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Research Progress on Rhythmic Gymnastics-Specific Training and Meniscal Injuries in Athletes

Sibei Chen · Explore Medical Science and Global Health · 2026

Rhythmic gymnastics places extreme demands on knee joints through repeated jumping, twisting, landing, and deep knee bends, making meniscal (knee cartilage) injuries a common problem in the sport. This review examines what causes these injuries, how sport-specific training contributes to them, and what interventions and rehabilitation methods can help prevent and treat them.
Takeaway: Design rhythmic gymnastics training with attention to knee load management, landing mechanics, and progressive loading to reduce meniscal injury risk.
Abstract (source)

Rhythmic gymnastics is a competitive sport characterized by technical difficulty and aesthetic expression, requiring flexibility, balance, coordination, and explosive power. In sport-specific training, a large number of jumping, rotation, landing, knee bending and other movement modes make athletes’ knee joints bear high load, high shear force and impact for a long time. Meniscal injury has become a high-incidence type of sports injury in rhythmic gymnastics. This article summarizes the pathogenesis characteristics, injury mechanism of sport-specific training, new training intervention

Methods: and rehabilitation treatment research progress of rhythmic gymnastics athletes by reviewing the literature on sport-specific training, epidemiology of sports-related meniscal injury, injury intervention and rehabilitation training in recent years. It analyzes the shortcomings of current research and looks forward to the future research direction, aiming to provide theoretical reference for sport-specific injury prevention, scientific training, and injury rehabilitation in rhythmic gymnastics.

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