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首页> 外文会议>2014 IEEE 19th International Functional Electrical Stimulation Society Annual Conference >Cardiorespiratory metabolism during voluntary and electrical stimulation cycling in persons with advanced multiple sclerosis
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Cardiorespiratory metabolism during voluntary and electrical stimulation cycling in persons with advanced multiple sclerosis

机译：晚期多发性硬化症患者自愿和电刺激循环中的心脏呼吸代谢

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Objective: To determine the relative benefit of electrical stimulation (ES) and voluntary cycling exercise for persons with moderate to severe multiple sclerosis (MS). Design: Case series. Setting: Laboratory/Disabled gymnasium. Participants: 5 females with moderate to severe multiple sclerosis who were experienced with neuromuscular electrical stimulation cycling exercise. Interventions: each participant completed 3 different trials on a stationary cycle ergometer. The first trial involved 2 periods (10-min) of voluntary exercise [VOL], the second 35-min of ES cycling exercise [ES], and the third was a combination of VOL and ES [ES+VOL]. Each trial was performed on a different day. Outcome Measures: Cardiorespiratory variables (VO, VCO, RQ, Vt, & Br/min), cycling power output, and heart rate [HR] were measured during each session. Participants were also asked to rate each exercise trial in terms of pain (0-10) and post-exercise tiredness (0-10). Results: On average ES+VOL elicited greater acute increases in aerobic metabolic but there was no statistically detectable difference between the 3 trials except for VCO. Conclusions: The application of ES may assist persons with severe MS to perform aerobic exercise. Further investigation is needed.
机译：目的：确定中度至重度多发性硬化症（MS）患者的电刺激（ES）和自愿自行车运动的相对益处。设计：案例系列。地点：实验室/残疾人体育馆。参与者：5位中度至重度多发性硬化症女性，他们经历过神经肌肉电刺激循环运动。干预：每个参与者在固定式自行车测功机上完成了3个不同的试验。第一次试验涉及2个时期（10分钟）的自愿运动[VOL]，第二次试验为35分钟的ES自行车运动[ES]，第三个试验是VOL和ES的组合[ES + VOL]。每个试验在不同的一天进行。结果测量：在每个疗程中测量心脏呼吸变量（VO，VCO，RQ，Vt和Br / min），循环功率输出和心率[HR]。还要求参与者根据疼痛程度（0-10）和运动后疲劳程度（0-10）对每个运动试验进行评分。结果：平均而言，ES + VOL引起有氧代谢的急性增加更大，但除VCO外，这3个试验之间没有统计学上可检测的差异。结论：ES的应用可以帮助重症MS患者进行有氧运动。需要进一步调查。

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