Study on the Effect of Electroacupuncture Stimulation on Muscle Rehabilitation and Repair of Sports Injuries

Luyin Pan

doi:10.54097/rffn4h49

Authors

Luyin Pan

DOI:

https://doi.org/10.54097/rffn4h49

Keywords:

Electroacupuncture stimulation; muscle rehabilitation; sports injury repair; adaptive multimodal electroacupuncture stimulation control algorithm; computer simulation.

Abstract

This study focuses on the application of electroacupuncture stimulation in the field of muscle rehabilitation and repair of sports injuries, aiming to explore its internal mechanism and evaluate its actual effect. By constructing an adaptive multimodal electroacupuncture stimulation control algorithm (AMMSA) and combining computer simulation technology, the relationship between electroacupuncture stimulation parameters and muscle tissue repair process is deeply analyzed. The experiment uses specific sports injury animal models and clinical patients as research objects, and collects data by means of electromyographic signal monitoring, muscle strength testing and imaging analysis. The simulation results show that in animal experiments, the muscle strength recovery rate of the experimental group receiving AMMSA-controlled electroacupuncture stimulation increased by 35% compared with the traditional electroacupuncture stimulation group, and the number of muscle fiber regeneration increased by 40%; in clinical experiments, the pain score of the experimental group patients decreased by 42%, and the functional recovery time was shortened by 30%. The study shows that the AMMSA algorithm can accurately adapt to the needs of different stages of muscle rehabilitation, optimize the electroacupuncture stimulation scheme, and significantly improve the effects of muscle rehabilitation and sports injury repair, providing innovative technical support and theoretical basis for clinical treatment in this field.

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