Wushu has been widely used in the rehabilitation of a variety of diseases, but its effect on patients with cerebral apoplexy has not been clearly explained. Under this background, after reducing the difficulty of Wushu actions, the study focuses on the effect of Wushu exercise on cognitive function and motor function of 71 patients with mild cerebral apoplexy by means of clinical control experiment. By comparing the results of EEG mean and variance, and performance on Montreal Cognitive Assessment Scale and Wolf Motor Function Scale between the experimental group and the control group, it’s found that Wushu can promote the recovery of cognitive function and motor function of patients. However, the recovery of cognitive and motor functions of patients is not achieved by the recovery of controlling functions of nerve cell in charge of corresponding functions, but by the compensation effect among nerve cells in different regions. The conclusion of this study has important theoretical and practical significance in guiding the rehabilitation treatment of patients with cerebral apoplexy.

Effects of Wushu Exercise on Cognitive and Motor Function of Patients with Mild Cerebral Apoplexy

Exercise therapy is widely used in the rehabilitation of stroke patients. Yoga exercise therapy is the typical one, but its specific effect and mechanism of action have not yet been clearly explained. In this context, 58 cases of stroke patients were randomly divided into experimental group and control group. Then, the effect of yoga exercise on the recovery of cognitive ability and motor function of stroke patients was explored by means of clinical controlled experiments. Through the monitoring and comparison of cerebral blood oxygen content, brain feedback-related negativity (FRN) and modified Barthel index (MBI) between the two groups of patients, it was found that yoga exercise therapy actually has a significant effect on improving the cognitive ability and motor function of stroke patients. Besides, from the point of view of the specific mechanism, yoga increases the patient’s nerve excitability by increasing blood oxygen content in the brain, while the increase in nerve excitability further enhances the patient’s ability to reflect, think, and control the body, so as to ultimately improve their cognitive ability and motor function.

Effect of Yoga Exercise on Cognitive Ability and Motor Function Recovery in Stroke Patients

A biomechanical analysis of the flexion and hyperextension knee patterns used during the stance phase of gait: A case study of adult stroke patients

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A biomechanical analysis of the flexion and hyperextension knee patterns used during the stance phase of gait: A case study of adult stroke patients