History of student ultrasound education: learning from working examples.

Sunita Abplanalp, Roman Hari, Michael Blaivas, Susan Campbell Westerway, Maria Cristina Chammas, Beatrice Hoffmann, Christian Jenssen, Kwok-Yin Leung, Kathleen Möller, Zhu Qingli, Hassan Rahhal, Yung-Liang Wan, Johannes Weimer, Christoph Frank Dietrich
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Abstract

Ultrasound has become an essential tool in clinical diagnosis. Traditionally, ultrasound was predominantly taught during postgraduate medical training. However, today ultrasound education is increasingly being incorporated into preclinical curricula of medical students. Although extensive literature on individual ultrasound training programs is available, research on the effective development and implementation of ultrasound education for students remains limited. This article identified five key considerations for incorporating student ultrasound education into existing medical curricula, based on an analysis of working examples in various parts of the world: The synergistic relationship between anatomy and ultrasound, didactic evolutions such peer-assisted learning, the role of Point-of-Care-Ultrasound (POCUS) and e-Learning in resource-limited settings, the considerations of possible side effects and lastly, the early engagement with key stakeholders. These five key considerationsshould help the successful and long-term development, adaptation and implementation of a new or existing ultrasound education program in undergraduate education, thereby contributing to the training of competent future healthcare professionals.

学生超声教育史:从工作实例中学习。
超声已成为临床诊断的重要工具。传统上,超声主要是在研究生医学培训期间教授的。然而,今天超声教育越来越多地被纳入医学生的临床基础课程。虽然有大量关于个人超声训练计划的文献,但对学生超声教育的有效发展和实施的研究仍然有限。基于对世界各地工作实例的分析,本文确定了将学生超声教育纳入现有医学课程的五个关键考虑因素:解剖学和超声之间的协同关系,同侪辅助学习等教学演变,护理点超声(POCUS)和电子学习在资源有限环境中的作用,可能的副作用的考虑,最后,与关键利益相关者的早期参与。这五个关键因素应有助于成功和长期发展,适应和实施新的或现有的本科超声教育计划,从而有助于培养合格的未来医疗保健专业人员。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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