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Education: A modular approach to microfluidics in the teaching laboratory

机译:教育:教学实验室中微流控的模块化方法

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This article seeks to educate the reader about the role played by the microfluidics teaching lab in the education of science, technology, engineering and mathematics for students of all ages. The discussion is intended to serve as a general guide to educators about the lab philosophy, goals, lab experiments and required equipment and reagents necessary for a successful microfluidics teaching laboratory. We hope that this article will stimulate other groups and companies to describe what they are doing to encourage education in this sector. At LabSmith we have developed a modular approach for teaching and demonstrating microfluidics that allows the end user to tailor the laboratory to course goals without an impact on the package of experimental equipment required and available to them. Thus, it is possible to educate students either in the art of microfluidics or use microfluidics to educate students about fundamental physical, chemical, or biological principles. The laboratory experiments discussed here are for students with educational experience at high school, undergraduate, graduate, and post-graduate levels.
机译:本文旨在教育读者关于微流控教学实验室在面向所有年龄段的学生的科学,技术,工程和数学教育中的作用。该讨论旨在为教育工作者提供有关实验室理念,目标,实验室实验以及成功的微流控教学实验室所需的必需设备和试剂的一般指南。我们希望本文能够刺激其他团体和公司描述他们为鼓励该领域的教育所做的工作。在LabSmith,我们开发了一种用于教学和演示微流体技术的模块化方法,使最终用户可以根据目标来定制实验室,而不会影响所需的实验设备包。因此,可以对学生进行微流体学方面的教育,也可以使用微流体学对基本的物理,化学或生物学原理进行教育。这里讨论的实验室实验是针对具有高中,本科,研究生和研究生水平的教育经验的学生。

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