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健康对照组短期振动训练后的肌肉组织学变化。

Muscle histology changes after short term vibration training in healthy controls.

作者信息

Schoser Benedikt

机构信息

Friedrich-Baur-Institute, Department of Neurology, Klinikum der Universität München, Germany.

出版信息

Acta Myol. 2015 Dec;34(2-3):133-8.

Abstract

In search for additional counter measures of muscle atrophy vibration exercise training may have substantial effort for patients with neuromuscular disorders. To cover safety aspects and obtain muscle morphology data, a pilot study was performed in eleven healthy men. Countermovement jump, squat jump, drop jump and one repetition maximum test (1RM) were performed on a force platform before and after a 6 week training period. No severe side effects were found. Repeated needle muscle biopsies of the vastus lateralis muscle revealed a selective pre- to post-training type-2 myofiber hypertrophy of up to 50 %. The hypertrophy factors were 160 and 310, for type-2 myofibers. The mechanography system showed a significant increase in the 1RM maximum weight lifted (pre: 111,8 kg ± 11,5; post: 140,9 kg ± 13,00; p < 0,001). Vibration exercise is a safe and effective technique which desires further approval as counter measure in different types of neuromuscular atrophy.

摘要

为寻找肌肉萎缩的额外应对措施,振动运动训练可能对神经肌肉疾病患者有显著作用。为涵盖安全方面并获取肌肉形态数据,对11名健康男性进行了一项试点研究。在为期6周的训练期前后,在测力平台上进行了反向跳、深蹲跳、纵跳和一次重复最大负荷测试(1RM)。未发现严重副作用。对股外侧肌进行反复的肌肉活检显示,训练前到训练后2型肌纤维选择性肥大高达50%。2型肌纤维的肥大因子分别为160和310。力学分析系统显示,1RM最大举重重量显著增加(训练前:111.8千克±11.5;训练后:140.9千克±13.00;p<0.001)。振动运动是一种安全有效的技术,有望作为不同类型神经肌肉萎缩的应对措施获得进一步认可。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0167/4859078/60ebf4873f0b/1128-2460-34-133-g001.jpg

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