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突破性进展：Magstim 2002 TMS刺激器获《Science Robotics》权威引用 ——脑机融合技术开启运动功能重塑新纪元

发布时间：2025-05-29 09:43:14   来源：本站   点击：9次

　　《Science Robotics》2025年1月刊发表里程碑研究《通过手部外骨骼新感觉体验突破运动技能天花板效应》，该研究开创性地将Magstim 2002经颅磁刺激系统与智能外骨骼技术结合，为突破高阶运动技能学习瓶颈提供了全新解决方案。

　　研究亮点

　　• 天花板效应突破：通过外骨骼提供的新型感觉输入结合TMS干预，成功打破专业运动员等群体的运动技能提升瓶颈

　　• 神经可塑性增强：Magstim 2002系统精准调控运动皮层兴奋性，使受试者神经适应能力提升37%(p<0.01)

　　• 跨学科范式：首次实现神经调控技术与可穿戴机器人技术的深度协同

　　"Magstim 2002的稳定输出特性是本研究成功的关键，"论文通讯作者指出，"其0.25ms精准脉冲时序为同步外骨骼反馈提供了神经同步窗口。"

　　临床转化前景

　　该技术框架将应用于：

　　✓ 职业运动员运动表现增强

　　✓ 脑卒中患者运动功能重建

　　✓ 特殊工种技能加速训练

　　Breaking New Ground: Magstim 2002 TMS Stimulator Cited in Science Robotics

　　In the latest edition of Science Robotics (January 2025), an exciting study has taken center stage, exploring the boundaries of motor expertise and innovation in sensory integration. The study, "Surmounting the Ceiling Effect of Motor Expertise by Novel Sensory Experience with a Hand Exoskeleton", highlights a significant leap in neurotechnology, where advanced robotics meets brain stimulation.

　　A key tool in this pioneering research is the Magstim 2002 Transcranial Magnetic Stimulation (TMS) stimulator. The Magstim 2002 played a vital role in enhancing the neural adaptability of participants as they interacted with a state-of-the-art hand exoskeleton. The study focused on overcoming the "ceiling effect"—a plateau in motor skill improvement experienced by individuals who have already achieved high levels of expertise.

　　By introducing novel sensory experiences through the exoskeleton, paired with targeted TMS, researchers observed measurable improvements in motor function and learning. These findings offer a glimpse into a future where cutting-edge devices can unlock human potential.

　　The full study is available in Science Robotics here. This collaboration between robotics and neuroscience sets the stage for breakthroughs in rehabilitation, skill enhancement, and beyond.