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Objectives: This study aimed to 1) determine the validity of the Copenhagen Burnout Inventory (CBI) for use in the assessment of burnout in a sample of pharmacists using confirmatory factor analysis (CFA), and 2) use the CBI items and other measures of work-life to assess burnout in pharmacists employed in various types of practice. Methods: A cross-sectional survey was administered to a sample of 2,582 pharmacists in a single Midwestern US state. The survey included the three subscales of the CBI, each of which measures personal, work-related, and patient-related dimensions of burnout. Other items included demographics, practice type, workload, and work-life balance. CFA was used to measure fit, and Cronbach’s alpha was used to assess reliability. Correlation was used to assess criterion validity of the CBI. Logistic regression and bivariate analyses were used to assess pharmacist burnout based on demographics. Results: Following the removal of 2 items from the measurement model, a 17-item 3-factor CBI was found to possess satisfactory psychometric properties for use in pharmacists. The CBI correlated with measures of work-life demonstrating criterion validity. A logistic regression showed that younger pharmacists and community pharmacists experience higher burnout than older pharmacists and clinical pharmacists. Community pharmacists also more often reported high workloads and poorer work-life integration. Both community and clinic pharmacists desired more time providing patient care services and less time dispensing. Conclusion: The CBI is a psychometrically reliable and valid instrument for assessing burnout in pharmacists. Younger pharmacists and community pharmacists warrant attention due to their higher degree of burnout.

BackgroundServing on volunteer groups undertaking medical mission trips is a common activity for health care professionals and students. Although volunteers hope such work will assist underserved populations, medical mission groups have been criticized for not providing sustainable health services that focus on underlying health problems. As members of a volunteer medical mission group, we performed a bed net indicator study in rural Mali. We undertook this project to demonstrate that volunteers are capable of undertaking small-scale research, the results of which offer locally relevant results useful for disease prevention programs. The results of such projects are potentially sustainable beyond the duration of a mission trip.MethodsVolunteers with Medicine for Mali interviewed 108 households in Nana Kenieba, Mali during a routine two-week medical mission trip. Interviewees were asked structured questions about family demographics, use of insecticide treated bed nets the previous evening, as well as about benefits of net use and knowledge of malaria. Survey results were analyzed using logistic regression.ResultsWe found that 43.7% of households had any family member sleep under a bed net the previous evening. Eighty seven percent of households owned at least one ITN and the average household owned 1.95 nets. The regression model showed that paying for a net was significantly correlated with its use, while low perceived mosquito density, obtaining the net from the public sector and more than four years of education in the male head of the household were negatively correlated with net use. These results differ from national Malian data and peer-reviewed studies of bed net use.ConclusionsWe completed a bed net study that provided results that were specific to our service area. Since these results were dissimilar to peer-reviewed literature and Malian national level data on bed net use, the results will be useful to develop locally specific teaching materials on malaria prevention. This preventive focus is potentially more sustainable than clinical services for malaria treatment. Although we were not able to demonstrate that our work is sustainable, our study shows that volunteer groups are capable of undertaking research that is relevant to their service area.

Background Evaluations of the costs and effects of medical service trips (MSTs) are increasingly necessary. Estimates of costs can inform decision making to determine if participation is likely to be a wise use of resources. Methods This study estimates the costs and effects of a 1-week MST for 20 health professions students and seven providers to the Dominican Republic. Costs were defined as direct costs for students and providers and opportunity costs for providers. Effects were defined as the cost to treat one patient and the cost to train one student. Students were surveyed about their costs before and after the MST. Most provider costs were assumed to be the same as those of the students. Results The mean direct cost per student was US$1764 and US$2066 for providers. Total opportunity costs for seven providers was US$19 869. The total cost for the trip was US$69 612 to treat 464 patients. With and without provider opportunity costs, the cost to treat one patient was US$150 and US$107, and the cost to train one student was US$3481 and US$2487, respectively. Conclusions Short-term MSTs may be more expensive than previously thought. The cost to treat one patient was similar to a medical office visit in the USA.

Objective. Determine the effectiveness of TIMER (Tool to Improve Medications in the Elderly via Review) in helping pharmacists and pharmacy students identify drug-related problems during patient medication reviews. Methods. In a randomized, controlled study design, geriatric patient cases were sent to 136 pharmacists and 108 third-year pharmacy students who were asked to identify drug related-problems (DRPs) with and without using TIMER. Results. Pharmacists identified more tool-related DRPs using TIMER (p 5 0.027). Pharmacy students identified more tool-related DRPs using TIMER in the first case (p 5 0.02), but not in the second. Conclusion. TIMER increased the number of DRPs identified by practicing pharmacists and pharmacy students during medication reviews of hypothetical patient cases.

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Of a thesis submitted in partial fulfillment of the requirements for the Doctor of Philosophy degree in Pharmacy (Pharmaceutical Socioeconomics) in the Graduate College of

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