Magneto-electric stimulator (MES), this equipment is not approved for cortical or cervical stimulation. To be used for peripheral nerve stimulation, especially deep peripheral nerves. The technique of electrodeless (or magnetic) electrical stimulation of peripheral nerve was first demonstrated in the frog muscle nerve preparation by Kolin (1949) who showed that if the sciatic nerve was wrapped around the pole piece of a magnet and was pulsed, contraction could be registered in the muscle. Extending this model to the human, Bickford and Fremming (1956) demonstrated that similar excitation of a mixed nerve could be obtained. Recently the Sheffield, England group of bioengineers (Barker et al) has described a modern electronic design of a magnetic neuronal stimulator and in the hands of Merton this solid state switch device has shown to be capable of stimulating the central nervous system (spinal cord and brain).
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机译：磁电刺激器（MES），该设备不适用于皮质或宫颈刺激。用于刺激周围神经，特别是深部周围神经。 Kolin（1949）在青蛙肌肉神经制备中首次证明了对周围神经进行无电极（或电磁）电刺激的技术，该研究表明，如果坐骨神经被包裹在磁铁的极靴上并受到脉冲的作用，则可以收缩。在肌肉中注册。 Bickford and Fremming（1956）将该模型扩展到人类，证明可以得到混合神经的类似刺激。最近，英国谢菲尔德的生物工程师小组（Barker等人）描述了一种磁性神经元刺激器的现代电子设计，这种固态开关装置在Merton手中已证明能够刺激中枢神经系统（脊髓和脊髓）。脑）。
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