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Published on: February 3, 2015
Design and implementation of a molecular imaging elective for third-year pharmacy students
Christopher Whitman1, Sainath Kamath1, Shelby Lawrence1
1Harrison School of Pharmacy, Auburn University, 362 West Thach Ave., Auburn, AL 36849, United States.
Objective:
To design, implement, and evaluate a molecular imaging elective course that would expose Doctor of Pharmacy (PharmD) students to fundamentals of various imaging modalities and their pre-clinical and clinical applications.
Methods:
The "Surveys of Multi-Modality Imaging" course is a two-credit hour elective course offered to third-year PharmD and doctoral students. Experiential learning methods including active learning application-based exercises were used to supplement didactic lectures in the form of field trips (with follow-up debriefings), small group team-based tasks, hands-on demonstrations, visual modelling, gamification with problem sets, concept maps regarding given modalities, and concluding with written summary reports and formal in-class group presentations. In addition to standard course evaluations, a pre- and post-course survey were conducted to assess the students' confidence regarding course content.
Results:
Since its implementation in 2013, 101 students have completed the course with 72% being PharmD students (n = 73) and the remainder being doctoral students in pharmaceutical science (n = 28). Pre- and post-assessments completed by the students the last two offerings (n = 40 of a possible 43) indicated a shift in students' self-reported confidence in discussing imaging modalities from a total of 2.4% confidence (pre-course) to 97.4% confidence (post-course). Also, post-course survey indicated that 77.5% (n = 31 of 40 participants) students strongly agreed that our immersive and experiential learning activities were beneficial to overall learning for this elective.
Conclusion:
Students who participated in this innovative experiential learning-grounded course gained an appreciation for molecular imaging and its value and role in modern drug therapy.
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