摘要
目的观察利用表面肌电触发式功能电刺激辅助的踝外翻训练对脑梗死后足内翻患者步态的影响。方法将符合条件的64例脑梗死患者随机分为传统踝外翻训练组(传统组)和表面肌电触发式功能电刺激踝外翻训练组(触发组),每组32例。治疗前和治疗8周后分别进行评定,采用OptoGait进行步态分析,选取步速、步频和步长作为评价指标。使用日本OG GD-601表面肌电触发式功能电刺激仪辅助触发组踝外翻训练。结果经过8周的康复训练,传统组与触发组的步速、步频、步长均较治疗前显著改善(P<0.05);治疗后触发组的步速、步频、步长改善程度均显著优于传统组(P<0.05)。结论利用表面肌电触发式功能电刺激辅助的踝外翻训练可以对脑梗死足内翻患者的步速、步频、步长产生积极的作用。
Objective To observe the effect of eversion of ankle training assisted by surface electromyography triggered functional electrical stimulation on gait of patients with strephenopodia after cerebral infarction.Methods 64 eligible patients with cerebral infarction were randomly divided into traditional eversion of ankle training group(traditional group)and surface electromyography triggered functional electrical stimulation eversion of ankle training group(trigger group),with 32 cases in each group.Before and after 8 weeks rehabilitation training were evaluated respectively.Optogait was used for gait analysis,and walking speeds,step frequence and step length were selected as evaluation indexes.The Japanese OG GD-601 surface electromyography triggered functional electrical stimulator was used to assist the“trigger group”in eversion of ankle training.Results After 8 weeks of rehabilitation training,the walking speed,frequency and step length of the traditional group and the trigger group were significantly improved compared with those before treatment(P<0.05);After treatment,the improvement of walking speeds,step frequence and step length in the trigger group were significantly better than those in the traditional group(P<0.05).Conclusion Eversion of ankle training assisted by surface electromyography triggered functional electrical stimulation can have a positive effect on the walking speeds,step frequence and step length of patients with strephenopodia after cerebral infarction.
作者
魏龙飞
张博
武亮
路爽
王迪
徐会慧
WEI Longfei;ZHANG Bo;WU Liang;LU Shuang;WANG Di;XU Huibai(Beijing Xiaotangshan hospital,Beijing 102211,China)
出处
《中国老年保健医学》
2022年第6期36-38,共3页
Chinese Journal of Geriatric Care
关键词
表面肌电触发式功能电刺激
脑梗死
足内翻
步态
Surface electromyography triggered functional electrical stimulation
Cerebral infarction
strephenopodia
Gait
