Department of Physiology and Biophysics, Rush Medical College, Chicago, Illinois.
Biology Department, Edmonds College, Lynnwood, Washington.
Adv Physiol Educ. 2020 Dec 1;44(4):752-762. doi: 10.1152/advan.00114.2020.
In 2011, we published a description of 15 core concepts of physiology, and in 2017 we described how core concepts could be used to teach physiology. On the basis of publications and conference presentations, it is clear that the core concepts, conceptual frameworks, and the homeostasis concept inventory have been used by faculty in many ways to improve and assess student learning and align instruction and programs. A growing number of colleagues focus their teaching on physiology core concepts, and some core concepts have been used as explicit themes or organizing principles in physiology or anatomy and physiology textbooks. The core concepts published in 2011 were derived from inputs from a diverse group of physiology instructors and articulated what this group of instructors expressed a decade ago. On the basis of current feedback from the physiology teaching community as a consequence of the use of core concepts in teaching and learning, we have revisited these concepts and made revisions to address issues that have emerged. In this article, we offer revised definitions and explanations of the core concepts, propose an additional core concept ("physical properties of matter" which combines two previous concepts), and describe three broad categories for the revised core concepts. Finally, we catalog published resources for each of the core concepts that provide instructors tools to focus facilitation of student learning on goals (learning outcomes), activities and assessments to enable students to develop and apply their understanding of the core concepts of physiology.
2011 年,我们发表了生理学 15 个核心概念的描述,2017 年我们描述了如何使用核心概念教授生理学。根据出版物和会议报告,核心概念、概念框架和内稳态概念库存已被教师们以多种方式用于改进和评估学生的学习,并使教学和课程保持一致,这一点是显而易见的。越来越多的同事专注于生理学核心概念的教学,一些核心概念已被用作生理学或解剖生理学教材的明确主题或组织原则。2011 年发表的核心概念源自不同群体生理学教师的意见,并阐述了该群体教师十年前的观点。根据目前在教学和学习中使用核心概念的生理学教学界的反馈,我们重新审视了这些概念,并进行了修订,以解决出现的问题。在本文中,我们提供了对核心概念的修订定义和解释,提出了一个额外的核心概念(“物质的物理性质”,它结合了前两个概念),并描述了修订后的核心概念的三个广泛类别。最后,我们为每个核心概念列出了已发表的资源,为教师提供了工具,使他们能够将学生学习的促进重点放在目标(学习成果)、活动和评估上,使学生能够发展和应用对生理学核心概念的理解。