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22 results for "regeneration"
Scientists discovered that severed tissue from a sea cucumber keeps living, healing, and growing for years without dying. These "zombie" fragments might hold clues to understanding regeneration and longevity.
Researchers at UT San Antonio discovered a 50:50 blend of two natural proteins that helps bone and blood vessels grow together after severe injuries. The breakthrough could transform treatment for trauma patients who lose significant tissue.
Researchers studying salamanders, zebrafish, and mice discovered two genes that control the ability to regrow limbs and organs. The breakthrough could one day help millions of amputees grow back real arms and legs.
Texas researchers have discovered how to trigger limb regeneration in mammals by activating a dormant ability that's been hidden inside us all along. The breakthrough could transform how we heal from traumatic injuries.
Japanese researchers discovered two types of stem cells that naturally build tooth roots and anchoring bone, unlocking the cellular blueprint for regrowing actual teeth. This breakthrough could end our reliance on dentures and implants forever.
Scientists at the University of Colorado have developed a groundbreaking therapy that reverses joint damage from osteoarthritis in just weeks with one simple injection. The treatment harnesses the body's natural healing abilities and has already shown stunning success in animal studies.
A sports team owner is funding breakthrough research that's both preventing athlete injuries and creating medicines to help aging bodies stay strong. What started as a quest to understand peak performance is now changing healthcare for everyone.
A Duke-NUS research team found that blocking a single gene can help damaged organs repair themselves, not just slow disease progression. The discovery has advanced to phase 2 clinical trials with a major pharmaceutical partner.
Researchers discovered how to regenerate worn cartilage by blocking a single aging protein, offering hope to millions living with painful osteoarthritis. Multiple breakthrough treatments are racing toward human trials within 18 months.
Three Rice University juniors just earned one of the nation's most prestigious STEM scholarships for groundbreaking research tackling diabetes, bone regeneration, and clean energy. Their work shows how the next generation is already solving some of our biggest challenges.
Scientists at Columbia University have successfully grown a living human knee in a lab using 3D printing and human cells. The breakthrough offers hope for 32 million Americans suffering from osteoarthritis, potentially eliminating the need for painful joint replacement surgery.
A federal agency just announced three promising treatments that could actually cure osteoarthritis by regrowing damaged joints. After three years and millions in funding, researchers are preparing to test these breakthrough solutions in humans within 18 months.
Half a million grey-headed flying foxes in Australia could plant 90 million new trees annually through their droppings, creating up to $955 million in economic value. New research reveals these misunderstood creatures are secret heroes of forest regeneration.
A University of Central Florida scientist just received nearly three-quarters of a million dollars to develop a treatment for diabetic neuropathy that doesn't rely on addictive painkillers. His fresh approach targets the root cause instead of just masking symptoms.
After decades of failed reforestation projects, a simple solution is bringing the Sahara back to life. Crescent-shaped excavations capture rainwater, break through hardened soil, and let native grasses and trees regenerate on their own.
Scientists at Stanford Medicine have found a way to regenerate cartilage by blocking a protein that increases with age. The breakthrough could help millions suffering from joint pain and prevent arthritis in injured athletes.
Scientists at Johns Hopkins discovered that a hormone already used to treat weak bones can prevent pain nerves from invading damaged spinal tissue. The breakthrough could finally offer relief to millions who suffer from chronic low back pain without a clear cause.
Scientists studying Earth's oldest animals are uncovering remarkable secrets about aging and regeneration. From immortal jellyfish to 400-year-old sharks, these creatures could help us understand how to live longer, healthier lives.
Researchers have discovered how tiny wave-like structures in our skin form, opening doors to better wound healing and skin regeneration treatments. These microscopic ridges could be the key to helping burn victims and others grow healthier skin.
A woman's lung nearly doubled in size after cancer surgery, proving organs scientists thought were fixed can actually regenerate. The discovery could reverse incurable diseases affecting millions worldwide.
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