The biomechanical and physiological strategies of for preventing leg cramps in adolescent swimmers
Abstract
Leg cramps are a important topics amongst young swimmers during practices and competitions regarding their performance and general health. This study investigates the physiological and biomechanical factors contributing to leg cramps, with a focus on electrolyte imbalance, dehydration, muscle fatigue, and improper swimming mechanics. Biomechanical analysis highlights the role of repetitive muscle movements, poor posture, and inefficient technique in increasing cramp susceptibility. Physiological factors such as deficiencies in magnesium, potassium, and sodium, coupled with dehydration, exacerbate muscle dysfunction. The study proposes preventive strategies grounded in biomechanical and physiological principles, including optimized nutritional intake, enhanced warm-up routines, targeted stretching exercises, and technique modifications to reduce muscle strain. Additionally, lifestyle adjustments such as improved sleep and hydration practices are recommended. This work identifies key preventive measures, discusses limitations, and suggests future research directions to enhance the performance and well-being of adolescent swimmers. In addition to the original research, this study also focuses on the prevention and methods of leg cramps in adolescent swimming.
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