i3S - Instituto de Investigação e Inovação em Saúde, Universidade do Porto, Portugal.
School of Biological Sciences, University of Manchester, UK.
Lab Anim. 2023 Apr;57(2):192-203. doi: 10.1177/00236772221150299. Epub 2023 Feb 4.
This article argues the need for education and training of researchers carrying out animal studies on the fundamentals of experimental design (ED), as a key means of improving the reliability and reproducibility of preclinical results. The current landscape in ED education in Europe is presented, and we make the case for dedicated tutor-guided teaching of ED. With less than a day dedicated to it in many courses effective techniques for communicating key issues are needed. We have developed two approaches that transfer to experimental design teaching the case-study, problem-solving techniques known to be effective in other fields. They use realistic research scenarios to provoke discussion and engage learning. In one the scenario is for group discussion or informal or formal assessment with subsequent tutor-led discussion of key points. For this each scenario needs a clear statement of the purpose of the research study, simplified text outlining the comparisons and procedures, and a statement of the outcome measure. In the other approach, the scenario is used with freely-available software with a good graphical output to explore the sizing of experiments and the use of both sexes. Trainee feedback and informal assessment show that these approaches can make for interesting and memorable sessions and offer a useful contribution to improvement in experimental design teaching so that it produces meaningful learning that can translate into better practice.
本文认为,有必要对从事动物研究的研究人员进行实验设计(ED)基础的教育和培训,这是提高临床前研究结果可靠性和可重复性的关键手段。本文介绍了欧洲 ED 教育的现状,并提出了专门的导师指导 ED 教学的理由。在许多课程中,ED 教学只占用不到一天的时间,因此需要有效的沟通关键问题的技术。我们开发了两种方法,将案例研究、问题解决技术应用于实验设计教学,这些技术在其他领域被证明是有效的。它们使用现实的研究场景来引发讨论和激发学习。在一种方法中,场景用于小组讨论或非正式或正式评估,然后由导师主导讨论关键点。对于这种方法,每个场景都需要明确研究目的的陈述、简化的文本概述比较和程序,以及结果衡量标准的陈述。在另一种方法中,使用具有良好图形输出的免费软件来探索实验设计和使用两性。学员的反馈和非正式评估表明,这些方法可以使教学变得有趣且令人难忘,并为实验设计教学的改进做出有益的贡献,从而产生有意义的学习,可以转化为更好的实践。