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Excitability changes of corticospinal pathways by magnetic brain stimulation during the maximum voluntary muscle contraction

机译:最大自愿肌肉收缩期间磁脑刺激皮质脑刺激的兴奋性变化

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A previous study reported that only three single TMS with the maximum voluntary muscle contraction (MVC) to patients with weakness of thigh muscles transiently, but significantly increased muscle strength compared with TMS with muscle relaxation. Nevertheless, the effects of TMS with MVC have never been established, and its mechanism is still unknown. In a preliminary study, we reported the modified protocol of TMS with MVC to induce more prolonged and robust effects on motor neuron function. This result has been reported previously in International Conference on Complex Medical engineering (CME2007) at Beijing and Annual meeting of Japanese Society of Clinical Neurophysiology in 2007. In the present study, we evaluated the effects of magnetic brainstem stimulation at the foramen magnum level during MVC on motor evoked potentials (MEPs) and muscle force, attempting to elucidate the mechanism of TMS with MVC modulating motor neuron function.
机译:先前的研究报告说,只有三个单一的TMS具有最大的自愿肌肉收缩(MVC)对大腿肌肉缺乏瞬时的患者,但与具有肌肉松弛的TM相比,肌肉力量显着增加。然而,从未建立了TM与MVC的影响,其机制仍然未知。在初步研究中,我们报告了具有MVC的改良方案,对电动机神经元功能诱导更长时间且稳健的影响。此结果已在2007年在北京和日本临床神经学会日本临床神经学会年会上进行了报道。在本研究中,我们在MVC期间评估了磁性脑干刺激对孔腔胶质型磁性脑干刺激的影响在电动机诱发电位(MEPS)和肌肉力上,试图阐明与MVC调节电动机神经元功能的TMS机理。

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