著者

澤田 珠稀 仁木 一順 大西 二千夏 多田 耕三 西田 明代 土肥 甲二 光在 隆 奥田 八重子 森川 幸次 前 武彦 黒木 光代 高岡 由美 松岡 太郎 芦田 康宏 池田 賢二 上田 幹子

出版者

日本社会薬学会

雑誌

社会薬学 (ISSN:09110585)

巻号頁・発行日

vol.41, no.2, pp.175-186, 2022-12-10 (Released:2023-01-06)

参考文献数

12

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Advances in information and communication technology (ICT)-especially, the spread of social networking services (SNSs)-have facilitated the dissemination of information and an explosion of health information lacking scientific evidence. Therefore, we believe that community pharmacies are the most suitable bases for distributing health information. In 2019, we launched the health support pharmacy “Toyonaka Model” in collaboration with the pharmaceutical association, municipal government, and university. Touch-panel digital signage (DS) was used for real-time distribution of ever-changing information and a rapid grasp of pharmacy users’ responses to various types of information. Between September 2019 and August 2021, one DS was installed in a pharmacy in each of Toyonaka City’s seven areas along with 14 questions on the usefulness of the delivered information. Respondents answered the 14 questions by a tablet or questionnaire; touch logs for DS were collected. When a pharmacy user consulted with a pharmacist about information delivered via DS, the contents were recorded and described by the pharmacist on a 4-point scale (e.g., “inquiry only,” “went through to execution”). From the 850 completed questionnaires and 61,565 touches, 88.7% of the respondents indicated that the information was useful, and 90.0% expressed interest in receiving more health information in the future. Thus, health information provided by DS may be useful to pharmacy users, as demonstrated by 113 cases in which the pharmacist was consulted regarding such information. In 62 of these cases, there were indications that the DS information might have influenced users’ behavior and intended actions.

著者

大石 雅子 片岡 和三郎 中川 知子 勝浦 正人 池田 賢二 黒川 信夫

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.27, no.3, pp.212-220, 2001-06-10 (Released:2011-03-04)

参考文献数

9

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In this study, the present state of the air cleanliness in the drug preparation room at a hospital pharmacy was evaluated, and factors affecting airborne particle numbers (APN) such as the number and the movement of workers and the materials on working clothes and cloths were investigated. In addition, the effect of environmental conditions on air cleanliness on a clean bench was compared. APN was measured with an Aerosol Particle Counter.The maximum 0.5μm APN values while working in the aseptic preparation room were 3, 610, 1, 312 (less than 10, 000 in GMP) and the non-aseptic room were 8, 008, 2, 660 (less than 100, 000) respectively. The conditions of all rooms were sufficiently suitable for drug preparation according to the criteria of GMP.Concerning factors affecting APN, the movement of workers increased the APN much more than the number of workers. The degree of dispersing particles differed greatly depending on the materials of the working clothes and cloths. A decrease to less than 1 /100 can be obtained by the selection of suitable materials for working clothes such as Overall made of polypropylene non-woven fabric from which few of fibers disperse. It is remarkable that smaller particles are dispersed from clothes even after passing through an air shower. In addition, it was confirmed that the dispersing of particles from cloths and rags was also a problem.As long as prescribed methods were used for the clean bench, the air cleanliness inside the clean bench was kept sufficient even through the external air conditions or locations were not so clean.

著者

池田 賢二 竹上 学 但馬 重俊 宮脇 康至 東 真樹子 八木 悠理子 亀川 秀樹 黒川 信夫

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.32, no.5, pp.436-444, 2006-05-10 (Released:2007-11-09)

参考文献数

15

被引用文献数

3 3

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Pharmaceutical support systems for anti-neoplastic drug preparation for chemotherapy in hospital information systems are in need of improvement. With this in mind we developed a new support system in collaboration with system engineers (SEs) in January 2005. In the presentation of our requirements for the support system to the SEs, the most important part of the development process, we proposed a development model based on an end-user prototype system. The model comprised a five-step design and development of the prototype system through end-user computing, evaluation of the prototype system through actual use, the introduction of a step to determine the exact task requirements, detailed discussions with the SEs, and installation. Among the functions of the prototype system were support functions for the input of prescriptions, inventory management and task data assessment and a print-out function for record sheets. This model produced excellent results for the upgrade whose express purpose was the introduction of an end-user computing step. Furthermore, to evaluate the preparation support system, time-determinative factors involved in the preparation were analyzed and compared using data collected in November 2004 and March 2005. In the evaluation, two pharmacists dispensed a total of 791 and 1003 admixtures for 341 and 426 injection prescriptions, respectively, and the average preparation times were 18.15 and 15.43 minutes/prescription, respectively. Multiple regression analysis revealed several time-determinative factors with correlation coefficients of 0.803 and 0.668. The significant time-determinative factors were the number of vials, ampoules, and bottles for admixtures and the properties of drugs dispensed. The new system has resulted in improved patient safety and operational efficiency.

著者

廣谷 芳彦 八十 永理 的場 俊哉 池田 賢二 恩田 光子 川瀬 雅也 名徳 倫明

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.38, no.6, pp.371-378, 2012-06-10 (Released:2013-06-12)

参考文献数

6

被引用文献数

5 11

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To clarify the issues involved in the promotion of pharmacists’ participation in home medical care, we performed a questionnaire survey on the implementation situation of home medical care and pharmacists’ attitudes and opinions in community pharmacies. We mailed a questionnaire to 715 community pharmacies in July 2010. The pharmacists’ attitudes and opinions were validated through text mining. 78.3% of community pharmacies were requested to visit a patient’s home and provide a pharmaceutical service, but only 53.0% of these visits were made. In many pharmacies, an average of 2.3 pharmacists provided care to within 5 patients and visited the patient’s homes twice a month. Meanwhile, 27.7% of the pharmacies delivered prescription medicines to nursing facilities, and of these, only 19.8% of the pharmacies provided instructions regarding pharmaceutical care. Only 9.1% of the pharmacists participated in training workshops related to home medical care. 48.4% of the pharmacists recognized that they had to provide pharmaceutical care visits for patients coming to their pharmacies. Only 3.7% of the pharmacists participated in joint directions at the time of hospital discharge. Results of text mining showed the need for pharmaceutical care visits for patients with poor compliance, those who found it difficult to go to the pharmacy or had dementia, and the elderly living alone. Also, the patients and other homecare staff felt the necessity for pharmacists to provide pharmaceutical care in the patient’s home. In conclusion, in order to promote home medical care, inhibitory factors such as lack of pharmacists’ manpower and cooperation with home care staff, and insufficient provision of training workshops for home medical care need to be tackled.