Objective: To evaluate the effectiveness of cutting-edge medical case-based teaching method in graduate neuroanatomy education. Methods: Graduate students enrolled in a neuroanatomy course were divided into two groups: a conventional Case-Based Learning (CBL) group and a CBL group with integration of medical frontiers. In the conventional CBL group, clinical cases and guiding questions were introduced prior to lectures. In the experimental group, recent developments in neuroscience were integrated through interactive methods, including scenario-based simulations, group discussions, and instructor-led debriefings. Teaching outcomes were evaluated through theoretical examinations, laboratory skills assessments, student interviews, and structured questionnaires. Results: The CBL group with medical frontier integration demonstrated significantly improved performance in fundamental theory, diagnostic analysis, and scientific writing compared to the conventional CBL group. Students reported greater satisfaction and engagement with the course. Moreover, they showed marked improvements in applying theory to clinical analysis and hands-on tasks. Enhancements were also observed in clinical reasoning, research literacy, critical thinking, teamwork, and problem-solving abilities. Conclusion: Cutting-edge Medical case-based teaching significantly improves the effectiveness and quality of graduate neuroanatomy education. This approach provides valuable direction for medical education reform and holds strong potential for broader application across diverse medical disciplines.
Chang et al. (Thu,) studied this question.
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