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Magnetic Stimulation of the Spinal Cord: Evaluating the Characteristics of an Appropriate Stimulator

机译:脊髓的磁刺激:评估适当的刺激器的特性

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摘要

This article aims to determine the necessary characteristics of a magnetic stimulator, capable of stimulating neural tracts of the spinal cord in a healthy subject. Our previous preliminary tests had shown that the commercial clinical magnetic stimulator Magstim Rapid(2) was unable to reach excitable structures within the spinal cord, and only adjacent spinal nerves could be activated with the maximal deliverable field strength. In a subsequent modeling study, we were able to show that the figure eight-shaped commercial coil could be one reason for, in this particular application, insufficient reach of the magnetic field, and substantial improvements could be gained by alternative geometrical arrangement of the windings of the magnetic coils. A further outcome was that a substantially higher driving voltage for the coil would be necessary to achieve activation of neural tracts within the spinal cord.
机译:本文旨在确定磁刺激器的必要特性,该磁刺激器能够在健康受试者中刺激脊髓的神经束。我们之前的初步测试表明,商用临床磁刺激仪Magstim Rapid(2)无法到达脊髓内的兴奋结构,只有最大的可传递场强才能激活邻近的脊髓神经。在随后的建模研究中,我们能够显示出八字形商用线圈可能是在此特定应用中磁场范围不足的原因之一,并且通过绕组的替代几何布置可以获得实质性的改进的电磁线圈。进一步的结果是,为达到激活脊髓内神经束的作用,线圈需要更高的驱动电压。

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