The use of the electrical stimulation device for the muscles in the limit determines the elbow joint during the lifting of the disabled weightlifting players

Dhafir Harb Ewajela Al-Ibraheemi, A. Alhasan, Farah Isam Abdulameer
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引用次数: 1

Abstract

Neuromuscular Electrical Simulation has been improved as the novel therapeutic alternative for the patients who affected with muscle impairment. It has proven significant improvement in strengthening the physical condition and the functional capacity of the patients. In this research work incorporation of Neuromuscular Electrical Simulation for the muscles in the limit determines the elbow joint during the lifting of the disabled weightlifting players. While the weights are lifting by the players without proper cautiousness and concentration the tendon and associated flexor or pronator muscles may get affected and leads to severe pain and causes disability to perform the weightlifting practice. In the process of reviving the weight lifting players different methods are used. The research study focuses on the use of electrical stimulator devices for improving the muscle strength and healing of the elbow joint injuries.
使用电刺激装置对肌肉进行极限刺激,确定残疾举重运动员在举重过程中的肘关节
神经肌肉电模拟作为一种治疗肌肉损伤的新方法已经得到了改进。事实证明,它在增强患者的身体状况和功能能力方面有显著的改善。本研究采用神经肌肉电模拟的方法,对残疾人举重运动员在举重过程中肘关节的极限肌肉进行了测定。当运动员举重时,如果没有适当的谨慎和集中注意力,肌腱和相关的屈肌或旋前肌可能会受到影响,导致严重的疼痛,并导致无法进行举重练习。在恢复举重运动员的过程中,使用了不同的方法。本研究的重点是使用电刺激装置来提高肘关节损伤的肌肉力量和愈合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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