著者

薄井 健介 小室 治孝 月村 泰規 渡辺 雄一 神 雅人 伊藤 千裕 井口 智恵 野島 浩幸 井上 岳 厚田 幸一郎

出版者

一般社団法人日本医療薬学会

雑誌

医療薬学 (ISSN:1346342X)

巻号頁・発行日

vol.39, no.6, pp.338-346, 2013-06-10 (Released:2014-06-10)

参考文献数

13

被引用文献数

3

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We investigated the effectiveness of using a “Sports Pharmacist” to prevent the occurrence of doping in sports.During the first step, we individually interviewed 17 high school softball team athletes and determined their regular and/or occasional use of prescription and OTC medications, herbal agents, vitamins and supplements. A total of 76% of these players were either taking or had access to medications for occasional use that contained prohibited substances. Athletes determined to be using a prohibited compound were sent a written notice that recommended they avoid carelessly taking these banned substances.In the subsequent step, we gave an educational lecture to the entire team on how to avoid doping in sports. Before and after the presentation, we evaluated the effectiveness of the lecture by examining the athletes’ knowledge and awareness of anti-doping in sports. The results indicated a significant difference after the lecture with regard to appropriate knowledge and awareness of anti-doping in sports. This specific awareness continued for at least a month.In summary, medication reviews and one-on-one consultation with athletes in conjunction with a follow-up educational lecture to the team as a group resulted in successfully educating and helping team members avoid doping. In addition, these findings demonstrated the effectiveness of the “Sports Pharmacist” profession in working with athletes to help prevent doping in the future.

著者

岡田 浩司 薄井 健介 大内 竜介 金野 太亮 鈴木 裕之 西川 陽介 紫桃 裕造 布施 克浩 齋藤 裕子 星野 淳 渡辺 善照

出版者

一般社団法人日本医療薬学会

雑誌

医療薬学 (ISSN:1346342X)

巻号頁・発行日

vol.46, no.12, pp.739-746, 2020-12-10 (Released:2021-12-10)

参考文献数

10

被引用文献数

1 1

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The COVID-19 pandemic has significantly affected every aspect of social life. Even in the education field, flexible measures were required beyond conventional wisdom. We provided remote practical hospital pharmacy training (remote training) using online systems such as Zoom and Moodle. We conducted a questionnaire survey with 38 subjects and 34 respondents, who were students that underwent remote training. The students self-evaluated their achievement level regarding specific behavioral objectives (SBOs), from the 2013 revised edition of pharmaceutical clinical practice related to hospital pharmacy practical training, in four stages. In addition, we analyzed the words used in the free comments using a text mining method for their characteristics. The SBO classifications exceeding the overall average were “clinical attitude”, "acknowledgement of patient information”, “prescription and question inquiry”, and so forth. The SBO classifications falling below the overall average were “team medical care at medical institutions”, “preparation of drugs based on prescription”, “safety management”, and so forth. The analysis of the positive aspects of remote training suggest that it was useful in sharing information about Subjective, Objective, Assessment, Plan (SOAP) records in case analysis, and evaluating the effects and side effects of drug treatment. Conversely, the analysis of the required improvements in remote training showed concerns regarding the considerable amount of homework and issues within the communication environment. We consider that remote training has a certain educational effect and can be expected to complement clinical training.

著者

柴田 壮一 伊藤 千裕 小室 治孝 増渕 幸二 宮下 博幸 薄井 健介 貝沼 潤 厚田 幸一郎

出版者

Japanese Society of Drug Informatics

雑誌

医薬品情報学 (ISSN:13451464)

巻号頁・発行日

vol.11, no.3, pp.173-179, 2010-02-28 (Released:2010-08-10)

参考文献数

7

被引用文献数

2

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Objective: In the Drug Informatics in Department of Pharmacy, Kitasato Institute Hospital (hereinafter “the hospital”), we have had question-and-answer sessions regarding doping agents (banned drugs) among doctors and other workers and prepared an Anti-doping Quick Reference List (hereinafter “the list”), facing an urgent need to provide precise information quickly.Methods: The list consists of drugs adopted by the hospital and over-the-counter drugs according to package inserts, interview forms, and other sources of information.Results: In the list, hospital and over-the-counter drugs are classified into three categories in terms of a doping test: (1) “Non-banned” (drugs that can be used), (2) “Banned” (drugs that cannot be used), and (3) “Suspected” (unclear drugs) with their half lives for elimination as an indicator of the disappearance time from the body and divided by medicinal effect.  In addition, we indicated any drug for which the Therapeutic Use Exemption (TUE) application (hereinafter, TUE application) is required before use.Conclusion: The list prepared in this investigation offers many benefits, including precise and quickly available information on banned and non-banned drugs, ease in suggesting alternatives, and avoidance of failure in TUE application.