基础护理教育中感染预防技术教育方案的制定及学习效果的验证

Impact Pub Date : 2023-09-21 DOI:10.21820/23987073.2023.3.12
Mariko Tobise
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引用次数: 0

摘要

细菌、病毒、真菌和原生动物无处不在,如果不遵守适当的卫生习惯和预防感染技术,就会导致疾病和感染。Mariko Tobise助理教授的研究项目旨在教育医疗专业人员,使他们认识到始终需要利用预防感染的技术。其目的是通过提供可改善整个医疗部门行为的有形、可见信息,大幅降低感染发生率。toise是一名护理实践和教育研究人员,在日本千叶大学护理研究生院担任护士已有20年的医院工作经验。她和她的团队正在开发一种改变行为的新方法。这包括让学生看到各种医疗场所和大学研讨室的细颗粒气溶胶的漂浮状态和数量,并结合分析,使他们能够识别特定种类的微生物,并真正了解我们周围那些可能导致感染和疾病的看不见的东西。研究人员对在基础护理教育课程中使用微粒气溶胶可视化系统干预无菌操作技术习得的学习效果进行了对比研究,阐明了微粒气溶胶可视化系统的实用性。在研究中,81名二年级学生被分为两组:微粒气溶胶可视化系统干预组和对照组,他们进行了两次无菌技术练习。然后,对每组进行问卷调查,了解全面掌握无菌操作技术所需的知识和技能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of educational programs for infection prevention techniques in basic nursing education and verification of learning effects
Bacteria, viruses, fungi and protozoa are everywhere and can lead to disease and infection if adequate hygiene practices and infection prevention techniques aren't followed as standard. Assistant Professor Mariko Tobise's research project seeks to educate medical professionals in the ever-present need to utilise infection prevention techniques. The aim is to dramatically reduce incidence of infection by providing tangible, visible information that will improve behaviours across the medical sector. Tobise is a nursing practice and education researcher with 20 years´ experience working in hospitals as a nurse who leads a team based within the Graduate School of Nursing at Chiba University in Japan. She and her team are developing a novel way to change behaviours. This involves enabling students to see the floating state and number of fine particle aerosols in various medical sites and university seminar rooms and incorporating analysis to allow them to identify the specific species of microorganism and get a real sense of the invisible things around us that can cause infection and disease. The researchers have conducted a comparative study of the learning effects of microparticle aerosol visualisation system intervention for the acquisition of aseptic manipulation techniques in basic nursing education courses and clarified the usefulness of the microparticle aerosol visualisation system. In the research, 81 second-year students were divided into two groups: a microparticle aerosol visualisation system intervention group and control group, and they practised aseptic techniques twice. Then, a questionnaire survey was conducted for each group on the knowledge and skills needed to fully acquire the aseptic operation technique.
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