Dynamic Quantitative Assessment of Lower Limb Function: Enhancing Sports Safety

In the field of sports medicine and rehabilitation, accurate assessment of lower limb motor function is crucial for enhancing athletic performance, preventing injuries, and refining rehabilitation approaches. As participation in sports and fitness activities increases globally, so too does the incidence of sports-related injuries, with lower limb injuries constituting a significant portion—particularly affecting the ankle and knee joints. Quantitative assessments during movement not only offer precise insights into joint functionality but also pinpoint potential injury risks and inform personalized rehabilitation and safe return-to-sport strategies post-injury.

This Research Topic aims to advance the research and practical application of dynamic quantitative assessments of lower limb motor function. We seek to conduct a multidimensional evaluation of the lower limb joints across different sports activities, assessing aspects such as kinematics, muscle strength, coordination, and balance. Utilizing motion capture, sensor technologies, and advanced biomechanical analysis, the goal is to detect early functional abnormalities, enhance training and rehabilitation protocols, reduce injury rates, and elevate overall sports performance.

To capture the latest advancements in this area, we welcome contributions that explore a range of topics within the bounds of dynamic quantitative assessment:

o Techniques and methods for dynamic quantitative evaluation of lower limb motor function.
o Analysis of lower limb motor functions and their correlation with sports injury risks.
o Application of lower limb function assessment tools in rehabilitation therapy.
o The role of artificial intelligence and big data in enhancing lower limb function assessments.
o Characteristics of lower limb motor functions across varied populations such as athletes, the elderly, and post-surgical patients.
o Guidelines and scientific approaches for a safe return to sports after lower limb injuries.

We invite submissions across multiple article types including original research, reviews, case studies, and more. This collaborative effort aims to set new standards and promote scientific progress in the assessment of lower limb motor functions, offering novel insights and tools for sports medicine and rehabilitation, ultimately improving safety and performance in sports.