Liu H, Zhou L, Jiang D
Institute of Biomedical Engineering, Xi'an Jiaotong University, Xi'an 710049.
Sheng Wu Yi Xue Gong Cheng Xue Za Zhi. 1999 Dec;16(4):506-10, 515.
This paper explores approaches to electrode technology and stimulating techniques that selectively activate specific portions of a peripheral nerve trunk with much less implanted hardware than is required with present motor prosthesis systems. The first section reviews the vulnerability of nerves to both mechanical and electrical factors and suggests ideas on how these findings might be utilized in future electrodes. The second section presents results on longitudinally oriented intrafascicular electrodes for nerve stimulation recording. The third section reviews results on longitudinal intrafascicular electrodes for nerve stimulation and recording.
本文探讨了电极技术和刺激技术的方法,这些方法能够以比目前的运动假体系统所需的植入硬件少得多的方式,选择性地激活外周神经干的特定部分。第一部分回顾了神经对机械和电因素的易损性,并就如何将这些发现应用于未来的电极提出了想法。第二部分介绍了用于神经刺激记录的纵向束内电极的结果。第三部分回顾了用于神经刺激和记录的纵向束内电极的结果。