Therapeutic Effect of Nanotitanium Oxide Combined with Exercise Rehabilitation Training on Wrist Joint Injury of Boxers

Abstract

The rapid development of society promotes the rapid improvement of science and technology. On this basis, the development of nanotechnology has also made great achievements and has been applied to all walks of life. Among them, nanotitanium oxide provides favorable conditions for the medical treatment of various joint injuries. And sports rehabilitation training also plays an irreplaceable role in the treatment of joint injury, promoting the rapid recovery of joint injury. Boxing is a sport in which boxing gloves are worn for fighting. It has both amateur and professional competitions. The purpose of this paper is to study the therapeutic effect of nanotitanium oxide combined with sports rehabilitation training on the wrist joint injury of boxers. According to the therapeutic effect of the research, it can provide useful treatment basis for clinical treatment and help boxers recover wrist joint injury, so as to carry out boxing training later. The method adopted in this paper is as follows: first, the subjects were randomly divided into nanotitanium oxide combined with sports rehabilitation training group, nanotitanium oxide treatment group, sports rehabilitation training treatment group, and control group. Then, the subjects were tested with the score table, and the score data were recorded. Finally, chi-square test was used to test the experimental results. In conclusion, through the research and comparison, it is found that nanotitanium oxide combined with sports rehabilitation training can reduce the pain of boxers’ wrist joint injury; after the treatment of wrist joint injury of boxers by nanotitanium oxide combined with sports rehabilitation training, the pain score decreased, and the daily function was improved; the PT score before the experiment was 15%, and the peak torque score after the experiment was 26%. The Pt/BW score was 22% before the experiment and 37% after the experiment. This reflects the strength of wrist muscle contraction, judging that the stability of wrist joint is enhanced after the experiment; nanotitanium oxide combined with exercise rehabilitation training can increase the sensitivity of wrist joint after the treatment of boxer wrist joint injury.