Effects of Electromyographic Biofeedback Therapy Combined with Comprehensive Rehabilitation Training on Lower Limb Motor Function in Patients with Stroke Recovery

Abstract

This article explores the effects of myoelectric biofeedback therapy association with rehabilitation training on LLMF in patients with stroke and hemiplegia. Sixty patients with stroke and hemiplegia were separated into the control group and the treatment group. The two groups were disposed neuromedicine drugs and rehabilitation training, while the treatment group also increased the training of the affected side's lower limb electromyography. The same therapist evaluated Fugl-Meyer score (FMA), M-B index (MBI), Berg Balance Scale (BBS), score before and 4 weeks after treatment, and performed statistical analysis. The results showed that the FMA scores, balance ability scores, daily living ability scores, and active range scores of the wrist and stepping joints of the upper and lower limbs after several weeks of treatment in the two groups were better than those in the group before treatment. The scores of the EMG biofeedback treatment group at several weeks were better than the control group of the same period, the difference was statistically significant. EMG Biofeedback Therapy Combined with Comprehensive Rehabilitation Training can effectively improve upper and lower extremity movement, balance function, daily life ability, dorsiflexion of the wrist and dorsiflexion of the step joints after stroke, and the effect is better than that of conventional rehabilitation therapy.