Effects of isokinetic muscle strength training intervention timing on patients with stroke hemiplegia during recovery
Objective To explore the impact of isokinetic muscle strength training intervention timing based on neural remodeling theory on patients with stroke hemiplegia during recovery.Methods 110 patients with stroke hemiplegia were selected and randomly divided into the control group(n = 55)and observation group(n=55)using a random number table method.The control group were received isokinetic muscle strength training based on neural remodeling theory one month after the intervention of routine walking rehabilitation training,while the observation group were received early and full isokinetic muscle strength training based on neural remodeling theory on the basis of routine walking rehabilitation training.The muscle strength,balance function,and lower limb motor function of the two groups were observed.Results After 1 month and 2 months of intervention,the peak torque(PT)of the extensor and flexor muscles,balance scale(BBS)score,and simplified Fugl Meyer motor function scale(FM)score of the observation group were higher than those of the control group,with a statistically significant difference(P<0.05).After 2 months of intervention,the PT levels,BBS scores,and FM scores of the knee extensor and flexor muscle groups in both groups were significantly higher than those of the intervention for 1 month(P<0.05).Conclusion Early and complete isokinetic muscle strength training based on neural remodeling theory can effectively improve muscle strength levels,balance function,and lower limb motor function in patients with hemiplegia during recovery from stroke.
neural remodelingisokinetic muscle strength trainingstroke recovery periodhemiplegialower limb motor function
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