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Interactive e-learning courses in human genetics: Usage and evaluation by science and medical students at the faculty of medicin

机译:人类遗传学交互式电子学习课程:医学博士对科学和医学专业学生的使用和评估

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摘要

>Introduction: This study presents our online-teaching material within the k-MED project (Knowledge in Medical Education) at the university of Marburg. It is currently organized in five e-learning modules: cytogenetics, chromosomal aberrations, formal genetics, fundamentals of molecular diagnostics, and congenital abnormalities and syndromes. These are basic courses intended to do the educational groundwork, which will enable academic teachers to concentrate on more sophisticated topics during their lectures. >Methods: The e-learning modules have been offered to a large group of about 3300 students during four years at the Faculty of Medicine in Marburg. The group consists of science students (human biology) and medical students in the preclinical or the clinical period, respectively. Participants were surveyed on acceptance by evaluating user-tracking data and questionnaires. >Results and Conclusion: Analysis of the evaluation data proofs the broad acceptance of the e-learning modules during eight semesters. The courses are in stable or even increasing use from winter term 2005/06 until spring term 2009.>Conclusion: Our e-learning-model is broadly accepted among students with different levels of knowledge at the Faculty of Medicine in Marburg. If the e-learning courses are maintained thoroughly, minor adaptations can increase acceptance and usage even furthermore. Their use should be extended to the medical education of technical assistances and nurses, who work in the field of human genetics.
机译:>简介:本研究介绍了马尔堡大学的k-MED项目(医学教育知识)中的在线教学材料。它目前分为五个电子学习模块:细胞遗传学,染色体畸变,形式遗传学,分子诊断基础知识以及先天性异常和综合症。这些是旨在进行教育基础的基础课程,这将使学术教师在演讲期间能够专注于更复杂的主题。 >方法:在四年的时间里,马尔堡医学院向大约3300名学生提供了电子学习模块。该组分别由在临床前或临床期间的理科学生(人类生物学)和医学学生组成。通过评估用户跟踪数据和调查表对参与者的接受程度进行了调查。 >结果和结论:评估数据的分析证明了八个学期电子学习模块的广泛接受。从2005/06冬季学期到2009年春季学期,这些课程的使用处于稳定甚至增加的状态。>结论:我们的电子学习模型被医学系具有不同知识水平的学生广泛接受在马尔堡。如果对电子学习课程进行彻底维护,则稍加修改就可以进一步提高接受度和使用率。它们的用途应扩大到在人类遗传学领域工作的技术援助人员和护士的医学教育。

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