Abstract

Most athletes will suffer from knee arthritis (KOA), but the current medical methods have many problems, such as poor effect, slow recovery and so on. With the development of nanotechnology, nanotubes are gradually applied to medical treatment. The purpose of this study is to solve the problem of nanotube combined with exercise rehabilitation therapy in the treatment of KOA of dancers. In this study, the experimental verification method, big data analysis method, and combined with the solution model formula of nanotubes are used to design and demonstrate the experiment. The results showed that the fluorescence intensity of adhesion spot protein staining in the nanotube group was 3.5 times and 2.3 times of that in the pure titanium group, respectively, and the healing rate of bone cells in the drug delivery condition reached a peak of 39.5 in 3–4 days only, which was 50% faster than that in the simple use of drugs, and the treatment effect was also improved. It can be concluded that exercise therapy combined with comprehensive rehabilitation therapy can improve the pain symptoms of patients with knee osteoarthritis, improve the knee joint function and clinical efficacy, which has more advantages than simple rehabilitation therapy, and has higher clinical value for patients with KOA.

摘要

大多数运动员都会患膝关节炎（KOA），但目前的医疗方法存在很多问题，如效果不佳、恢复缓慢等。随着纳米技术的发展，纳米管逐渐应用于医疗。本研究旨在解决纳米管联合运动康复疗法治疗舞者KOA的问题。本研究采用实验验证方法、大数据分析方法，并结合纳米管的求解模型公式对实验进行设计和论证。结果表明，纳米管组粘连斑蛋白染色荧光强度分别为纯钛组的3.5倍和2.3倍，给药条件下骨细胞愈合率达到峰值39。仅3-4天5次，比单纯用药快50%，治疗效果也有所提高。可以得出结论，运动疗法结合综合康复疗法可以改善膝骨关节炎患者的疼痛症状，提高膝关节功能和临床疗效，比单纯的康复疗法更具优势，对KOA患者具有更高的临床价值。 .