一名美国士兵通过在Walter Reed试验中植入电极和感应器,在假肢手臂中恢复了触感。 A U.S. soldier regained touch sensation in a prosthetic arm via implanted electrodes and sensors in a Walter Reed trial.

在Walter Reed国家军事医疗中心的临床试验中,一名头部以下截肢的美国士兵通过神经辅助假肢手臂恢复了触摸感。 A U.S. soldier with a below-elbow amputation has regained the sense of touch through a neural-enabled prosthetic arm in a clinical trial at Walter Reed National Military Medical Center. 该装置由阿肯色州大学研究人员开发,使用植入式电极和指尖传感器向大脑发送触觉反馈,让士兵不用看就能感觉到物体。 Developed by University of Arkansas researchers, the device uses implanted electrodes and fingertip sensors to send tactile feedback to the brain, allowing the soldier to feel objects without looking. 这一进展是由国防部努力改进与战斗有关的伤害假肢所推动的,标志着通过恢复在标准假肢中丧失的感官体验,朝着更直觉、自然肢体功能迈出了一大步。 This advancement, driven by Defense Department efforts to improve prosthetics for combat-related injuries, marks a major step toward more intuitive, natural limb function by restoring sensory experience lost in standard prosthetics.