Engaging Student Pharmacists in Social Determinants of Health and Health Equity Through Photovoice.

OBJECTIVE: This study aimed to evaluate the impact of an interactive photovoice activity on the perceptions of social determinants of health (SDOH) and health equity among first professional year student pharmacists. METHODS: This study used a mixed-methods exploratory approach at 4 institutions. All students completed a standardized intervention using a prerecorded lecture, active learning using photovoice, and an in-depth debriefing session. The photovoice responses and reflections were analyzed through a deductive approach using content analysis with the applied frameworks of Rolfe's reflection model and the social-ecological model. A presurvey/postsurvey assessed the students' perceptions of SDOH and health equity. Paired sample t tests were conducted to assess the prechange and postchange. RESULTS: A total of 349 students participated; most students reflected at the "what" level (97.7%), whereas 65% reached the "now what" level. Students identified more SDOH factors at the institutional/community level (75.9%) than at the individual/interpersonal level (59.4%) or the society/policy level (28.0%); 191 (55%) students had matchable survey data. A statistically significant improvement was found in the comprehension of health equity concepts (4 items), perceptions of health disparities and system response (4 items), awareness of structural factors impacting equity (3 items), and readiness for inclusivity behavior (3 items). CONCLUSION: A structured teaching and learning activity allowed deeper reflections among student pharmacists. Student perception of the basic terminologies and the impact of beliefs on health care improved after the photovoice assignment. Although students became aware of the SDOH, they had difficulty identifying the structural or upstream factors when addressing SDOH.

Students' knowledge and perceptions of social determinants of health utilizing interactive computer simulation-based learning.

INTRODUCTION: The purpose of this study was to assess if using computer simulations as a supplemental tool for teaching social determinants of health (SDoH) would impact first-year pharmacy students' knowledge and perceptions of SDoH. METHODS: A brief lecture and online poverty game were followed by completion of two, in-class, computer-simulated SDoH clinical scenarios and corresponding case discussion. Students completed a pre- and post-quiz and perception survey with two open-ended questions. Qualitative analysis of the open-ended questions and quantitative analyses of the poverty game choices, quiz, and perception survey were conducted. RESULTS: In total, 132 students were enrolled in this study. Thematic analysis of the open-ended question asking students what they learned included empathy (42%), general SDoH knowledge (30%), culture/religion (18%), and economic impact (15%). Student perceptions for all teaching modalities had a mean score of 4. Mean quiz scores on the pre- and post-class quizzes were 2.31 (SD 0.93) and 2.51 (SD 0.89), respectively. CONCLUSIONS: Computer simulations can be utilized as a supplemental tool to teach and apply clinical patient cases focused on SDoH. Strategically threading SDoH throughout the pharmacy curriculum is recommended to further develop SDoH knowledge and clinical skills.

Implementation and Assessment of a Heart Failure Virtual Patient Simulation in a Required Pharmacotherapy Course.

Objective. To assess second year Doctor of Pharmacy students' academic performance in and perceptions of a heart failure (HF) virtual patient simulation used in a required pharmacotherapy course.Methods. A heart failure virtual patient simulation was created to augment heart failure pharmacotherapy course material at the University at Buffalo School of Pharmacy and Pharmaceutical Sciences in the fall of 2019. This was a retrospective, pre-post observational cohort study. The primary objective was to compare student performance on heart failure pharmacotherapy examination questions in a cohort of students who completed a virtual patient simulation in 2019 compared to a control cohort who completed a paper-based case activity in 2018. Student perceptions of the simulation experience were assessed via electronic survey.Results. Students completed either the virtual patient simulation (n=122) or a paper-based case activity (n=123). Overall, the proportion of correctly answered heart failure pharmacotherapy examination questions was 83.3% in the virtual simulation group compared to 79.2% in the paper-based case group. Survey results indicated that students would prefer that the virtual patient simulation be incorporated in the pharmacotherapy curriculum.Conclusion. Use of a heart failure virtual patient simulation was associated with improved examination performance and was well received by students.

Assessment of a Scholars Program Designed to Enhance Pharmacy Students' Competitiveness for Postgraduate Residency Training.

Objective. To assess pharmacy residency match/placement rates and student perceptions of a program designed to enhance Doctor of Pharmacy (PharmD) student competitiveness for postgraduate residency positions. Methods. The Scholars Program was developed to provide advanced training to select PharmD students who had an interest in postgraduate residency training and was completed during the third and fourth professional years. The program consisted of mentoring; elective coursework encompassing clinical practice, teaching, and leadership; modified experiential education; journal club meetings; teaching assistant duties; conducting research and/or scholarship; and delivering professional presentations. Residency match/placement rates of students who had completed the program were compared to national data and to students in the school who were not enrolled in the program. Perceptions of the program were assessed using an online survey. Results. Sixty-four students enrolled in and completed the Scholars Program from 2013 to 2019. Of these, 58 (91%) pursued postgraduate residency training. Students enrolled in the program had a higher combined phase 1/phase 2 match rate (91.4% vs 67.4%) than students in other PharmD programs across the United States. Similarly, students enrolled in the Scholars Program had a higher combined phase 1/phase 2 match rate (91.4% vs 62.9%) and overall residency placement rate (96.6% vs 67.0%) compared to students in the school who were not enrolled in the program. More than 85% of students enrolled in the Scholars Program who pursued residency training agreed that the program prepared them for and helped them attain a postgraduate residency. Conclusion. Pharmacy students enrolled in the Scholars Program experienced high residency match/placement rates and viewed the program as valuable preparation for postgraduate training.

Introduction and Assessment of a Blended-Learning Model to Teach Patient Assessment in a Doctor of Pharmacy Program.

Objective. To integrate a blended-learning model into a two-course patient assessment sequence in a doctor of pharmacy (PharmD) program and to assess the academic performance and perceptions of enrolled students. Design. A blended-learning model consisting of a flipped classroom format was integrated into a patient assessment (PA) course sequence. Course grades of students in the blended-learning (intervention) and traditional-classroom (control) groups were compared. A survey was administered to assess student perceptions. Assessment. The mean numeric grades of students in the intervention group were higher than those of students in the traditional group (PA1 course: 92.2±3.1 vs 90.0±4.3; and PA2 course: 90.3±4.9 vs 85.8±4.2). Eighty-six percent of the students in the intervention group agreed that the instructional methodologies used in this course facilitated understanding of the material. Conclusion. The blended-learning model was associated with improved academic performance and was well-received by students.