针灸协同现代康复促进中风神经重塑

Acupuncture in Conjunction with Modern Rehabilitation Promotes Neuroplasticity in Stroke

摘要: 本文探讨了针灸与现代康复技术(如虚拟现实(VR)、机器人辅助疗法、脑机接口(BCI)等)在中风后的神经重塑中的协同作用及机制。全球范围内，脑卒中是第二大死亡原因，导致神经功能缺损，给患者及社会带来巨大负担。神经可塑性，作为功能恢复的关键机制，涵盖了突触重塑、轴突再生和神经发生等过程。针灸通过多靶点调控神经炎症、神经营养因子以及突触可塑性等通路，促进神经重塑，并与现代康复技术产生显著地协同作用。现代康复技术，如VR、机器人辅助疗法和BCI，依靠多模态反馈、神经反馈和精准运动控制等机制，强化大脑皮层的功能连接及神经可塑性。特别是在运动功能恢复方面，VR通过镜像神经元的激活和任务特异性学习，增强了运动皮层的突触效能；机器人辅助疗法则通过重复训练与运动控制，提高了运动功能的恢复效率。BCI技术通过实时神经反馈调节运动意图和神经控制，促进皮质脊髓束的重塑。针灸与这些现代康复技术的结合，能够制定个性化的康复治疗方案，推动神经功能的恢复并改善认知与运动能力。未来的研究应深入探讨针灸与现代康复技术联合应用的机制，以支持个体化康复方案的广泛推广和临床应用。

Abstract: This paper explores the synergistic effects and mechanisms of acupuncture and modern rehabilitation techniques (such as virtual reality (VR), robot-assisted therapy, and brain-computer interfaces (BCI)) in promoting neuroplasticity after stroke. Stroke is the second-leading cause of death globally and results in significant neurological deficits, imposing a substantial burden on patients and society. Neuroplasticity, a crucial mechanism for functional recovery, encompasses processes like synaptic remodeling, axonal regeneration, and neurogenesis. Acupuncture exerts its effects through multi-target regulation of neuroinflammation, neurotrophic factors, and synaptic plasticity pathways, thereby promoting neuroplasticity and achieving significant synergistic effects with modern rehabilitation techniques. Modern rehabilitation techniques, including VR, robot-assisted therapy, and BCI, rely on mechanisms such as multimodal feedback, neurofeedback, and precise movement control to enhance cortical functional connectivity and neuroplasticity. Particularly in motor function recovery, VR enhances synaptic efficacy in the motor cortex by activating mirror neurons and facilitating task-specific learning. Robot-assisted therapy improves motor function recovery efficiency through repetitive training and movement control. BCI technology promotes corticospinal tract remodeling by providing real-time neurofeedback to regulate motor intentions and neural control. The combination of acupuncture and these modern rehabilitation techniques allows for the development of personalized rehabilitation treatment plans, which can promote neurological recovery and improve cognitive and motor functions. Future research should delve into the mechanisms underlying the combined application of acupuncture and modern rehabilitation techniques to support the widespread promotion and clinical application of individualized rehabilitation plans.