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  • Revision Anatomic Total Shoulder Arthroplasty Surgical Technique/Tips and Tricks

    In the United States, the use of total shoulder arthroplasty has grown significantly over the past decade, leading to an increased need for revision total shoulder arthroplasty. The most common causes for revision include instability, rotator cuff deficiency, infection, fractures, and component loosening. Although revisions are sometimes unavoidable, thoughtful preoperative planning and proper implant positioning, among other mitigation strategies, can help reduce this risk.

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  • 7 Simple Wrist Strengthening Exercises

    Wrist strengthening exercises make the wrist muscles stronger, and improve the flexibility and range of motion of your wrist joints and tendons. People who may benefit from wrist-strengthening exercises include athletes such as boxers, gymnasts, and tennis players. Workers at risk of carpal tunnel syndrome also may benefit from exercise to prevent injury.

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  • Preventing Shoulder Pain After Vaccine Injection (SIRVA)

    Shoulder pain is a common side effect of a vaccine. Usually, it gets better fairly quickly and causes no long-term problems. However, some people develop a rare problem called shoulder injury related to vaccine administration (SIRVA).

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  • Hip implant study identifies materials with the lowest risk of needing revision

    Hip implants with a delta ceramic or oxidized zirconium head and highly crosslinked polyethylene liner or cup had the lowest risk of revision during the 15 years after surgery, a new study led by the University of Bristol has found. The research could help hospitals, surgeons and patients to choose what hip implant to use for replacement surgery.

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  • Estimating elbow loading conditions through the motion behaviors of subchondral bone density during joint movements

    Evaluating complicated stress across the elbow under joint motion remains difficult. Here, we aimed to evaluate the distribution of the subchondral bone density in the normal elbow bones and further characterize their spatial relationships during elbow motion to estimate the loading stress across the articular surface using three-dimensional computed tomography bone models.

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