Michael Joel, Modell Harold, McFarland Jenny, Cliff William
Department of Molecular Biophysics and Physiology, Rush Medical College, 1750 W. Harrison Street, Chicago, IL 60612, USA.
Adv Physiol Educ. 2009 Mar;33(1):10-6. doi: 10.1152/advan.90139.2008.
The explosion of knowledge in all of the biological sciences, and specifically in physiology, has created a growing problem for educators. There is more to know than students can possibly learn. Thus, difficult choices have to be made about what we expect students to master. One approach to making the needed decisions is to consider those "core principles" that provide the thinking tools for understanding all biological phenomena. We identified a list of "core principles" that appear to apply to all aspects of physiology and unpacked them into their constituent component ideas. While such a list does not define the content for a physiology course, it does provide a guideline for selecting the topics on which to focus student attention. This list of "core principles" also offers a starting point for developing an assessment instrument to be used in determining if students have mastered the important unifying ideas of physiology.
所有生物科学领域,尤其是生理学领域知识的爆炸式增长,给教育工作者带来了日益严峻的问题。要学的知识比学生可能学到的更多。因此,对于期望学生掌握哪些内容,我们必须做出艰难的抉择。做出所需决策的一种方法是考虑那些为理解所有生物现象提供思维工具的“核心原则”。我们确定了一系列似乎适用于生理学各个方面的“核心原则”,并将它们分解为其组成的概念。虽然这样的列表并未定义生理学课程的内容,但它确实为选择吸引学生注意力的主题提供了指导方针。这份“核心原则”列表还为开发一种评估工具提供了起点,该工具可用于确定学生是否掌握了生理学重要的统一概念。