电刺激和肌肉强化

P. Dehail , C. Duclos , M. Barat
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引用次数: 78

摘要

目的探讨直接肌电刺激的应用方法和适应症对肌力增加的影响。方法:对Medline数据库中下列条目的文章进行文献回顾和分析:肌肉或神经肌肉、肌电刺激、电刺激、强化、力量训练、固定、肌肉萎缩、卧床休息、卧床、膝关节或髋关节手术、术后阶段、恶病质、肌肉减少症及其法国等同物。结果直接肌电刺激与随意收缩不同,具有特定的肌肉恢复顺序,在理论上可作为肌肉强化的辅助手段。它可用于健康受试者和与肌肉功能丧失相关的几种情感。它对创伤后或手术后下肢固定的兴趣似乎已经确立,但很少有对照研究清楚地表明它在其他适应症中的应用的总体益处。无论何种适应症,叠加或联合电刺激技术通常比单独电刺激更有效。结论肌电刺激虽然应用广泛,但其有效性的证据水平仍然较低。对于强度的增加,它并不比传统的强化方法产生更高的效益。它的兴趣应该在导致主要肌肉失调或肌肉减少症的医学影响中进行测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical stimulation and muscle strengthening

Objectives

To identify the effects of application methods and indications of direct muscle electrostimulation on strength gain.

Methods

Literature review and analysis of articles from Medline database with the following entries: muscular or neuromuscular, electromyostimulation, electrical stimulation, strengthening, strength training, immobilization, muscle dystrophy, bed-rest, bed-bound, knee or hip surgery, postoperative phase, cachexia, sarcopenia, and their French equivalent.

Results

Because of its specific muscle recruitment order, different from that of voluntary contraction, direct muscle electrostimulation is theoretically a complementary tool for muscle strengthening. It can be used in healthy subjects and in several affections associated with muscle function loss. Its interest seems well-established for post-traumatic or postsurgery lower-limb immobilizations but too few controlled studies have clearly shown the overall benefits of its application in other indications. Whatever the indication, superimposed or combined electrostimulation techniques are generally more efficient than electrostimulation alone.

Conclusion

Even though widely used, the level of evidence for the efficiency of electromyostimulation is still low. For strength gains, it yielded no higher benefits than traditional strengthening methods. Its interest should be tested in medical affections leading to major muscle deconditioning or in sarcopenia.

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