In this episode of Teaching Knee Surgeons with AI, we focus on posterior medial meniscus root tears and their critical role in knee joint biomechanics. We discuss how root tears functionally resemble a total meniscectomy, leading to increased joint contact pressures and rapid cartilage degeneration. The episode covers diagnostic challenges, indications for repair, surgical techniques, and expected outcomes, as well as factors that influence healing and long-term success.An evidence-informed discussion highlighting why timely recognition and appropriate treatment of root tears are essential for preserving joint health. Enjoy listening. 🎧

In this episode of Teaching Knee Surgeons with AI, we discuss knee joint distraction (KJD) as a joint-preserving treatment option for knee osteoarthritis. This technique temporarily unloads the joint using an external fixation system, allowing the articular surfaces to separate and potentially stimulate cartilage repair and structural joint improvement. We review the biological rationale, patient selection, clinical outcomes, and the current evidence supporting this emerging treatment strategy. An evidence-informed discussion on whether knee joint distraction may delay the need for joint replacement in selected patients. Enjoy listening. 🎧

In this episode of Teaching Knee Surgeons with AI, we explore healing rates after meniscus repair and the key factors that influence clinical outcomes. We examine whether results differ between medial and lateral meniscus repairs, discuss biological and mechanical determinants of healing, and review patient-, tear-, and technique-related variables that affect success. Why does preserving the meniscus matter, and how can repair strategies optimize long-term joint health? An evidence-informed discussion for surgeons aiming to improve outcomes and protect knee longevity. Enjoy listening. 🎧