Related Experiment Videos
A Critical Thinking Activity on Drug Tolerance for Undergraduate Neuroscience Courses
1Department of Psychology & Neuroscience Program, The University of the South, Sewanee TN 37383.
Summary
Active learning in neurosciences improves understanding of drug tolerance. Students analyzing fictional data found this critical thinking activity engaging and effective for synaptic pharmacology principles.
Area of Science:
- Neuroscience Education
- Pharmacology
- Active Learning Strategies
Background:
- Learner-centered approaches enhance critical thinking and retention in neurosciences.
- There is a need for engaging classroom activities in synaptic pharmacology.
Purpose of the Study:
- To present a critical thinking activity for teaching synaptic pharmacology.
- To help students understand drug tolerance by analyzing fictional datasets.
Main Methods:
- Students analyzed simulated datasets to identify characteristics of drug tolerance.
- The activity was designed for a 300-level psychopharmacology course.
Main Results:
- Student self-reported perceptions indicated the activity was enjoyable.
- Ungraded quiz scores suggested the activity deepened understanding and engagement.
Conclusions:
- This critical thinking exercise effectively enhances student comprehension of synaptic pharmacology.
- The activity can be adapted for various undergraduate courses in psychology and biology.