Choudhary Anju, Singal Anjali, Chaudhary Priti
Department of Anatomy, All India Institute of Medical Sciences, Bathinda, 151001, India.
Surg Radiol Anat. 2024 Dec 31;47(1):50. doi: 10.1007/s00276-024-03560-1.
As digital education is encroaching on the traditional method, it is important to get, the feedback of medical students. The current study has been proposed to investigate the perception of first-year MBBS students, regarding the use of 3D atlas for gross anatomy study as adjunct along with cadaveric dissection.
The feedback of 91 first-year MBBS students, regarding the incorporation of a 3D atlas in the dissection lab along with traditional cadaveric dissection was collected. A self-structured questionnaire, along with a consent form, was made available via Google forms and the responses were analysed.
97% of students agreed that the orientation and understanding of different anatomical structures improved for dissection with 3D atlas usage along with cadaveric dissection and enhanced peer discussion. The majority of students agreed that the usage of the 3D atlas created enthusiasm and motivation toward anatomy learning and encouraged them to participate actively in the lab. Some suggestions by the students like the free availability of the app for anywhere and anytime usage, lesser number of students for each batch, and the conduction of substage viva on a 3D atlas, etc. may be tailored as per institutional infrastructure.
The results of the study validate that the use of a 3D atlas along with dissection is an effective method of teaching anatomy. The current analysis will provide feedback for future decisions to incorporate 3D learning tools for gross anatomy in dissection labs. The authors believe that it is a useful tool that merits inclusion in anatomy.
由于数字教育正在侵蚀传统教学方法,获取医学生的反馈很重要。本研究旨在调查医学学士一年级学生对于将3D图谱作为大体解剖学学习辅助工具与尸体解剖一起使用的看法。
收集了91名医学学士一年级学生关于在解剖实验室中将3D图谱与传统尸体解剖相结合的反馈。通过谷歌表单提供了一份自行设计的问卷以及一份同意书,并对回复进行了分析。
97%的学生同意,在尸体解剖的同时使用3D图谱进行解剖,不同解剖结构的定位和理解得到了改善,并且促进了同伴间的讨论。大多数学生同意,3D图谱的使用激发了对解剖学学习的热情和动力,并鼓励他们积极参与实验室活动。学生们提出的一些建议,如应用程序可随时随地免费使用、每批学生人数减少以及就3D图谱进行分段口试等,可根据机构基础设施进行调整。
研究结果证实,将3D图谱与解剖相结合是一种有效的解剖学教学方法。当前的分析将为未来在解剖实验室引入3D大体解剖学学习工具的决策提供反馈。作者认为这是一个值得纳入解剖学教学的有用工具。