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1256 results for "bone marrow transplant"
A 63-year-old man became the first person to achieve HIV remission through a bone marrow transplant from his sibling, opening new possibilities for HIV treatment. His brother carried a rare genetic mutation that makes cells resistant to the virus.
Uganda is raising $4 million to complete East Africa's second bone marrow transplant facility, bringing life-saving treatment home for thousands of patients who previously had to travel abroad. Pearl Bank, Rotary Uganda, and the Joint Clinical Research Centre are leading the campaign to finish the groundbreaking medical center in Lubowa.
Uganda is raising $4 million to build its first bone marrow transplant center, offering hope to 20,000 children born annually with sickle cell disease. The facility could cure patients who currently face $300,000-500,000 treatment costs abroad.
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 groundbreaking blood test can predict which leukemia patients are most likely to relapse after bone marrow transplants, helping doctors personalize treatment. The discovery could transform care for thousands battling this aggressive blood cancer.
Cancer patients fighting multiple myeloma can now skip painful bone marrow tests thanks to a breakthrough blood test available at 7,000 locations nationwide. The affordable new test detects lingering cancer cells just as accurately while costing far less than existing options.
Physicians have reached a remarkable 95% cure rate for sickle cell disease using bone marrow transplants, offering new hope to millions living with this painful genetic condition. This breakthrough represents a major leap forward in treating a disease that has long been considered incurable.
A Barcelona hospital successfully performed the world's first face transplant using tissue from a donor who chose medically assisted death. The groundbreaking surgery could open new possibilities for patients waiting for life-changing transplants.
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.
Chinese doctors successfully transplanted both a pig liver and kidneys into a human patient, marking the first time multiple organs from another species have been transplanted together. The organs functioned for nearly five days, offering new hope for the 100,000+ people waiting for life-saving transplants.
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.
A medical breakthrough allowed a patient to survive for two full days without natural lungs, kept alive by an external artificial-lung system until a donor organ became available. This achievement marks a major step forward in bridging the gap between organ failure and life-saving transplants.
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.
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.
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.
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.
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