你让我紧张!教授动作电位传播和电缆特性的棋盘游戏。

Ashley D Nemes-Baran
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引用次数: 0

摘要

对于大多数本科生来说,电生理学是神经科学基础课程中最令人生畏的课题之一。对于教育工作者来说,在授课过程中保持学生的注意力和参与度同样具有挑战性。基于游戏的学习在许多学科和教育层次中都有应用,可以让学生学以致用,并在课堂上建立社区。You're Getting on my Nerves》就是为了帮助学生应用线缆特性的知识,并与同伴一起练习词汇而制作的。这款棋盘游戏最初是用廉价产品制作的,但现在也可以购买,让教育工作者可以在预算和可用时间范围内灵活使用。此外,它还可以从入门级扩展到高级,成为一种轻松有趣的学习工具。学生们可以了解细胞中的哪些变化会增加或减少动作电位沿轴突向下传播的能力,并开始描述不同的线缆特性。每个玩家都会收到一张卡片,用来记录动作电位的振幅。玩家的目标是将自己的游戏棋子从轴突丘移动到轴突末端,同时动作电位不衰减到 0。游戏板上用颜色标记了轴突变化的空间。在与同伴竞争到达轴突末端的过程中,学生们很快就能知道细胞中的哪些变化能让他们的游戏棋子向前传播。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
You're Getting on My Nerves! A board Game to Teach Action Potential Propagation and Cable Properties.

Electrophysiology is one of the most intimidating topics within the foundational neuroscience curriculum to most undergraduate students. Keeping student attention and engagement during these lectures is equally challenging for educators. Game-based learning is used in many disciplines and levels of education and allows students to apply what they have learned and build community within the classroom. You're Getting on my Nerves was created to help students apply their knowledge of cable properties and practice vocabulary terms with their peers. This board game was originally created using inexpensive products but is also now available for purchase, allowing educators the flexibility to use the game within their budget and available timeframe. Additionally, it can be scaled from introductory to advanced levels and act as a relaxed and entertaining study tool. Students learn what changes in the cell can increase or decrease the action potential's ability to propagate down the axon and begin to describe different cable properties. Each player receives a card to keep track of the amplitude of their action potential. The goal is to move their game piece from the axon hillock to the axon terminal without decaying their action potential to 0. Players draw game cards that instruct them on where to move along the gameboard. The gameboard has color-coded spaces with changes in the axon. Students begin to quickly learn which changes in the cell allow their game piece to propagate forward as they compete with their peers to reach the axon terminal.

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