by adx | Oct 15, 2026 | Surgical and Non-Surgical Innovation
When a torn hip labrum is too damaged to stitch together, surgeons can rebuild it with a graft. A new review finds both ways of doing this helped most patients feel better. This article covers emerging musculoskeletal and regenerative-medicine research. It reflects...
by adx | Oct 1, 2026 | Surgical and Non-Surgical Innovation
Doctors grew patients’ own cartilage cells in a lab, set them in a gel, and placed them in injured knees. Twelve years later, knee scores were still better than before surgery. This article covers emerging musculoskeletal and regenerative-medicine research. It...
by adx | Sep 24, 2026 | Surgical and Non-Surgical Innovation
When a bad ankle fracture tears a key ligament, surgeons sometimes repair it during ankle fracture surgery. A new study found recovery looked the same whether or not they added that extra step. This article covers emerging musculoskeletal and regenerative-medicine...
by adx | Sep 17, 2026 | Surgical and Non-Surgical Innovation
Doctors tested a chemical called PEG during nerve repair surgery on badly injured arm nerves. Patients who got PEG recovered feeling and movement much faster than those who had standard repair alone. This article covers emerging musculoskeletal and...
by adx | Sep 10, 2026 | Surgical and Non-Surgical Innovation
Pulled muscles keep athletes out for weeks. A review of nine clinical trials found that a PRP injection made from the patient’s own blood got people back to sport about a week sooner. This article covers emerging musculoskeletal and regenerative-medicine...
by adx | Sep 3, 2026 | Surgical and Non-Surgical Innovation
Surgeons repaired holes in shoulder cartilage using the patient’s own cartilage, minced and reused in one keyhole operation. Two years later, all eight patients had near-normal shoulder motion, strength, and function. This article covers emerging musculoskeletal...
