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儿科电子虚拟病人:本科临床推理

evPaeds: undergraduate clinical reasoning.

作者信息

Pinnock Ralph, Spence Fiona, Chung Anthony, Booth Roger

机构信息

Department of Paediatrics: Child and Youth Health, University of Auckland, Auckland, New Zealand.

出版信息

Clin Teach. 2012 Jun;9(3):152-7. doi: 10.1111/j.1743-498X.2011.00523.x.

Abstract

BACKGROUND

Clinical reasoning is one of the most important skills that medical students need to develop. Our medical students learn clinical reasoning in small group discussion sessions and during their clinical attachments. We wanted to provide additional opportunities for them to develop these important skills.

CONTEXT

Our undergraduate paediatric curriculum is based on 25 clinical presentations, and is delivered on the website myPaediatrics. We used simple show-and-hide case examples in each presentation to illustrate to students how to use the knowledge and skills they acquire to solve the clinical presentations. These are popular with students but provide little opportunity for interaction.

INNOVATION

Based on two commonly available formats for the virtual patient, neither of which had fully met the specific needs of our undergraduate students, we developed hybrid software: evPaeds. Close collaboration with students and teachers ensured that evPaeds met the unique learning needs of undergraduate students. evPaeds incorporates the Paediatric Decision Tree, which encourages students to make decisions on investigations and management, with immediate feedback. Explicitly referring to the basic sciences in our virtual patients resulted in them being valuable to students in both the pre-clinical and clinical years.

IMPLICATIONS

evPaeds has proven popular with students to practise and develop clinical reasoning, individually or in small group sessions.

摘要

背景

临床推理是医学生需要培养的最重要技能之一。我们的医学生在小组讨论课以及临床实习期间学习临床推理。我们希望为他们提供更多机会来培养这些重要技能。

背景情况

我们的本科儿科学课程基于25种临床表现,通过“我的儿科学”网站授课。我们在每个临床表现中使用简单的显示和隐藏病例示例,向学生说明如何运用所学知识和技能来解决临床表现问题。这些很受学生欢迎,但互动机会很少。

创新

基于两种常见的虚拟患者形式,这两种形式都不能完全满足我们本科生的特定需求,我们开发了混合软件:evPaeds。与学生和教师的密切合作确保了evPaeds满足本科生独特的学习需求。evPaeds纳入了儿科决策树,鼓励学生对检查和管理做出决策,并能立即得到反馈。在我们的虚拟患者中明确提及基础科学,使得它们对临床前和临床阶段的学生都很有价值。

意义

事实证明,evPaeds很受学生欢迎,他们可以单独或在小组讨论课中练习和培养临床推理能力。

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