河南省首例脑机接口植入患者实现用脑电信号控制动作 截瘫患者凭意念喝到了水

Core Insights - The article highlights a significant breakthrough in brain-machine interface technology, showcasing its potential to restore mobility and independence to patients with spinal cord injuries [1][2] - The successful surgery on Mr. Lv marks a pivotal moment for the application of this technology in clinical settings, particularly in Henan Province, China [2] Group 1: Patient Case Study - Mr. Lv, who suffered from high-level paraplegia due to a fall, was able to perform basic actions like drinking water for the first time since his injury, thanks to a brain-machine interface surgery [1] - The surgery involved the implantation of two coin-sized brain-machine interfaces into Mr. Lv's brain, allowing him to control an exoskeleton glove using his brain signals [1] Group 2: Technological and Clinical Significance - The brain-machine interface system used in the surgery is fully developed in China, representing a significant advancement in domestic medical technology [2] - The procedure is part of a broader initiative by the Henan Provincial People's Hospital, which is the only center in the province included in a national clinical research program for brain-machine interfaces [2] Group 3: Future Implications - Continuous brain-controlled training may lead to the reorganization of neural pathways, potentially enabling Mr. Lv to perform daily activities independently without the exoskeleton in the future [2] - There are over 2.67 million spinal cord injury patients in China, with nearly 100,000 new cases each year, indicating a substantial market for brain-machine interface technology in rehabilitation [2]