肌肉力学和肌电图

Sarmad Shams, M. Asif, Samreen Hussain
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引用次数: 1

摘要

本章将首先介绍生物力学及其与生理学和解剖学的关系。然后介绍了运动学、动力学和人体测量学的基本概念,并详细讨论了肌肉力学和肌电图。肌肉是人体的致动器,尤其是附着在骨骼上的骨骼肌,对人体的运动起着重要的定义作用。人体通过神经系统控制肌肉,神经系统产生称为脑电图(EEG)的信号,脑电图在离开神经后刺激肌肉并转化为通常称为肌电图(EMG)的肌肉信号。在本章中,我们将结合肌电图讨论肌肉的力学。肌电图是研究肌肉活动的工具,因此也是了解人体力学的关键。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Muscle Mechanics and Electromyography
This chapter will begin with the introduction to biomechanics and its relationship with the physiology and anatomy. Then it introduces the basic concepts of kinematics, kinetics, and anthropometry and discusses in detail the muscle mechanics and electromyography. The muscle is the actuator of the human body, especially the skeletal muscles which are attached with the skeleton play an important role in defining the movements of the human body. The human body controls the muscle through the nervous system, and this nervous system generates signals called electroencephalogram (EEG) which upon leaving the nerves excites the muscle and converted into muscle signals usually called electromyogram (EMG). In this chapter, we will discuss the mechanics of the muscle in conjunction with the EMG. EMG is the tool to study the activity of the muscles and hence the key to understand the mechanics of the human body.
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