以团队为基础的学习和护理点超声(POCUS)增加临床前心血管生理学课程。

POCUS journal Pub Date : 2024-11-15 eCollection Date: 2024-01-01 DOI:10.24908/pocus.v9i2.17241
Mark Danila, Cynthia Zheng, Ryan J Salvatore, Rachel Cary, Sara Youssef, Grace Pinhal-Eenfield, Catherine Chen
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引用次数: 0

摘要

导读:在临床前医学解剖学和生理学课程中,作为一种学习工具的护理点超声(POCUS)越来越受到关注。很少有干预措施使用基于团队的学习(TBL)来教授心脏POCUS。本研究研究了一种新颖的TBL练习,旨在将心脏解剖、生理学和心脏POCUS教育整合到一年级心血管(CV)课程中,称为团队学习-超声(TBL- us)。方法:TBL-US演习包括四个阶段:准备、个人和团队准备保证、图像获取和应用、知识评估。六名二年级学生接受了培训,以便在医生的监督下进行培训。课前和课后的知识评估是用来确定知识获取的。治疗前和治疗后进行调查,以评估对心脏POCUS的态度、信念和信心。比较TBL-US参与者和非参与者的期末考试成绩,并将其分为高表现和低表现亚组,以解释各组之间在tbl前的基线能力差异。结果:54名一年级医学生完成了TBL-US。与知识前评估相比,学生在知识后评估方面有显著改善(70.5%比54.9% [p< 0.001]),在期末CV考试中得分显著高于非参与者(低表现组:85.92%比81.02% [p=0.039],高表现组:89.22%比85.95% [p=0.038])。43.3-72.7%的学生报告TBL-US增加了他们对心血管解剖、生理学和心脏POCUS的理解。讨论:学生发现TBL-US是一种有价值的教学方式,提高了学生对心血管解剖、生理学和心脏POCUS的知识。TBL-US在临床前本科医学课程中有效地增强了心脏解剖学和生理学的学习。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Team-Based Learning & Point of Care Ultrasound (POCUS) to Augment a Preclinical Cardiovascular Physiology Course.

Introduction: There has been increasing interest in point of care ultrasound (POCUS) as a learning tool in preclinical medical anatomy and physiology courses. Few interventions have used team-based learning (TBL) to teach cardiac POCUS. This study investigates a novel TBL exercise designed to integrate cardiac anatomy, physiology, and cardiac POCUS education within a first-year cardiovascular (CV) course called Team-Based Learning - Ultrasound (TBL-US). Methods: The TBL-US exercise consisted of four phases: preparation, individual and team readiness assurance, image acquisition and application, and knowledge assessment. Six second-year students were trained to facilitate the session under physician supervision. Pre- and post-session knowledge assessments were administered to determine knowledge acquisition. Pre- and post-session surveys were administered to assess attitudes, beliefs, and confidence surrounding cardiac POCUS. Final exam scores were compared between participants and non-participants of TBL-US and stratified into high- and low-performing subgroups to account for pre-TBL baseline differences in ability between the groups. Results: A total of 54 first-year medical students completed TBL-US. Students showed significant improvement on the post-knowledge assessment compared to the pre-knowledge assessment (70.5% vs. 54.9% [p< 0.001]) and scored significantly higher on the final CV exam compared to non-participants (low-performing group: 85.92% vs. 81.02% [p=0.039], high-performing group: 89.22% vs. 85.95% [p=0.038]). Between 43.3-72.7% of students reported that TBL-US increased their understanding of CV anatomy, physiology, and cardiac POCUS. Discussion: Students found TBL-US to be a valuable teaching modality and improved student knowledge of CV anatomy, physiology, and cardiac POCUS. TBL-US effectively augments the learning of cardiac anatomy and physiology during the preclinical undergraduate medical curriculum.

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