TL;DR
Integration of biomechanics, imaging characteristics, and clinical presentation is essential to differentiate clinically significant injury from asymptomatic or low-grade imaging findings and to guide appropriate management and return-to-play decisions.
This review provides a comprehensive, imaging-centred overview of the spectrum of high ankle sprain injuries with a focus on lower energy mechanisms, which occur more commonly in sport.
Peripheral nerve injuries (PNIs) present unique diagnostic and therapeutic challenges in overhead athletes due to the complex biomechanics of sports involving rapid, high-velocity arm elevations and rotations. These injuries result from repetitive microtrauma, traction, and dynamic compression, often masked by overlapp...
Introduction. Ligamentous injuries of the ankle joint are among the most common sports- and work-related musculoskeletal injuries. Despite advances in the management of acute ankle sprains, 25–40% of patients subsequently develop chronic ankle instability (CAI). This condition is characterized by recurrent ankle sprain...
Wrist pain is highly prevalent in young gymnasts. One of the causes is chronic overuse. Repetitive high-loading of the wrist during training on an immature skeleton affects the developing bony, cartilaginous, and tendinous structures. Overuse injuries include classic gymnast wrist, stress fractures of the radius or car...
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