Nanoligament Combined with Athlete’s Rehabilitation Training on the Therapeutic Effect of Sports Ligament Injury

Abstract

Ligament injury is a ligament injury caused by excessive or improper exercise. The purpose of this paper is to analyze the optimal recovery time of patients after anterior cruciate ligament reconstruction and to provide some reference guidance for clinical rehabilitation after ACL reconstruction. Ligament injury not only directly affects the stability of joints but also causes motor dysfunction, thus directly affecting the normal life of patients. A ligament injury occurs when the ligament site is cut or subjected to violent or prolonged stress, and the ligament is stretched beyond its capacity. At present, the treatment cycle of motor ligament injury is relatively long, and the treatment effect needs to be further improved. Rehabilitation training is a kind of functional exercise, also known as functional exercise. For the damaged ankle joint, progressive functional rehabilitation training is one of the irreplaceable treatment and rehabilitation methods in the rehabilitation process, which can effectively improve the sports performance of athletes. Therefore, it is of great significance to explore scientific and efficient treatment methods for motor ligament injury. The purpose of this study is to explore the application value of nanoligaments combined with rehabilitation training of athletes in the treatment of patients with ligament injuries. In this paper, 82 patients with motor ligament injuries treated in our hospital from January 2019 to January 2020 were selected as the final study subjects and randomly divided into control group and observation group, with 41 patients in each group. The control group received a single treatment with nanoligament implantation, while the observation group received a comprehensive treatment with nanoligament implantation combined with rehabilitation training of athletes. Changes in HSS, Lysholm, Lkss, daily life ability, and complications of the two groups of patients before and after treatment were compared. It was found that HSS (The HSS knee scoring criteria involves pain, function, range of motion, muscle strength, flexion deformity, stability, and deduction items.), Lysholm, Lkss, and daily life ability scores of patients in the two groups were increased after treatment compared with before treatment, but the increase was larger in the observation group. All experiments and subjects in the article were conducted under the condition of knowing and signing the agreement. In addition, the probability of complications and ligament injury recurrence in the observation group was 3.12% and 0.97%, respectively, far lower than that in the control group. In order to make the patient recover as soon as possible and return to work as soon as possible, it is necessary to carry out rehabilitation treatment as soon as possible after the operation of the patient, instead of continuously delaying the timing of rehabilitation treatment. Conclusion. Nanoligaments combined with rehabilitation training of athletes can improve the therapeutic effect of sports ligament injuries and effectively improve the knee joint function and daily life ability of patients. The timing of rehabilitation intervention is not the sooner the better. Within one to two weeks, such rehabilitation intervention will produce better therapeutic effects.