseases by reaching dramatically more cells in the body.
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