COVID-19大流行期间POCUS本科医学教学的经验教训

Sherwin Wong, Salwa Nihal, Danny Yu Jia Ke, Emma Neary, Luke Wu, Edwin Ocran, Michael Cenkowski, Nicholas Grubic, Stephen C Pang, Amer M Johri
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引用次数: 0

摘要

点护理超声(POCUS)已被广泛应用于医学领域的临床实践。本科医学教育项目已经认识到有必要将POCUS培训纳入他们的课程,传统上是在面对面的小组会议中进行的。这种方法是资源密集型的,需要足够的设备和专门知识。这些需求经常被认为是实现的障碍。在2019冠状病毒病(COVID-19)大流行期间,POCUS教育需要适应保持身体距离的规定,这就产生了POCUS新的教学方法。本文概述了在大流行之前和期间实施POCUS教学课程的情况。它描述了这些创新如何扩展POCUS教学并克服前进中的障碍。对所有学生实施翻转课堂模式。在预定的面对面或虚拟教学之前,学习者将获得一个介绍POCUS模块。69名学习者参加了传统的面对面教学,22名学习者参加了与大流行有关的限制后的虚拟教学。学习者在教学之前和之后都完成了笔试。使用客观结构化的超声技能评估(OSAUS)进行面对面学习者的评估。在教学结束三年后进行了一项后续调查。面对面小组和虚拟小组在知识得分上都有统计学上的显著提高(p
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Lessons Learned from POCUS Instruction in Undergraduate Medicine During the COVID-19 Pandemic.

Lessons Learned from POCUS Instruction in Undergraduate Medicine During the COVID-19 Pandemic.

Lessons Learned from POCUS Instruction in Undergraduate Medicine During the COVID-19 Pandemic.

Lessons Learned from POCUS Instruction in Undergraduate Medicine During the COVID-19 Pandemic.

Point of care Ultrasound (POCUS) has been adopted into clinical practice across many fields of medicine. Undergraduate medical education programs have recognized the need to incorporate POCUS training into their curricula, traditionally done in small groups with in-person sessions. This method is resource intensive and requires sufficient equipment and expertise. These requirements are often cited as barriers for implementation. During the Coronavirus Disease 2019 (COVID-19) pandemic, POCUS education was required to adapt to physical distancing regulations, giving rise to novel teaching methods for POCUS. This article outlines the implementation of a POCUS teaching session before and during the pandemic. It describes how these innovations can scale POCUS teaching and overcome barriers moving forward. A flipped classroom model was implemented for all learners. Learners were given an introductory POCUS module before the scheduled in-person or virtual teaching session. Sixty-nine learners participated in conventional in-person teaching, while twenty-two learners participated in virtual teaching following the pandemic-related restrictions. Learners completed a written test before and following the teaching. In-person learners were assessed using an objective structured assessment of ultrasound skills (OSAUS) pre- and post-learning sessions. A follow-up survey was conducted three years after the teaching sessions were completed. Both in-person and virtual groups demonstrated statistically significant improvement in knowledge scores (p <0.0001). Both groups had similar post-test learning scores (74.2 ± 13.6% vs. 71.8 ± 14.5 %, respectively). On follow-up questionnaires, respondents indicate that they found our online and in-person modes of teaching helpful during their residency. POCUS education continues to face a variety of barriers, including limitations in infrastructure and expertise. This study describes an adapted POCUS teaching model that is scalable, uses minimal infrastructure and retains the interactivity of conventional small-group POCUS teaching. This program can serve as a blueprint for other institutions offering POCUS teaching, especially when conventional teaching methods are limited.

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