Response of phase-I MBBS students to anatomy teaching with three-dimensional models of the pelvic girdle

Baneswar Baro, Ritu Saloi, B. Bora, G. Rabha
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Abstract

Background: Anatomical knowledge is an integral component of medical education. As there is little consensus over the best teaching methods, teachers may use a variety of teaching aids to help students understand a particular topic. Aims and Objectives: The aims and objectives of the study were to evaluate the impact of three-dimensional (3D) models as a teaching tool for the pelvis. Subjects and Methods: We conducted a study among 100 phase 1 MBBS students at a tertiary medical college to assess their level of understanding of pelvic anatomy from a teaching perspective. 3D models were constructed and used as teaching tools. Participants were evaluated using a Likert scale and knowledge-based tests, such as multiple-choice questions and identification questions. Results: The results showed that the teaching tool used significantly (P < 0.05) improved the understanding of the topic, and most of the students strongly agreed that the teaching was informative (71.4%) and interesting (73.7%). A total of 76.4% of students agreed that they could easily take notes. All students (100%) agreed that the teaching tool used was clear, audible, understandable, well organized, advancing their understanding of the subject, and helpful for revision and memory retention. Conclusions: The results suggest that using physical 3D models as a teaching tool improve the overall understanding of the pelvic region. However, further studies are required to assess the long-term impact of the 3D model as a teaching tool.
一期MBBS学生对骨盆带三维模型解剖教学的反应
背景:解剖学知识是医学教育不可或缺的组成部分。由于对最佳教学方法几乎没有达成共识,教师可以使用各种教具来帮助学生理解特定的主题。目的和目的:本研究的目的和目的是评估三维(3D)模型作为骨盆教学工具的影响。受试者和方法:我们在一所高等医学院的100名MBBS一期学生中进行了一项研究,从教学角度评估他们对骨盆解剖的理解水平。构建了三维模型并将其用作教学工具。参与者使用Likert量表和基于知识的测试进行评估,如多项选择题和识别题。结果:教学工具的使用显著提高了对主题的理解(P<0.05),大多数学生强烈认为教学内容丰富(71.4%)和有趣(73.7%)。共有76.4%的学生同意他们可以轻松地记笔记。所有学生(100%)都认为所使用的教学工具清晰、可听、可理解、组织良好,有助于提高他们对该学科的理解,并有助于复习和记忆。结论:研究结果表明,使用物理三维模型作为教学工具可以提高对骨盆区域的整体理解。然而,还需要进一步的研究来评估3D模型作为教学工具的长期影响。
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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审稿时长
27 weeks
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