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Meniscal Tear Repair: What s New in the Literature?

Meniscal tear repair has become the gold standard modality for treating different types of meniscal tears. Despite the availability of numerous repair techniques, the ideal approach remains unclear, especially for complex and irreparable tears. Recently, innovative techniques have emerged to address these challenges, including hybrid/salvage techniques, meniscal scaffolds, and the introduction of biologics as part of the treatment.

Source: Translational Sports Medicine

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What Causes Infraspinatus Pain and How Can You Treat It?

The infraspinatus muscle works alongside three other rotator cuff muscles to stabilize and move the shoulder. This triangular-shaped structure primarily externally rotates the arm. This means it rotates the arm toward the outside of the body. It also assists with moving the scapula (shoulder blade) when your shoulder joint is fixed (not moving). Occasionally, repetitive movements or other disorders can cause pain in this muscle.

Source: Verywell health

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Hip Weakness May Contribute to Knee Pain

The movement and stability of your hips and knees work together and share several muscles. The hip is a ball and socket joint and is a major weight-bearing joint in the body. There are many ligamentous attachments that add to the stability of your hip.

Source: Verywell health

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Aerobic exercise found to be most effective for knee osteoarthritis

For patients with knee osteoarthritis, aerobic activities such as walking, cycling, or swimming are likely to be the best exercise for improving pain, function, gait performance, and quality of life, finds a study published by The BMJ today.

Source: News Medical Life Sciences

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Ethical and Regulatory Considerations Related to Regenerative Medicine

The application of stem cell therapies in orthopedics holds promise for the treatment of degenerative musculoskeletal conditions. Advances in cell sourcing, differentiation protocols, and delivery methods have brought the field closer to the point-of-care application of these therapies. Personalized strategies that can target individual cell deficiencies represent the future of orthopedic regenerative medicine, offering the potential for reversing established disease and increased functional outcomes.

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