Anatomical MythBusters: An approach to addressing misconceptions in foundational sciences education

IF 4.9 1区 教育学 Q1 EDUCATION, SCIENTIFIC DISCIPLINES
Georgina C. Stephens, Michelle D. Lazarus
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引用次数: 0

Abstract

Misconceptions are persistent ideas that are not supported by current scientific views and are considered distinct from a lack of knowledge, in that misconceptions exist despite teaching on a topic.1 Misconceptions are known to be common in anatomy learning and may stem from a variety of factors including the nature of the discipline (e.g. depth of detail and complex nomenclature), surface learning approaches (e.g. memorisation of isolated anatomical facts) and how anatomy is typically taught (e.g. divided into systems and regions).1 Anatomy is foundational to clinical practice, so allowing anatomical misconceptions to go unchallenged may impact students' learning in disciplines reliant on anatomical knowledge application (e.g. clinical examination and procedural skills) and ultimately introduce risks to patient wellbeing. Although prior research has explored why misconceptions may arise when learning anatomy,1 a gap remains in how to practically and effectively address students' misconceptions.

Drawing inspiration from the acclaimed science education television programme ‘MythBusters’ which assesses the validity of urban legends using scientific methods, we developed a series of short videos (range 3–10 minutes) which address or ‘bust’ anatomical misconceptions in an engaging format. The choice of the term ‘myths’ was purposeful, as ‘myth’ evokes the idea that a particular belief is widely held and explains a phenomenon and thus avoids blaming students for their misconceptions.

Effectively addressing misconceptions hinges (1) deconstructing the causation of misconceptions before reconstructing students' understanding of core anatomical concepts, (2) timely provision of feedback resources, and (3) engaging students through a preferred medium (i.e. short videos), particularly as this material is ‘add on’. To achieve timeliness, we focused on being good rather than perfect, and limited recording to single takes. By having an explicit focus on the root cause of misconceptions oversimple remediation, we also enhanced our pedagogical content knowledge, and refined learning for subsequent iterations of the course.

Georgina C. Stephens: Conceptualization; writing – original draft; writing – review and editing; project administration; resources; investigation. Michelle D. Lazarus: Conceptualization; writing – review and editing; project administration; resources; investigation.

The authors declare that they have no conflicts of interest.

解剖学神话破解者:解决基础科学教育中误解的方法。
误解是指没有当前科学观点支持的顽固观念,被认为有别于缺乏知识,因为尽管就某一主题进行了教学,但误解仍然存在。众所周知,误解在解剖学学习中很常见,可能源于多种因素,包括学科性质(如深度细节和复杂术语)、表面学习方法(如记忆孤立的解剖事实)和解剖学的典型教学方式(如分为系统和区域)。1 解剖学是临床实践的基础,因此允许解剖学误解不受质疑可能会影响学生在依赖解剖学知识应用的学科(如临床检查和程序技能)中的学习,并最终给患者的健康带来风险。我们从著名的科学教育电视节目 "神话终结者"(MythBusters)(该节目使用科学方法评估城市传说的有效性)中汲取灵感,制作了一系列短片(3-10 分钟不等),以引人入胜的形式解决或 "终结 "解剖学误解。选择 "神话 "一词是有目的的,因为 "神话 "让人联想到一种特定的信念被广泛持有并能解释某种现象,从而避免将误解归咎于学生。有效解决误解的关键在于:(1) 在重建学生对核心解剖概念的理解之前,先解构误解的成因;(2) 及时提供反馈资源;(3) 通过首选媒介(即短视频)吸引学生,尤其是这种材料是 "附加的"。为了实现及时性,我们将重点放在做好而不是做完美上,并将录制限制在单次拍摄。通过明确关注误解的根本原因和简单的补救措施,我们还增强了教学内容知识,并为课程的后续迭代完善了学习内容:构思;写作--原稿;写作--审阅和编辑;项目管理;资源;调查。Michelle D. Lazarus:构思;写作--审阅和编辑;项目管理;资源;调查。
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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来源期刊
Medical Education
Medical Education 医学-卫生保健
CiteScore
8.40
自引率
10.00%
发文量
279
审稿时长
4-8 weeks
期刊介绍: Medical Education seeks to be the pre-eminent journal in the field of education for health care professionals, and publishes material of the highest quality, reflecting world wide or provocative issues and perspectives. The journal welcomes high quality papers on all aspects of health professional education including; -undergraduate education -postgraduate training -continuing professional development -interprofessional education
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