McKinstry-Wu Andrew R, Kelz Max B
University of Pennsylvania, Philadelphia, PA, United States.
University of Pennsylvania, Philadelphia, PA, United States.
Methods Enzymol. 2018;603:171-180. doi: 10.1016/bs.mie.2018.01.021. Epub 2018 Mar 24.
Investigation of how anesthetics produce hypnosis requires knowledge of their effects at the molecular, neuronal, circuit, and whole-brain network level. Anesthetic photolabels have long been used to explore how anesthetics bind and affect known protein targets, but they could potentially assist in investigation of anesthetic effects at higher organizational levels of the central nervous system. Here, we advocate the use and provide detailed methods for the application of anesthetic photolabels in slice electrophysiology and in intact animals as a means of investigating anesthetic effects on distinct circuits and brain centers.
研究麻醉剂如何产生催眠作用需要了解它们在分子、神经元、神经回路和全脑网络层面的作用。长期以来,麻醉剂光标记物一直被用于探索麻醉剂如何结合并影响已知的蛋白质靶点,但它们有可能有助于在中枢神经系统的更高组织层面研究麻醉效果。在此,我们提倡使用麻醉剂光标记物,并提供在脑片电生理学和完整动物中应用它们的详细方法,作为研究麻醉剂对不同神经回路和脑中心作用的一种手段。