Virtual self-care simulations for third-year pharmacy skills laboratory courses in three institutions.

BACKGROUND AND PURPOSE: This study was designed to determine whether a virtual, self-care activity improved knowledge and confidence in third-year student pharmacists. EDUCATIONAL ACTIVITY AND SETTING: Third-year student pharmacists (n = 386) from three institutions participated in the virtual self-care simulation during their respective practice laboratory course. A pre- and post-assessment collected 10 knowledge and five confidence questions, self-reported on 0-100 scale, mapped to learning outcomes and pharmacy standards. Responses for participants who provided consent and had linked assessments were analyzed. Additionally, students participated in a perception assessment following the simulation with the post-assessment. Each knowledge question was scored as binary (correct/incorrect), presented as percentage, and significance identified with a McNemar's test. Total knowledge score and confidence changes were presented as means with standard deviations and significance with a paired t-test. Student perceptions were presented as frequencies and percentages. FINDINGS: Total knowledge assessment demonstrated a significant improvement (p < 0.001) for the entire cohort of 198 study participants. Upon additional analysis, a single institution led the cohort to significant increase, with variable improvement and significance for each individual question. Confidence improved for the entire cohort of students and at each institution individually. The students perceived the virtual self-care activity favorably. SUMMARY: The third-year student virtual self-care activity improved knowledge and confidence with varying significance between institutions. Future studies will focus on the impact of continued reinforcement of self-care activities on student growth in knowledge and confidence.

A comparison of in-person vs. asynchronous learning with self-care patient cases.

BACKGROUND AND PURPOSE: To evaluate the effectiveness of a live laboratory setting compared to an asynchronous session in a crossover teaching design on knowledge and confidence in self-care review topics. EDUCATIONAL ACTIVITY AND SETTING: Pharmacy students (n = 88) participated in a crossover designed laboratory session where they either attended a live, active-learning laboratory session on self-care review topics, followed by a virtual, asynchronous self-care simulation or vice versa. Sessions were held one week apart. Pre- and post-assessments were administered that contained knowledge and confidence questions as well as student perceptions on the teaching modalities. FINDINGS: Of the 88 students who participated in the study, 67 (76.1%) were included in the study findings. Post-assessment knowledge and confidence significantly increased after both the live, active-learning session and the asynchronous simulation. The majority of students (85%) indicated that they preferred the in-person activity. SUMMARY: Students preferred the live, active-learning laboratory for reviewing self-care concepts. However, knowledge and confidence improved using either teaching modality, therefore, in institutions where resources are limited, the virtual, asynchronous activity may be useful especially if facilitators and/or budget are limited.

Changes in student pharmacists' confidence in attaining geriatrics competencies and attitudes toward older adults across the Doctor of Pharmacy curriculum.

To determine if student pharmacists' confidence in their knowledge and skills, and their attitudes toward older adults improved throughout pharmacy school with an integrated geriatrics didactic curriculum (years 1-3) and a final year of clinical training including a required advanced pharmacy practice experience (APPE) in geriatrics (year 4). A two-part voluntary anonymous survey was administered at three different time points to two large cohorts of student pharmacists. The first part of the survey assessed students' confidence in attaining geriatrics competencies. The second part of the survey used the UCLA Geriatrics Attitudes Scale to assess students' attitudes. Of the 286 students who were emailed the survey, 236 student pharmacists completed it at the first assessment. Student pharmacists showed an increase in confidence in achieving geriatrics competencies from their first year to their third year, and further increase after their clinical training. Most students also held a generally positive attitude toward older adults from P1 to P4 year. Integration of geriatrics throughout the didactic and experiential curriculum made an impact on student pharmacists' confidence in their competency toward caring for older adults, while maintaining a positive attitude toward older adults throughout pharmacy school.

Using a Mixed Methods Approach to Explore Perceptions of Early Learners in Classroom-Based Interprofessional Education Experiences.

Objective. To explore attitudes and learning outcomes among early-level health professions students who completed foundational interprofessional education (IPE) courses. Methods. This study used a mixed methods approach to examine assessment and evaluation data from two student cohorts enrolled in two one-credit, semester-long interprofessional courses taught in fall and spring 2017. Attitudinal changes following the fall course were measured and compared in a retrospective pretest-posttest manner across student disciplines using the Student Perceptions of Interprofessional Clinical Education-Revised Instrument, version 2 (SPICE-R2). Course evaluation comments and narrative reflection assignments for both courses were analyzed qualitatively via data reduction and compilation to identify evidence of learning. Results. Significant increases in positive student perceptions regarding IPE were found, with variation in the increase seen between professions following the first course. Core themes identified in the narrative reflections demonstrated student learning in interprofessional attitudes, communication, professional identity, collaborative behaviors, and systems of care. Conclusion. Student attitudes toward interprofessional learning were more positive following completion of a foundational IPE course. In addition, learning in the course shaped students' professional identities, collaborative behaviors, and understanding of systems of care. These findings suggest value in early IPE and directions for better structuring curriculum and timing of IPE.

A Laboratory Session to Prepare Pharmacy Students to Manage the Opioid Crisis Situation.

Objective. To educate third-year pharmacy students about the role of pharmacists in the opioid crisis and measure their knowledge, confidence, and attitudes towards opioids and opioid overdose. Methods. All third-year students (n=130) enrolled in a Doctor of Pharmacy (PharmD) degree program participated in opioid overdose and naloxone education and training followed by a three-part laboratory session that included mock naloxone counseling, case-based discussion of the Prescription Drug Monitoring Program (PDMP), and equianalgesic opioid dose conversion scenarios. A pre- and post-assessment focused on the individual's clinical knowledge, confidence, and attitudes about opioid overdose management and naloxone use was administered before and after the laboratory session to evaluate the student's baseline understanding and experience compared to learning gains from the session. An evaluation of the laboratory session was also conducted. Results. Upon completion, 99% percent of students rated the opioid laboratory as excellent (59%) or good (40%). Students believed the laboratory was stimulating (93%), relevant to pharmacy practice (96%), and contributed to their professional development (97%), and that the information provided was at an appropriate level (98%). Knowledge-based assessments improved in the areas of PDMP timely reporting, differentiating between naloxone devices, and naloxone administration technique. Student attitudes toward managing opioid overdoses improved on a majority of items. The majority of students agreed they had enough information to help them manage an opioid overdose (88.5%) and denied the need for additional training (61.5%). Conclusion. An active-learning laboratory helped to improve pharmacy students' knowledge, confidence, and attitudes with regard to opioids and the use of naloxone to treat a patient who has overdosed.

Implementation of an Active-Learning Laboratory on Pharmacogenetics.

Objective. To evaluate students' knowledge, confidence, and skills after implementation of an active-learning laboratory session in clinical pharmacogenetics. Methods. Third-year pharmacy students (n=130) participated in an active-learning laboratory session on pharmacogenetics. In the laboratory activity, students evaluated patients' pharmacogenetic profiles and documented recommendations to providers based on their findings. Students also counseled a simulated patient on the interpretation of their pharmacogenetic profile. Students' knowledge and confidence were assessed before a lecture on clinical pharmacogenetics, after the lecture, and then after the laboratory activity. The assessment included 10 knowledge-based questions and five confidence questions regarding clinical pharmacogenetics. An evaluation of the laboratory activity was completed after the session. Results. On average, students correctly answered 70.3% of the knowledge-based questions before the lecture, 82.8% after the lecture, and 88.7% after the laboratory session. Additionally, students' confidence improved in each of the five areas assessed. Based on evaluations (response rate: 98.5%), students found that the laboratory activity contributed to their professional development, was taught at an appropriate level for their understanding, and was relevant to pharmacy practice. Conclusion. An active-learning laboratory session to teach pharmacy students about clinical pharmacogenetics improved students' knowledge, confidence, and skills.

2018 American Society of Consultant Pharmacists Annual Meeting & Exhibition.

Poster abstracts are evaluated based on the following criteria: significance of the problem to healthy aging or medication management; innovativeness of ideas, methods, and/or approach; methodological rigor of methods and approach; presentation of finding; implications identified for future research, practice, and/or policy; and clarity of writing. Submissions are not evaluated through the peer-reviewed process used by The Consultant Pharmacist. Industry support is indicated, where applicable. Presenting author is in italics. The poster abstract presentation is supported by the ASCP Foundation.