by adx | Aug 27, 2026 | Surgical and Non-Surgical Innovation
A small wrist bone called the scaphoid often fails to heal after a fall or crash. In a new study, keyhole surgery with a tiny bone graft healed 37 of 39 wrists. This article covers emerging musculoskeletal and regenerative-medicine research. It reflects what may be...
by adx | Aug 20, 2026 | Surgical and Non-Surgical Innovation
Doctors injected patients’ own platelet-rich plasma into a worn spinal disc. Six months later, about eight in ten had much less back pain – though scans showed the disc itself had not rebuilt. This article covers emerging musculoskeletal and...
by adx | Aug 6, 2026 | Surgical and Non-Surgical Innovation
Surgeons used a small piece of a patient’s own rib cartilage to fill damaged spots in the ankle bone. Two years later, all 28 patients had less pain and better ankle function. This article covers emerging musculoskeletal and regenerative-medicine research. It...
by adx | Jul 30, 2026 | Surgical and Non-Surgical Innovation
In a study of 81 people with badly broken bones, surgeons packed a bone-growing protein into the gap instead of a bone graft. Nearly all of the fractures healed within a year. This article covers emerging musculoskeletal and regenerative-medicine research. It reflects...
by adx | Jul 24, 2026 | Surgical and Non-Surgical Innovation
Surgeons tested a thin collagen patch added during surgery to fix a torn Achilles tendon. In a small early study, the patched tendons rebuilt their structure faster in the first months of healing. This article covers emerging musculoskeletal and regenerative-medicine...
by adx | Jul 21, 2026 | Surgical and Non-Surgical Innovation
Scientists grew a tiny fiber patch seeded with stem cells that formed new meniscus tissue and helped repair torn meniscus samples in the lab, pointing toward future knee treatments that repair rather than remove. This article covers emerging musculoskeletal and...
