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Interactive tele-education applied to a distant clinical microbiology specialization university course

机译:交互式远程教育应用于远程临床微生物学专业大学课程

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The microbiology laboratory provides a strategic support for infectious disease diagnosis and also alerts the medical community about bacterial resistance to antibiotics. The microbiologists' training is a challenge in Brazil, a country with an extensive territory, a diverse population, and disparity of resource allocation. The aim of this study was to implement an interactive tele-educational course in clinical microbiology to reach distant laboratory workers and to improve their professional skills. The course scientific content was defined according to competences associated, distributed in 560 h, with laboratory practices (knowledge matrix-contextual education). The 11-module course structure comprised 70% distance learning, 22% on campus (integrated modules), and 8% monographs. The group included 7 physicians and 21 microbiologists from 20 different Brazilian cities. The time flexibility and location were the two main reasons for student participation, thus decreasing absences to the workplace, different from the traditional teaching methodologies. The group performance was measured by monthly evaluations, and 1 year postcourse, the researcher visited their workplace. There was significant improvement in microbiological practices performed before compared with after group participation. Therefore, 76.9% of laboratory practices were modified because of the knowledge acquired in the course. Students showed behavioral changes in relation to performance in infection control as well as on the dissemination of their knowledge. This specialization course using distance education did not compromise the quality. This educational methodology represents an alternative to teach clinical microbiology to laboratory workers from remote hospitals, as a nationwide continuing educational strategy.
机译:微生物实验室为传染病诊断提供了战略支持,并向医学界发出有关细菌对抗生素耐药性的警报。在巴西这个领土辽阔,人口众多且资源分配不均的国家,微生物学家的培训是一个挑战。这项研究的目的是在临床微生物学中实施交互式远程教育课程,以覆盖遥远的实验室工作人员并提高他们的专业技能。该课程的科学内容是根据与实验室实践相关的能力(在560小时内分配)(知识矩阵-语境教育)定义的。 11门课程的课程结构包含70%的远程学习,22%的校园课程(集成模块)和8%的专着。该小组包括来自巴西20个不同城市的7位医生和21位微生物学家。时间灵活性和位置是学生参与的两个主要原因,因此与传统的教学方法不同,减少了工作场所的缺勤情况。通过每月评估来评估小组的表现,并且在研究结束后的一年内,研究人员访问了他们的工作场所。与小组参与后相比,微生物实践显着改善。因此,由于在该课程中获得了知识,因此对76.9%的实验室实践进行了修改。学生表现出与感染控制表现以及知识传播有关的行为变化。这个使用远程教育的专业课程并没有影响质量。这种教育方法是向全国偏远医院的实验室工作人员教授临床微生物学的一种替代方法,是一种全国范围的持续教育策略。

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