Adverse childhood experiences among California student pharmacists.

Introduction: Adverse childhood experiences (ACEs) are associated with higher mental and physical illness and substance use disorders in adulthood. However, little is known about the prevalence of ACEs among student pharmacists and the factors associated with exposure. Our objective was to determine the prevalence of ACEs, resilience, and maladaptive coping strategies among student pharmacists in California. Methods: Student pharmacists from 14 California pharmacy schools completed a 24-item online survey in 2020. This survey instrument comprised the ACEs questionnaire and collected data on the students' demographic characteristics, coping strategies, and resilience. Results: Most respondents were Asian/Pacific Islander (n = 186, 61.0%), female (n = 216, 70.8%), and aged between 25 and 31 years (n = 154, 50.7%). Many (n = 137, 44.9%) students had more than 1 ACE exposure; 66 students (21.6%) had more than 3 ACEs. Many students indicated that they were diagnosed or suspected to be diagnosed with a mental health condition (n = 105, 34.4%) and agreed/strongly agreed that they struggled to manage the workload of pharmacy school (n = 119, 39.9%). Respondents with higher ACE scores (> 3) were more likely to report struggling with managing the workload of pharmacy school, have or suspect having a mental health condition, drink alcohol in the last 12 months, and/or have multiple sexual partners than students with lower ACE scores. Discussion: More than 1 in 5 student pharmacists in this study were exposed to more than 3 ACEs. The student pharmacists' ACE exposure was associated with higher likelihood of mental health conditions and high-risk health behaviors. Further studies are needed to investigate this topic among student pharmacists.

National survey of educational impact on pharmacy learners by volunteering at camps for children with diabetes.

INTRODUCTION: Current literature on pharmacy students' and residents' experience attending camps for children with diabetes focuses on the experience at an individual campsite. The objective of this study was to examine the demographics and gains in understanding that pharmacy learners achieve when volunteering as medical staff at camps for children with type 1 diabetes (T1D). METHODS: National listservs were used to identify pharmacists who precept pharmacy students and residents at diabetes camps. These self-identified pharmacists shared pre- and post-camp electronic surveys with their respective pharmacy learners. Statistical analysis was completed using SPSS Version 25 (IBM, Corp.). RESULTS: Eighty-six pharmacy learners completed the pre-camp survey and 69 completed the post-camp survey. Most were Caucasian, in their fourth professional year, and participated in residential camps that lasted six and one-half days on average. Learners consistently engaged in patient care activities including: carbohydrate counting (87%), bolus insulin dose calculations (86%), treatment of hypo/hyperglycemic episodes (86%), blood glucose testing (83%), blood sugar trend evaluation (78%), basal insulin dosing calculations (74%), and insulin pump site changes (72%). Learners demonstrated statistically significant gains in every index measured with the exception of glucometer use. Eighty-seven percent indicated they learned how to appropriately manage T1D, 37% gained empathy for those living with T1D, and 13% learned how to work in a medical team. CONCLUSIONS: Pharmacy learners who volunteered at diabetes camps experienced large gains in their understanding of concepts and devices, comfort with performing patient care tasks, and compassion for children and their families living with T1D.

Adaptive and longitudinal pharmaceutical care instruction using an interactive voice response/text-to-speech system.

OBJECTIVES: To develop a course structure that would more closely simulate the actual provision of pharmaceutical care. DESIGN: An interactive voice response/text-to-speech system (hardware and software) for obtaining patient data was designed and used in a pharmaceutical care laboratory. Students called the system to collect data, listen to progress notes, make recommendations, and update the pharmaceutical care plan for virtual patients. Laboratory time was utilized to evaluate patient progress and respond to recommendations as well as to identify and solve drug-related problems. ASSESSMENT: Students' recorded communications with the system and completed care plans were evaluated and a competency-based final examination was administered. Peer evaluations and course evaluations were administered. CONCLUSION: This innovative approach challenged students and promoted interactive learning. Student evaluations indicated we achieved our objective of creating a course that more closely simulated the actual provision of pharmaceutical care.