Abstract

In recent years, waist injuries of athletes in sports dance training have occurred from time to time. This not only causes damage to the body of dance lovers, but also has an impact on the progress of dance training. This study mainly discusses the experimental research on repairing waist injury of sports dance based on multifunctional nano-material particles. Select athletes with sports injuries related to sports dance. Randomly divided into experimental group (n = 15) and control group (n = 15) by drawing lots. The experimental group used multifunctional nano-material particles to carry drugs to target the damaged areas; the control group received conventional drug treatment. The experiment period is 30 days, and the same amount of medicine is controlled by the athletes. After the experiment, the athlete’s physical condition is checked. The injured part of 3 people had a significant improvement, and the damaged part was significantly better than before the experiment; the effect was generally 2 people, and the injured part was less obvious than before. In the control group, 6 people recovered to health, 2 people had obvious improvement effects, 5 people had average effects, and 2 people had poor effects. The results of the study show that the targeted treatment of the waist-damaged area with multi-functional nanomaterial particles loaded with drugs is much better than the direct treatment, and the use of nanoparticles loaded with drugs can achieve complete recovery of the damaged area, and the possibility of recurrence is very small. Conventional treatment generally only relieves pain, and it is difficult to completely cure it.

摘要

近年来，运动员在体育舞蹈训练中腰部损伤时有发生。这不仅对舞蹈爱好者的身体造成伤害，而且对舞蹈训练的进度产生影响。本研究主要探讨基于多功能纳米材料颗粒修复运动舞蹈腰部损伤的实验研究。选择与运动舞蹈相关的运动损伤的运动员。抽签随机分为实验组（n=15）和对照组（n=15）。实验组使用多功能纳米材料粒子携带药物靶向受损区域；对照组接受常规药物治疗。实验周期为30天，由运动员控制等量用药。实验结束后，对运动员的身体状况进行检查。3人受伤部位有明显改善，受损部位明显好于实验前；效果一般2人，受伤部位不如以前明显。对照组恢复健康6人，改善效果明显2人，效果一般5人，效果不佳2人。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。损坏部分明显好于实验前；效果一般2人，受伤部位不如以前明显。对照组恢复健康6人，改善效果明显2人，效果一般5人，效果不佳2人。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。损坏部分明显好于实验前；效果一般2人，受伤部位不如以前明显。对照组恢复健康6人，改善效果明显2人，效果一般5人，效果不佳2人。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。而且受伤的部位也没有以前那么明显了。对照组恢复健康6人，改善效果明显2人，效果一般5人，效果不佳2人。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。而且受伤的部位也没有以前那么明显了。对照组恢复健康6人，改善效果明显2人，效果一般5人，效果不佳2人。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。研究结果表明，负载药物的多功能纳米材料颗粒对腰部损伤区域的靶向治疗效果远优于直接治疗，且使用负载药物的纳米颗粒可以实现损伤区域的完全恢复，而且复发的可能性很小。常规治疗一般只能缓解疼痛，很难彻底治愈。