The concept of e-sports is being established as a sport that we have previously recognized, not just a simple electronic game. However, it is not clear whether e-sports share the same characteristics as sports, and even if they do, how doping will be a problem in e-sports. In this paper, we examined how to deal with the doping issue in e-sports by comparing the characteristics of general sports and e-sports. We also investigated what form doping will take in e-sports and what information pharmacists should know in the future. In conclusion, it is necessary to expand the scope of anti-doping activities that have been actively implemented in existingsports to the field of e-sports to prevent damage to the health of e-sports athletes and maintain fairness and transparency in e-sportsactivities. In addition, it is thought that pharmacists, who are experts in medication, will need to understand the overall characteristicsof e-sports and the differences in the target group at risk of doping and activate their role in providing individualized pharmaceuticalservices in the future.

The concept of e-sports is being established as a sport that we have previously recognized, not just a simple electronic game. However, it is not clear whether e-sports share the same characteristics as sports, and even if they do, how doping will be a problem in e-sports. In this paper, we examined how to deal with the doping issue in e-sports by comparing the characteristics of general sports and e-sports. We also investigated what form doping will take in e-sports and what information pharmacists should know in the future. In conclusion, it is necessary to expand the scope of anti-doping activities that have been actively implemented in existingsports to the field of e-sports to prevent damage to the health of e-sports athletes and maintain fairness and transparency in e-sportsactivities. In addition, it is thought that pharmacists, who are experts in medication, will need to understand the overall characteristicsof e-sports and the differences in the target group at risk of doping and activate their role in providing individualized pharmaceuticalservices in the future.

The concept of e-sports is being established as a sport that we have previously recognized, not just a simple electronic game. However, it is not clear whether e-sports share the same characteristics as sports, and even if they do, how doping will be a problem in e-sports. In this paper, we examined how to deal with the doping issue in e-sports by comparing the characteristics of general sports and e-sports. We also investigated what form doping will take in e-sports and what information pharmacists should know in the future. In conclusion, it is necessary to expand the scope of anti-doping activities that have been actively implemented in existingsports to the field of e-sports to prevent damage to the health of e-sports athletes and maintain fairness and transparency in e-sportsactivities. In addition, it is thought that pharmacists, who are experts in medication, will need to understand the overall characteristicsof e-sports and the differences in the target group at risk of doping and activate their role in providing individualized pharmaceuticalservices in the future.

The concept of e-sports is being established as a sport that we have previously recognized, not just a simple electronic game. However, it is not clear whether e-sports share the same characteristics as sports, and even if they do, how doping will be a problem in e-sports. In this paper, we examined how to deal with the doping issue in e-sports by comparing the characteristics of general sports and e-sports. We also investigated what form doping will take in e-sports and what information pharmacists should know in the future. In conclusion, it is necessary to expand the scope of anti-doping activities that have been actively implemented in existingsports to the field of e-sports to prevent damage to the health of e-sports athletes and maintain fairness and transparency in e-sportsactivities. In addition, it is thought that pharmacists, who are experts in medication, will need to understand the overall characteristicsof e-sports and the differences in the target group at risk of doping and activate their role in providing individualized pharmaceuticalservices in the future.

Background: It was to describe collaborative educational efforts under Coronavirus disease 2019 period to advocate pharmacybased immunization delivery and meet unmet needs of partnership institution using virtual learning platforms. Methods: A partnership was established among three pharmacy schools from two countries. The class content included the history of pharmacy immunization, pharmacists’ roles and contribution to public health of the USA. The class also reviewed the value of pharmacists as frontline healthcare workers to foster student insights and the scope of pharmacy. The virtual class featured an interactive video simulation and small breakroom discussion besides a lecture. Results: Participants indicated that public accessibility to pharmacy and six-year education system in South Korea as advantages. However, legislative restrictions, pharmacist burden, and interprofessional disagreements were expressed as barriers to introduce the pharmacist immunization. Conclusion A virtual learning platform was used to advocate for pharmacy-based immunization and fulfilled an unmet educational gap at a partnership institution.

The World Anti-Doping Agency has made efforts to promote the safe use of medications and prevent doping in sports globally. International standards have been established and experts have advocate anti-doping education to athletes and healthcare professionals. Pharmacists are expected to participate in the pharmaceutical care activity of sports medicine in protecting the athletes while providing the spirits of clean sports. In this review, we described the pharmacists’ roles and functions in six areas of sports pharmaceutical care: awareness, treatment, prevention, optimization, abuse, and monitoring. Sports pharmacists should be able to prevent inappropriate drug use and manage athletes’ illness and injury using pharmacotherapy. Further pharmacists should actively involve to educate and counsel athletes, trainers, and healthcare teams. In conclusion, pharmacists are expected to play important roles in sports pharmacy, which is the emerging area of specialized pharmaceutical care services.

The World Anti-Doping Agency has made efforts to promote the safe use of medications and prevent doping in sports globally. International standards have been established and experts have advocate anti-doping education to athletes and healthcare professionals. Pharmacists are expected to participate in the pharmaceutical care activity of sports medicine in protecting the athletes while providing the spirits of clean sports. In this review, we described the pharmacists’ roles and functions in six areas of sports pharmaceutical care: awareness, treatment, prevention, optimization, abuse, and monitoring. Sports pharmacists should be able to prevent inappropriate drug use and manage athletes’ illness and injury using pharmacotherapy. Further pharmacists should actively involve to educate and counsel athletes, trainers, and healthcare teams. In conclusion, pharmacists are expected to play important roles in sports pharmacy, which is the emerging area of specialized pharmaceutical care services.

Objective: The rising number of carbapenemase-resistant Enterobacteriaceae (CRE) cases has become a concern worldwidely. This study investigated patient characteristics with CRE and analyzed the risk factors associated with its acquisition. Methods: A retrospective review of the electronic medical records of the Kangbuk Samsung Medical Center from May 2016 to April 2019 was performed. The inclusion criterion was hospitalized patients aged ≥18 years with confirmed CRE acquisition. Patients were divided by CRE acquired and non-required patients. CRE acquired patients were those with CRE confirmed by their active surveillance cultures, while non-acquired patients were those with carbapenemase-sensitive Enterobacteriaceae (CSE). If CRE was isolated more than once during hospitalization, only the first isolation was used for data analysis. Patient characteristics, antibiotic used, and the duration of use were compared between two groups using univariate analysis, and the risk factors associated with CRE were analyzed using multiple logistic regression analysis. Results: Among the 73 CRE acquired patients, 44 (60.3%) were positive for carbapenemase-producing Enterobacteriaceae (CPE). Infection from Klebsiella pneumonia (42 cases, 57.5%), Escherichia coli (17 cases, 23.3%), and Enterobacter cloacae (5 cases, 6.8%). The risk of CRE acquisition was significantly increased by 4.99 times [confidence interval (CI), 1.40-17.78; p=0.013] with mechanical ventilation, 3.86 times (CI, 1.59-9.36; p=0.003) with penicillin administration, and 21.19 times (CI, 6.53-68.70; p<0.001) with carbapenem administration. Conclusions Proper antibiotic use including the selection, frequency, and duration, and patients on mechanical ventilators need close monitoring.

OBJECTIVE: An automated process for medication preparation and dispensing is essential to improve the quality of work. To reduce night pharmacy workload, a new automated dispensing cabinet system was implemented in a hospital emergency medical center. The purpose of this study is to verify that implementation of an automated dispensing cabinet system will influence the efficiency of night pharmacy work. METHODS: To evaluate the new system implementation, a retrospective study and survey was performed in the Ewha Womans University medical center. We compared the dispensing and near-miss error rates between the automated dispensing cabinet system and a night pharmacy. The degree of satisfaction of night shift workers with the new system was surveyed. RESULTS: This study showed significantly reduced dispensing rates of night medications (56.1% and 37.3%; p < 0.01) and near-miss night medications (0.27% and 0.17%; p < 0.01). Thirty-two persons responded to the survey, and the satisfaction score for the new system was 4.0 (±0.8). The scores were high in order of efficiency, management, and convenience. Time requirement was also reduced because of the simple step of only reviewing in the pharmacy with the new system. CONCLUSION: Due to system implementation, workload was reduced and time was saved for not only night shift workers but also patients receiving emergency discharge medicine. It was suggested that this will have a positive effect on pharmacist medical service and patient safety.

OBJECTIVE: Opioid analgesics, for postoperative pain management, are an indispensable group of medication; however, they also have a variety of adverse drug reactions (ADR). Multimodal methods, combining non-opioid analgesics with opioid analgesics, have been investigated to increase the effects of analgesics and reduce ADR with opioid-sparing effects. The purpose of this study was to compare the effects of patient-controlled analgesia (PCA) with fentanyl alone, and PCA with fentanyl and intravenous (i.v.) propacetamol to determine the effects of pain control, cumulative opioid usage, and opioid ADR. METHODS: The subjects were patients who underwent total knee arthroplasty at the Seoul Veterans hospital from January 1, 2015 to December 31, 2016. The study period was from postoperative day 0 (POD0) to day 3 (POD3), and the retrospective study was conducted using electronic medical records. RESULTS: Pain severity was significantly low at POD1 (p = 0.017), POD2 (p = 0.003), and POD3 (p = 0.002) in the multimodal group. The fentanyl only group frequently reported both moderate and severe pain at a statistically significant level. This was consistent with the analysis of the pro re nata (PRN) intramuscular analgesia usage at the time of numerical rating scale (NRS) 4 and above. The opioid-sparing effect confirmed that the average opioid dose equivalent to i.v. morphine dose was 9.4 mg more than that used for the multimodal group in the fentanyl only group. The ADRs and length of stay between the two groups were not statistically different. CONCLUSION: The results of this study suggest that the combination therapy of fentanyl and i.v. propacetamol is superior to fentanyl monotherapy.