Department of Veterinary Biosciences, College of Veterinary Medicine, The Ohio State University, 1900 Coffey Road, Columbus, OH 43210.
Department of Veterinary Preventive Medicine, College of Veterinary Medicine, The Ohio State University, 1920 Coffey Road, Columbus, OH, 43210, USA.
J Vet Med Educ. 2024 Oct;51(5):578-586. doi: 10.3138/jvme-2023-0137. Epub 2023 Aug 23.
Anatomy is a foundation for veterinary medical education, yet its teaching has traditionally posed an academic challenge to students. Anatomy is a three-dimensional (3D) subject that students are often expected to learn using one- or two-dimensional learning resources. Visualization of structures and the transfer of images to animal specimens can impede knowledge acquisition and student confidence. As a response to the COVID-19 pandemic, the first-year anatomy course (Anatomy I) at The Ohio State University College of Veterinary Medicine was delivered virtually in Autumn 2020. Instructors were challenged to create equivalent learning experiences without face-to-face interaction and cadaveric access. Fortunately, multimedia dissection videos were in production and supplemented students' learning of anatomic structures and dissection techniques. Videos included complete narration, explanations, diagrams, labels, and self-check opportunities. To evaluate the perceived effectiveness of the videos on student learning, the Anatomy I teaching team surveyed all first-year veterinary students following the course. Of the 104 students (64%) who completed the survey, 101 (97%) agreed or strongly agreed that the videos helped solidify their anatomy knowledge, skills, and understanding. The most helpful video characteristics included the demonstration of dissection techniques on a cadaver and the visualization of structures on 3D specimens. Students also appreciated the ability to review content at their own pace/convenience, a feature inherent to recorded (asynchronous) video-based instruction. These data suggest that video-based instruction may effectively supplement students' learning of veterinary anatomy and improve the transfer of knowledge, particularly when other forms of direct instruction are inaccessible.
解剖学是兽医医学教育的基础,但它的教学传统上对学生来说是一个学术挑战。解剖学是一个三维(3D)的学科,学生通常需要使用一维或二维的学习资源来学习。结构的可视化和图像到动物标本的转换可能会阻碍知识的获取和学生的信心。由于 COVID-19 大流行,俄亥俄州立大学兽医学院的一年级解剖学课程(解剖学 I)于 2020 年秋季在网上授课。教师面临的挑战是在没有面对面互动和尸体访问的情况下创造等效的学习体验。幸运的是,多媒体解剖视频正在制作中,补充了学生对解剖结构和解剖技术的学习。视频包括完整的旁白、解释、图表、标签和自我检查机会。为了评估视频对学生学习的感知效果,解剖学 I 教学团队在课程结束后对所有一年级兽医学生进行了调查。在完成调查的 104 名学生(64%)中,有 101 名(97%)学生同意或强烈同意视频有助于巩固他们的解剖学知识、技能和理解。最有帮助的视频特征包括在尸体上演示解剖技术和在 3D 标本上可视化结构。学生还赞赏能够根据自己的节奏/方便复习内容的能力,这是基于记录(异步)视频的教学的固有特点。这些数据表明,基于视频的教学可能有效地补充学生的兽医解剖学学习,并提高知识的转移,特别是当其他形式的直接教学不可用时。