人体工效学中的性别平等：腹腔镜手术中男性和女性的肌肉活动特性是否不同？

TrignoAvanti®肌电传感器和测力仪联合提高手的性能和促进恢复

ndependent component analysis based algorithms for high-density electromyogram decomposition: Experimental evaluation of upper extremity muscles
Chenyun Dai ⁠a , Xiaogang Hu ⁠a⁠, ⁠∗ a Joint Department of Biomedical Engineering, University of North Carolina at Chapel Hill, North Carolina State University, United States A

At the German Aerospace Center (DLR) Institute of Robotics and Mechatronics, we are developing a research platform for an assistive robotic system. The platform called EDAN (EMG-controlled Daily Assistant) consists of a robotic manipulator, which is mounted on a power wheelchair. The focus of this research is twofold. On the one hand, we investigate the use of Electromyography (EMG) as a non-invasive interface to provide people with control over assistive systems. On the other hand, we develop m

肌电的应用近几年已经逐步普及。但对于肌电信号检测系统这一领域的知识还是不够了解，那么就需要我们的更多科研人员对此作出更多的文献。今天我们就分享一篇来自西安科技大学的关于肌电信号处理综合实训的报告。希望能够帮助对此有兴趣的人有更深入的了解。

从1993年起，Delsys就一直处于肌电描记领域的前沿，并引领相关设备技术的创新。Delsys的Parallel-Bar传感器为当今的肌电系统提供了一种信号质量、一致性和可靠性均一流的技术基础

人可以用大脑的意念控制物体吗?　“阿凡达”可以变成现实吗?一位失去手臂的残疾人可以用意念控制假肢运动并拿取物品吗?有了美国delsys表面肌电测试仪，这些都不是幻想。答案也是肯定的!

表面肌电图，也称动态肌电图，是肌肉兴奋时所产生的电变化，利用表面电极加以引导、放大、记录后所得到的图形，经过计算机处理为具有对肌肉功能状态特异和敏感的指标，用于评价神经肌肉功能。