METHODS: A cross-sectional study was conducted by distributing self-administered questionnaires among pharmacy students in Malaysia. Descriptive statistics, the Mann-Whitney test, the Kruskal-Wallis test, and the Spearman's correlation test were used for analysis.
RESULTS: A total of 328 pharmacy students enrolled in this study, and 84.1% (n = 276) had video game experience. Students usually played video games using mobile phones (n = 231, 70%). Pharmacy students showed positive perceptions regarding serious games with a mean score of 3.69. However, limited awareness and knowledge of serious games was observed among pharmacy students. The most preferred game genres were role-playing and strategy (n = 174, 53%). Pharmacy students also preferred playing a cooperative game style (n = 113, 34.5%) with scores as a reward system (n = 204, 62.6%). Over three quarters (n = 292, 89.3%) wanted to see the results of the assessment after the game.
CONCLUSIONS: This research provided information on serious games preferences of local pharmacy students. Further study should evaluate the acceptance and effectiveness of the implementation of serious games among pharmacy students in Malaysia.
METHODS: A cross-sectional data analysis of Pharmacy students' learning environment from 2011-2015 based on data from module, faculty, IMU-REEM and Student Barometer Survey was applied. Feedback obtained from the data was triangulated to establish commonalities/differences of the issues.
RESULTS: Based on the analysis, issues affecting Pharmacy student learning experiences were identified. The identified issues included teaching by subject matter experts, pedagogical delivery and physical learning environment. Seven lessons were presented for educators to assess the practicality of the feedback.
CONCLUSIONS: The feedback serves as a means to improve the Pharmacy program. Nonetheless, the challenges lie between the ideal and realistic expectations of students in optimizing the learning experiences. Lessons acquired from the evaluation of the learning environment are essential for educators in managing and using the information.
METHODS: A cross-sectional study was conducted with undergraduate final year students of pharmacy using a convenient sampling method. A validated self-administered questionnaire was used.
RESULTS: Response rate for this study was 85.9% (128 students from a population of 149). The participants agreed that they read literature to understand research, but did not attend research-related coursework. Most participants (91.4%) felt that they were under stress while doing research. Almost all participants (97.6%) felt that they were doing very badly during their data analysis or they may fail their research projects. The majority of participants agreed that help from the lecturers' and friends in research give emotional support for their research activities.
CONCLUSION: Academic support for pharmacy students, along with their additional academic effort will improve the students' self-efficacy and reduce research anxiety.
METHODS: This cross-sectional study employed a validated, self-administered questionnaire which was administered to 543 first-year pharmacy students from nine different private universities. Factor analysis was utilised to extract key factors from the responses. Descriptive and inferential statistics were used to analyse the data.
KEY FINDINGS: Eight factors motivating students' decision to study pharmacy emerged from the responses, accounting for 63.8% of the variance observed. Students were primarily motivated by intrinsic interests, with work conditions and profession attributes also exerting significant influence. In terms of choice of private university, nine factors were identified, accounting for 73.8% of the variance observed. The image of the school and university were most influential factors in this context, followed by university safety, programme attributes and financial factors.
CONCLUSIONS: First-year pharmacy students in the private higher education sector are motivated by intrinsic interest when choosing to study pharmacy over other courses, while their choice of private university is influenced primarily by the image of the school and university.
METHODS: All fourth-year pharmacy students enrolled in Monash University in 2017 were provided access to MOVE. Cost-minimization analyses were performed to evaluate the cost of introducing MOVE in the pharmacy course using the smallest cohort size (Malaysia campus) of 40 students as the base case. We also determined under what circumstances MOVE would be more cost-effective, considering the different operational situations such as when student numbers increased or when the number of simulation modules created were increased.
RESULTS: The overall cost of setup and implementation of MOVE in the first year of implementation among 40 students was US $94.38 per student. In comparison, the face-to-face workshop cost was US $64.14 per student. On the second year of implementation, the ongoing cost of operation of MOVE was US $32.86 per student compared with US $58.97 per student using face-to-face workshop. A net benefit using MOVE was observed after the third year of implementation. Larger savings were noted when the cohort size extends larger than 100 students.
CONCLUSIONS: Monash OSCE Virtual Experience was a flexible and cost-effective approach to aid students in preparation for an OSCE and enhanced students' learning experience. The wider applicability of these findings will need to be explored in other settings.
EDUCATIONAL ACTIVITY AND SETTING: Pharmacy students developed a "hands-on" health campaign for delivery to university students. A health promotion topic was chosen and delivered each year for 2015-2017; sexual health, diabetes, and antimicrobial resistance, respectively. All health campaign participants were screened for cardiovascular risk factors. University students who participated in the health campaign in 2017 also completed a questionnaire assessing their understanding and knowledge of antimicrobial resistance.
FINDINGS: In the three health campaigns conducted from 2015 to 2017, 1010 university students and adults were screened. Pharmacy students expressed a high level of professional achievement and satisfaction and felt that the activities provided a meaningful learning experience. Similarly, supervising pharmacists reported satisfaction with students' competency.
SUMMARY: The use of a health education campaign is an alternative model to educate pharmacy students on communication and critical thinking skills, as well as provide an opportunity for service learning.
MATERIALS AND METHODS: A prospective online questionnaire based survey was carried out among the pharmacy students about knowledge, attitude perception and practice of antibiotics using 5-point "Likert scale" and true/false responses. The responses range from strongly agree to strongly disagree, and always to never were recorded. The data were analysed by using simple descriptive statistics.
RESULTS: Out of 300 students approached 212 responded and the response rate was found to be 71%. In this study, most (95%) of the students were aware of the emerging problem of antibiotic resistance due to inappropriate use of antibiotics. Majority (89%) of the students agreed the inappropriate use of antibiotics can increase the overall cost of treatment. However, over half of the (54%) students were not aware of the antibiotic resistance that may be a nation-wide problem of Kingdom of Saudi Arabia. The net positive response (NPR) and net other response (NOR) of all items in perception on antibiotics received more or less equal responses.
CONCLUSION: The knowledge of antibiotics usage among the students are considerably good compared with previous studies. However, the attitude, perception and practice on antibiotics usage among the pharmacy students are very poor. It alarms the need of appropriate education to enlighten antibiotic awareness for the better disease prevention and health outcomes for the benefit of patient community.
Objective: The current study aimed to assess the beliefs and implementations of community pharmacists in the UAE regarding evidence-based practice (EBP) and to explore the significant factors governing their EBP.
Setting: Community pharmacies in Dubai and the Northern Emirates, UAE.
Methods: A descriptive cross-sectional study was conducted over six months between December 2017 and June 2018. Community pharmacists who had three months' professional experience or more and were registered with one of three regulatory bodies (Ministry of Health, Health Authority Abu Dhabi, or Dubai Health Authority) were interviewed by three trained final-year pharmacy students. Face-to-face interviews were then carried out and a structured questionnaire was used.
Metrics: The average beliefs score was 36% (95% CI: [34%, 39%]) compared to an implementation score of 35% (95% CI: [33%, 37%]).
Results: A total of 505 subjects participated in the study and completed the entire questionnaire. On average, participants scored higher in beliefs score than implementation score. The results of the statistical modelling showed that younger, female, higher-position pharmacists with more experience and with low percentages of full-time working, and graduates from international/regional universities were more likely to believe in and implement the concept of EBP.
Conclusion: A gap was identified between the beliefs and implementation of EBP. Developing educational EBP courses in undergraduate pharmacy curricula is of high importance, not only to increase knowledge levels but also to encourage commitment in those pharmacists to strive for professionalism and to support the provided patient care with evidence.
DESIGN: A required 2-credit-hour course was designed to provide an overview of public health pharmacy roles and the behavioral aspects of human healthcare issues. Graded activities included nursing home visits, in-class quizzes, mini-projects, and poster sessions, and a comprehensive final examination.
ASSESSMENT: The majority of the students performed well on the class activities and 93 (71.5%) of the 130 students enrolled received a grade of B or higher. A Web-based survey was administered at the end of the semester and 90% of students indicated that they had benefited from the course and were glad that it was offered. The majority of students agreed that the course made an impact in preparing them for their future role as pharmacists and expanded their understanding of the public health roles of a pharmacist.
CONCLUSIONS: A public health pharmacy course was successfully designed and implemented in the BPharm curriculum. This study highlighted the feasibilities of introducing courses that are of global relevance into a Malaysian pharmacy curriculum. The findings from the students' evaluation suggest the needs to incorporate a similar course in all pharmacy schools in the country and will be used as a guide to improve the contents and methods of delivery of the course at our school.