Aug162016Neural InterfaceResearchParalyzed people regained some motion after operating a brain-controlled robotic exoskeleton. Learn more… Categories: Neural Interface, ResearchAugust 16, 2016Post navigationPreviousPrevious post:Cleveland Institute of Art: quiet champion of biomedical artsNextNext post:New electrical stimulation therapy may improve hand function after strokeRelated PostsEye Movements in the Critical Care SettingAugust 24, 2021Experimental technology works to bring back sense of touch for those living with paralysisAugust 12, 2021Cerebella Ataxia, Brain Anatomy, and Deep Brain Stimulation Side Effects Discussed with Aasef Shaikh, MD, PhDAugust 12, 2021Neuros Medical receives Breakthrough Device Designation from FDAAugust 2, 2021This Brain-Controlled Robotic Arm Can Twist, Grasp—and FeelMay 26, 2021Scientists Added a Sense of Touch to a Mind-Controlled Robotic ArmMay 26, 2021
Experimental technology works to bring back sense of touch for those living with paralysisAugust 12, 2021
Cerebella Ataxia, Brain Anatomy, and Deep Brain Stimulation Side Effects Discussed with Aasef Shaikh, MD, PhDAugust 12, 2021