Heitler Bill
School of Psychology and Neuroscience, University of St Andrews, Fife KY16 9JP, United Kingdom.
J Undergrad Neurosci Educ. 2022 Jun 1;20(2):A284-A291. doi: 10.59390/JGIP5297. eCollection 2022 Winter.
Neurosim is an interactive simulation program designed for teaching electrophysiology. It was first published in 1989, but has been updated several times over the years, and v5.3.3 was released in January 2022. Much effort has been put into making Neurosim as easy to use as possible, while at the same time offering a wide range of facilities. It contains 7 modules that simulate at biological levels ranging from single channel membrane properties, through spike and synaptic properties, small network properties, up to whole-population firing dynamics. It is highly configurable and can be useful for teaching from the beginning undergraduate level dealing with basic neuron physiology, through to the post-graduate level suitable for use as an introduction to computational neuroscience. The article describes how Neurosim has been useful in my own teaching over the years and gives several examples of student activities that have proved effective in aiding understanding. There is a comprehensive set of tutorial exercises available on the support website.
Neurosim是一款为教授电生理学而设计的交互式模拟程序。它于1989年首次发布,但多年来已多次更新,2022年1月发布了v5.3.3版本。在使Neurosim尽可能易于使用的同时,还投入了大量精力提供广泛的功能。它包含7个模块,可模拟从单通道膜特性、动作电位和突触特性、小网络特性到全群体放电动力学等生物水平。它具有高度的可配置性,对于从本科低年级的基础神经元生理学教学,到适合用作计算神经科学入门的研究生水平教学都很有用。本文描述了多年来Neurosim在我自己的教学中如何发挥作用,并给出了几个证明对帮助理解有效的学生活动示例。支持网站上有一套全面的教程练习。