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No content without context: integrating basic, clinical, and social sciences in a pre-clerkship curriculum.

机译:没有背景就没有内容:将基础,临床和社会科学整合到文员培训课程中。

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BACKGROUND: The basic science curricula in medical schools ultimately succeed or fail at the bedside when students must draw on their pre-clerkship experiences as they learn to form nuanced clinical decisions. Given this expectation, learning context becomes as decisive as content in determining students' recall and application. AIMS: Using the pre-clerkship medical curriculum at the University of California, Los Angeles, as an example, we illustrate how traditional biomedical sciences can be integrated with clinical sciences in a comprehensive foundational curriculum following curricular design features and teaching methods based on learning principles from cognitive psychology and education. METHODS: Multiple planning teams of faculty and students collaborated in the design of the Human Biology and Disease (HB&D) curriculum. Broad participation, careful selection of course chairs, the assistance of educational consultants, ongoing oversight structures, and faculty development were used to develop and sustain the curriculum. RESULTS: The resulting HB&D curriculum features an interdisciplinary spiral block structure including interactive lecture formats, integrative formative and summative examinations, self- and peer-taught laboratories, and problem-based learning with innovative variations. CONCLUSION: Our fully integrated, spiral, pre-clerkship curriculum built on repeating interdisciplinary blocks and longitudinal threads has yielded encouraging results as well as some specific innovations that other schools or individual teachers may find valuable to adapt for use in their own settings.
机译:背景:医学院的基础科学课程最终会在床旁获得成功或失败,这是因为学生在学习形成细微的临床决策时必须借鉴其工作前的经历。有了这种期望,在确定学生的回忆和应用方式时,学习环境就和内容一样具有决定性。目的:以加利福尼亚大学洛杉矶分校的文职前医学课程为例,我们说明了如何根据课程设计特征和基于学习原理的教学方法,将传统生物医学与临床科学整合到一个综合的基础课程中来自认知心理学和教育。方法:教师和学生的多个计划团队合作设计了人类生物学与疾病(HB&D)课程。广泛的参与,精心选择的课程主席,教育顾问的协助,持续的监督结构以及教职员工的发展都被用来制定和维持课程。结果:由此产生的HB&D课程具有跨学科的螺旋结构,包括交互式讲课格式,综合性形成和总结性考试,自学和同级授课的实验室以及基于问题的学习以及创新的变化。结论:我们基于重复的跨学科区块和纵向线程而建立的完全集成的,螺旋式的,预科课程,已经产生了令人鼓舞的结果,以及一些其他学校或个别教师可能会发现有价值的创新成果,可以适应在自己的环境中使用。

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