Med. Universität Wien, Universitätsklinik für Psychoanalyse und Psychotherapie, Vienna, Austria.
Med. Universität Wien, Teaching Center/Postgraduate Unit, Vienna, Austria.
GMS J Med Educ. 2021 Mar 15;38(3):Doc62. doi: 10.3205/zma001458. eCollection 2021.
An increasing number of patients to treat combined with a rapidly growing amount of knowledge to integrate, is challenging for future doctors. To take the medical history and diagnose effectively, to send the patient to an expert, to create a relevant expert to expert communication, to discuss with the patient, the time needed for a decision, should be as short as possible. Investigating medical students' cognitive processes while solving a patient's case leads to the conclusion that educators should help and facilitate these reasoning and communication processes. Developments in information technology offer a large variety of tools for educators. Practicing repeated memory retrieval in clinically relevant virtual settings leads to more durable storage of theoretical knowledge, especially when applying the theoretical knowledge to meaningful cases. The cases in the present e-learning tool are only solvable when knowledge is coherent, communicated and well-organized, as they demand combination of different interdisciplinary knowledge-fields. Thus, by practicing in the virtual environment, prospective memory (i.e. the ability to remember to do something in the future) is changed and the intention and attention in learning processes is shaped and adapted to the core requirements of clinical practice. Case-based learning can be a promising approach to teach students how to investigate and ask for important information. This paper focuses on undergraduate education and provides an outlook on possible concepts that can be used in different health care sectors.
越来越多的患者需要治疗,与之相应的是知识量的快速增长,这对未来的医生来说是一个挑战。为了有效地采集病史和进行诊断,将患者转介给专家,创建相关的专家-专家交流,与患者进行讨论并做出决策,所需的时间应尽可能缩短。研究医学生在解决患者病例时的认知过程得出的结论是,教育者应该帮助和促进这些推理和沟通过程。信息技术的发展为教育者提供了各种各样的工具。在临床相关的虚拟环境中进行重复的记忆检索可以更持久地存储理论知识,特别是当将理论知识应用于有意义的病例时。只有当知识连贯、沟通良好且组织有序时,本电子学习工具中的病例才能够被解决,因为它们需要不同跨学科知识领域的知识结合。因此,通过在虚拟环境中进行练习,可以改变前瞻性记忆(即将来要做某事的能力),并调整学习过程中的意图和注意力,以适应临床实践的核心要求。基于案例的学习可以是一种很有前途的方法,可用于教授学生如何调查和获取重要信息。本文重点介绍本科教育,并展望了不同医疗保健领域可能使用的概念。