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A novel educational tool helps teach intestinal absorption in physiology
Lin-Lin Wang1, Lingyue Liu2, Aohan Zu2
1Department of Basic Medicine Sciences, Zhejiang University School of Medicine, Hangzhou, China.
Advances in Physiology Education
|January 13, 2021
Summary
A new educational tool improved physiology learning for biomedical engineering sophomores. This interactive method, using paper props and a flipped classroom, enhanced understanding of intestinal absorption compared to traditional lectures.
Area of Science:
- Physiology Education
- Biomedical Engineering Pedagogy
Background:
- Intestinal absorption is a core concept in physiology.
- Traditional lectures may not fully engage students in complex physiological processes.
- Developing innovative teaching methods is crucial for effective science education.
Purpose of the Study:
- To evaluate a novel educational tool for teaching intestinal absorption.
- To compare the effectiveness of an interactive, flipped classroom approach versus traditional lectures.
- To assess the impact of the tool on student learning efficacy.
Main Methods:
- A study group of 51 biomedical engineering sophomores used paper props and a flipped classroom for intestinal absorption.
- A control group of 52 sophomores received traditional instruction.
- Learning outcomes were assessed via theoretical tests and questionnaire analysis.
Main Results:
- The study group demonstrated higher average scores on theoretical tests compared to the control group.
- Questionnaire analysis indicated a positive impact of the educational tool on student learning efficacy.
- The novel tool facilitated a more effective understanding of intestinal absorption processes.
Conclusions:
- The designed educational tool significantly improved teaching effects for intestinal absorption.
- Interactive methods and flipped classrooms enhance student engagement and comprehension in physiology.
- This approach offers a superior alternative to traditional lecture-based instruction.