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Superficial and deep scapulothoracic muscle electromyographic activity during elevation exercises in the scapular plane

机译:在肩胛骨平面的高度锻炼期间浅表和深部的肩胛骨肌肌电活动

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摘要

STUDY DESIGN: Controlled laboratory study. BACKGROUND: In scapular rehabilitation training, exercises that include a humeral elevation component in the scapular plane are commonly implemented. While performing humeral elevation, the scapula plays an important role, as it has to create a stable basis for the glenohumeral joint. However, a comparison of both deep and superficial muscle activity of the scapula between different types of elevation exercises is lacking and would be helpful for the clinician in choosing exercises. OBJECTIVES: To evaluate scapulothoracic muscle activity during different types of elevation exercises in the scapular plane. METHODS: Scapulothoracic muscle activity was measured in 21 healthy subjects, using fine-wire electromyography in the levator scapulae, pectoralis minor, and rhomboid major muscles and surface electromyography in the upper trapezius, middle trapezius, lower trapezius, and serratus anterior muscles. Measurements were conducted while the participants performed the following elevation tasks in the scapular plane: scaption (elevation in the scapular plane), towel wall slide, and elevation with external rotation (Thera-Band). The exercises were performed without and with additional load. Possible differences between the exercises and the load were studied with a linear mixed model. RESULTS: Performing elevation in the scapular plane with an external-rotation component resulted in higher middle trapezius and lower trapezius activity compared to the scaption and wall slide exercises. The upper trapezius was maximally activated during scaption. The pectoralis minor and serratus anterior showed the highest activity during the towel wall slide. The towel wall slide activated the retractors to a lesser degree (middle trapezius, lower trapezius, levator scapulae, rhomboid major). Adding load resulted in higher muscle activity in all muscles, with some muscles showing a different activation paern between the elevation exercises, depending on the load condition. CONCLUSION: Scaption maximally activated the upper trapezius. The addition of an extra external-rotation component may be used when the goal is to activate the lower trapezius and middle trapezius. The towel wall slide exercise was found to increase pectoralis minor activity. Adding load resulted in higher muscle activity. Some muscles showed a different activation paern between the elevation exercises, depending on the loading condition. The findings of this study give information about which elevation exercises a clinician can choose when the aim is to facilitate specific muscle scapulothoracic activity.
机译:研究设计:受控实验室研究。背景:在肩rehabilitation骨康复训练中,通常会进行在肩include骨平面中包含肱骨高程成分的运动。在进行肱骨抬高时,肩cap骨起着重要的作用,因为它必须为肩肱关节创造一个稳定的基础。但是,缺乏对不同类型的抬高运动之间的肩骨深层和浅层肌肉活动的比较,这将有助于临床医生选择运动。目的:评估肩types骨平面上不同类型的仰卧运动期间肩or动脉的肌肉活动。方法:采用细线肌电图检查肩ac骨,小胸大肌和菱形主要肌群,并在上斜方肌,中斜方肌,下斜方肌和锯齿前肌中进行表面肌电图测定,对21名健康受试者的肩or动脉肌肉活动进行了测量。参与者在肩cap骨平面上执行以下举升任务时进行了测量:肩(骨(肩cap骨平面上的抬高),毛巾壁滑动和外旋抬升(Thera-Band)。练习是在没有额外负荷的情况下进行的。使用线性混合模型研究了运动和负荷之间的可能差异。结果:与肩cap骨和壁滑练习相比,在肩cap骨平面上使用外部旋转分量进行抬高会导致较高的中斜肌和较低的斜肌活动。捕获时最大程度地激活了上斜方肌。在毛巾壁滑动期间,小胸大肌和锯齿前肌显示出最高的活动性。毛巾墙滑轨在较小程度上激活了牵开器(中斜方肌,下斜方肌,提肌肩cap骨,菱形大骨)。增加负荷会导致所有肌肉的肌肉活动增加,根据负荷情况,一些肌肉在两次抬高运动之间表现出不同的激活疼痛。结论:头颅最大限度地激活了上斜方肌。当目标是激活较低的斜方肌和中间的斜方肌时,可以使用额外的外部旋转组件。发现毛巾壁滑行运动可增加胸小肌的活动。增加负荷导致较高的肌肉活动。根据负荷情况,一些肌肉在抬高运动之间表现出不同的激活疼痛。这项研究的结果提供了有关信息,当目标是促进特定的肌肉肩or动脉活动时,临床医生可以选择哪种海拔锻炼。

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