1.This paper mainly reviewed the surface electromyography technologies application in sport scientific research at home and abroad.
文单主要对表面肌电图技术在国内外体育科研领域中的应用研究现状做一综述。
2.The condition can be established objectively with the aid of fluoroscopy and electrostimulation, electromyography or magnetic stimulation.
条件才能建立客观的帮助下，透视和电，肌电图或磁刺激。
3.Laryngeal electromyography (LEMG) plays a potentially significant role in the diagnosis of neuromuscular disorder of the larynx .
喉肌电图为诊断喉部肌肉及神经性疾病的直接方法。
4.Conclusion Electromyography can correctly preoperative diagnose the tarsal tunnel syndrome and provide the . . .
结论神经肌电图能对踝管综合征进行比较准确地术前诊断，为治疗提供客观依据。
5.How to acquire and extract surface electromyography (SEMG) expediently and effectively had been one of the key factors to apply the SEMG.
如何方便有效地采集提取表面肌电信号（SEMG）已成为SEMG应用的关键技术之一。
6.Objective To analyze the clinical features and change of electromyography and muscle biopsy in polymyositis(PM) and guide diagnosis.
目的总结和分析多发性肌炎患者的临床特征、肌肉电生理及病理改变的临床意义，指导临床诊治。
7.Nerve conduction study and electromyography are important laboratory tools in the evaluation of focal neuropathies.
神经传导速度检查及肌电图，在评估局部神经病变是重要工具。
8.The invention relates to a technology using the electromyography information to control the artificial hand.
本发明涉及到一种将肌电信息控制人工假手的技术。
9.neural spot diagram, electromyography, not seen obvious abnormity detection.
神经点图、肌电图检测未见明显异常。
10.Design of surface electromyography digital transducer was discussed.
介绍了表面肌电信号数字传感器的设计方法。