Application of conjugated polymer nanocomposite materials as biosensors in rehabilitation of ankle joint injuries in martial arts sports

In order to understand the application of conjugated polymer nanocomposites as biosensors in the rehabilitation of ankle joint injuries in martial arts, the author proposes a study on the application of conjugated polymer nanocomposites in the rehabilitation of ankle joint injuries in martial arts. Firstly, in martial arts training, the incidence of ankle joint injuries is relatively high. In order to prevent and reduce ankle joint injuries, high-intensity martial arts training should be used to evaluate the degree of ankle joint injuries in a timely manner using an ankle joint injury assessment model. Secondly, a Firefly algorithm based modeling method for the evaluation of ankle injury in high-intensity martial arts training is proposed. Finally, 180 questionnaires were distributed and 150 were collected. Three incomplete questions were removed, resulting in 130 valid questions with a yield of 90. The firefly algorithm has been used to assess ankle injuries and to characterize different types of combat shooting in high-intensity exercise competitions. received ankle injury index assessment combat performance. A chaotic sequence is used to fire and established a standard measurement of effort for combat ankle injuries. The proposed solution has been scientifically proven to improve basketball performance levels.