Rehabilitation Treatment and Monitoring of Ankle Achilles Tendon Ligament Injury in Athletes Repaired by Nanomaterials

Abstract

During sports, athletes’ incorrect technical movements and direct physical confrontation can easily cause ankle injuries. Joint ligament injury is a common injury in sports. A ligament injury is an injury to the ligaments in a part of the body caused by varying degrees of injury. Clinical manifestations include localized swelling, pressure pain or joint instability, and pain that increases when pulled in the direction of violence. In order to further investigate the rehabilitation methods of nanomaterials for repairing the ankle Achilles tendon ligament injury in athletes, nanomaterials are materials in which at least one dimension in three-dimensional space is at the nanometer size (1-100 nm) or consists of them as the basic unit, which is approximately equivalent to the scale of 10 to 1000 atoms closely aligned together. In this paper, we found that the healing rate of patients was over 90% by the dynamic balance system combined with surface electromyography, surgical treatment, and extracorporeal shock wave. It can be seen that the dynamic balance system combined with surface electromyography (SEMG), surgical treatment, rehabilitation therapy of Taijiquan exercise, and extracorporeal shock wave therapy have significant effects on the rehabilitation of athletes’ ankle and Achilles tendon ligament injuries and can effectively alleviate and resolve athletes’ ankle Achilles tendon ligament injury.