肩胛骨和额骨外展时三角肌疲劳的肌电图分析。

D Rodrigues, M A Baptistão Pessan, M M Kawano, G R V Stabile, J R Cardoso
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引用次数: 0

摘要

这项研究的目的是比较肩胛骨和额平面三角肌部分的疲劳率。10名没有肩部肌肉损伤的健康男性参加了这项研究。在收集肌电图数据的同时,对称重传感器阻力进行等距臂外展30秒。采用快速傅立叶变换对肌电图数据进行变换,得到中位工频。比较肩胛骨和额骨面三角肌三个部位的mpf变化。肩峰肌和脊柱部分在运动中疲劳。锁骨肌部分无疲劳。锁骨肌与其他两部分比较,差异有统计学意义(P < 0.05)。当比较飞机时,没有发现差异。它代表在康复过程中不实行优先顺序。此外,肩峰肌和脊柱部分疲劳,尽管锁骨肌部分没有疲劳。肩带其他肌肉的动作可以解释这一事实。而且,这两部分更需要注意,避免运动时疲劳。一般来说,对受伤患者的治疗策略不仅应针对增加力量,还应针对肩部运动中的疲劳控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electromyographic analysis of deltoid muscle fatigue during abduction on scapular and frontal planes.

The aim of the study was to compare the fatigue rates of the deltoid muscle portions in the scapular and frontal planes. Ten healthy men without shoulder muscle impairment took part in the study. They performed isometric arm abduction for 30 seconds against a resistance of load cell while the electromyographic data were collected. The electromyographic data were transformed by the Fast Fourier Transform, to obtain the median power frequency (MDPF). The changes in MDPF of the three deltoid portions in the scapular and frontal planes were compared. The acromialis and spinalis portions fatigued during the exercises. The clavicularis portion presented no fatigue. A statistically significant difference occurred between the clavicularis and the other two portions (P < 0.05). No differences were found when the planes were compared. It represents to practice no preferential order during rehabilitation. Moreover, the acromialis and spinalis portions fatigue, although the clavicularis portion did not fatigue. The actions of other muscles of the shoulder girdle can explain this fact. Moreover, these two portions need more attention to avoid fatigue during exercises. In general, therapeutic strategies for injured patients should not only be directed towards increased force, but also towards fatigue control during shoulder exercises.

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