Cosman E R, Rittman W J, Nashold B S, Makachinas T T
Department of Physics, Massachusetts Institute of Technology, Cambridge.
Appl Neurophysiol. 1988;51(2-5):230-42. doi: 10.1159/000099968.
The method of radiofrequency heat lesion generation is reviewed with specific reference to the dorsal root entry zone. Experimental data on the impedance of electrolytic media as a function of temperature are reported, and their relation to what should be observed during radiofrequency lesioning in the body is commented upon. The future utility of impedance monitoring is discussed as well as possible implications of bipolar lesion electrode systems.
本文回顾了产生射频热损伤的方法，特别提及了背根进入区。报告了作为温度函数的电解质介质阻抗的实验数据，并对其与人体射频损伤过程中应观察到的情况之间的关系进行了评论。讨论了阻抗监测的未来用途以及双极损伤电极系统可能产生的影响。
