Core Insights - The article highlights the significant advancements in brain-computer interface (BCI) technology, particularly its potential for rehabilitation in patients with motor function impairments due to spinal cord injuries or strokes [1][6]. Group 1: Technological Developments - The brain-computer interface technology is moving towards industrialization, with specific mention of its application in clinical trials in Henan province [1][2]. - A notable clinical trial involved a semi-invasive BCI implanted in a patient, achieving a 95% accuracy rate in decoding motor intentions from brain signals [3][4]. - The technology aims to create a direct communication pathway between the brain and external devices, bypassing damaged spinal pathways [6][7]. Group 2: Clinical Applications - Patients are actively engaged in rehabilitation through BCI, where they can control devices by imagining movements, leading to significant improvements in their motor functions [4][5]. - Over 200 patients have participated in non-invasive BCI rehabilitation programs, demonstrating the technology's effectiveness in restoring motor capabilities [5][11]. Group 3: Research and Development - Collaborative efforts are underway in Henan to advance BCI technology, with partnerships between medical institutions and tech companies focusing on clinical applications and research [9][10]. - The development of BCI technology is seen as a transformative trend in rehabilitation, with ongoing improvements in device comfort and signal acquisition accuracy [9][11]. Group 4: Future Prospects - Experts believe that BCI technology is in its early stages, akin to the "brick phone" era of mobile communication, with expectations for future advancements to lead to more compact, intelligent, and versatile devices [13][14]. - The long-term vision includes establishing clinical standards, developing proprietary BCI devices, and integrating these technologies into comprehensive health management systems [14].

脑机接口开机后，患者吕先生成功拿起训练圆柱。 李伟博 摄 记者体验脑机接口设备。项馨雨 摄 "十五五"规划建议中，"前瞻布局未来产业"的表述引人注目。"脑机接口"被点名，意味着这项游走于科幻与 实验室的技术，正迈向产业化的大门。 "这就像在大脑指挥运动的核心区域——感觉运动皮层，悄悄地放置了一个高灵敏度的'监听站'。"王斌解释 道。后续，采集到的神经信号将通过外部处理器进行解码，然后绕过他受损的脊髓，驱动外骨骼带动手部运 动。 当思想能直接驱动机械，当瘫痪的肢体有望被"唤醒"，科技正让"心想事成"从一句祝福，逐渐变成真实的可 能。 当聚光灯投向这项充满未来感的科技时，我们更渴望知道：在河南，在现实的医院病房与康复训练室里，脑 机接口究竟是如何运作的？它为那些被疾病禁锢的人生，带来了怎样真实而细微的改变？那些承载着意识与 希望的微弱电信号，究竟是如何被科研人员捕捉、破译，并最终搭建起连接大脑与外部世界的崭新桥梁？ 近日，记者走进临床一线与科研企业，触摸这场静默革命在中原的温度。 当他第一次握住了那颗葡萄 12月4日上午9点，平顶山叶县龙泉镇。47岁的吕先生在妻子的帮助下，从轮椅挪到卧室的桌前。一天中他最 期待的 ...