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5425 results for "bone preservation"
Two international patients traveled to India for a breakthrough hip procedure that preserves natural bone while keeping them active. The new technique offers hope to athletes and active adults who want to avoid traditional bone-removing surgeries.
A PhD student peering into a microscope discovered that dinosaur bones share the same mineral structure as modern human bones—a finding that could revolutionize how we design medical implants. Scientists at McMaster University found identical mineral clusters in a 71.5-million-year-old Albertosaurus fossil and human bone tissue.
Researchers discovered how a molecule called glycerol activates brown fat to burn energy and strengthen bones, offering hope for patients with rare bone disorders. The breakthrough could lead to new treatments that help restore healthy bone formation.
Researchers discovered how bones detect movement and stay strong, opening the door to drugs that could protect fragile bones in people unable to exercise. The breakthrough could help millions facing osteoporosis and age-related bone loss.
A new injectable bone adhesive inspired by oysters could replace metal plates and screws for fixing fractures. Developed in China, Bone-02 sets in minutes and dissolves naturally as bones heal.
Doctors in India are sharing life-changing news: bone cancer no longer means losing a limb for most patients. Nearly 80% of children with bone cancer can now be completely cured with early treatment.
German researchers discovered a way to strengthen bones weakened by osteoporosis, offering hope to more than 200 million people worldwide. A compound called AP503 significantly increased bone strength in both healthy and osteoporotic mice.
German and Chinese researchers identified a cell receptor that strengthens bones in mice, potentially offering the first way to reverse osteoporosis rather than just slow it. The breakthrough could transform treatment for millions living with weakened bones.
Swedish researchers have created a universal cartilage graft that helps bones heal themselves without triggering immune rejection. The breakthrough could help over two million people worldwide who need bone transplants each year.
A new study linking weight loss drugs to bone loss made headlines, but experts say the real story is far more hopeful. Simple steps like strength training and eating enough protein can protect your bones during weight loss.
Researchers at King's College London discovered that protein from wool can regrow bone better than current medical materials. The breakthrough could make bone repair cheaper, more effective, and more sustainable.
Researchers discovered a receptor that could rebuild weakened bones in people with osteoporosis, not just slow the disease. Early tests show the treatment dramatically strengthened bones in mice, offering hope for millions suffering painful fractures.
Chinese researchers discovered a specific type of stem cell that acts like a master healer for bone fractures, potentially explaining why some breaks refuse to mend. These specialized cells can rebuild an entire bone from scratch after injury.
Scientists at ETH Zurich created a 97% water hydrogel that mimics how bones naturally heal, offering hope for millions facing painful surgeries. The soft material can be laser-printed into bone structures in seconds and dissolves safely in the body.
Researchers at McGill University discovered a molecular switch in brown fat that burns calories and could lead to new treatments for bone disease. The breakthrough reveals how glycerol activates a hidden energy system that also affects bone strength.
German researchers discovered a receptor that could reverse bone loss in millions of osteoporosis patients. The compound strengthens both bones and muscles in aging adults.
Health Canada just approved two affordable biosimilar drugs that treat osteoporosis and bone damage from cancer. Millions of patients could soon access life-changing bone treatments at lower costs.
A 38-year-old cancer patient kept his leg thanks to the world's first metamaterial bone prosthesis, a lightweight titanium implant that mimics real bone. The breakthrough technology could transform limb-saving surgery worldwide.
Scientists in China developed a targeted nanotherapy that reduced bone cancer tumors by 94% while relieving pain and restoring damaged bone in mice. The breakthrough treatment disrupts the dangerous communication between tumors and nerves that fuels both cancer growth and chronic pain.
When 5-year-old Emma was diagnosed with a rare bone disease, her 2-year-old sister Lucy became her perfect genetic match and lifesaving donor. The toddler's brave bone marrow transplant in February has given Emma a complete recovery and created an unbreakable bond between the sisters.
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