Padel, a rapidly growing racket sport characterized by high-frequency, low-intensity athletic movements, has drawn increasing scientific attention in recent years. Musculoskeletal injuries are notably prevalent among padel players, with incidence rates reported at 3 injuries per 1,000 hours of training and 8 injuries per 1,000 matches played. However, there remains a significant gap in the literature regarding a comprehensive collection of the sonographic findings associated with these musculoskeletal injuries. This study seeks to address this gap by examining the biomechanical aspects of padel-specific movements and documenting the ultrasonographic patterns of the most common injuries affecting the upper limbs, trunk, and lower limbs.
Understanding the biomechanical and clinical characteristics of musculoskeletal injuries in padel is crucial for conducting thorough ultrasound examinations of the affected areas. The goal of this investigation is to create a practical, user-friendly guide that enhances the sonographic evaluation of padel players. This guide will integrate clinical findings with biomechanical insights to improve the accuracy and effectiveness of assessments. By focusing on the most prevalent injuries and their corresponding ultrasonographic patterns, this research aims to provide healthcare professionals with the necessary tools to optimize their diagnostic capabilities in sports medicine. The findings will not only aid in the identification and management of injuries but also contribute to better injury prevention strategies in this increasingly popular sport.
