Advancing Medical Education: Exploring Virtual Dissection Tables and Skill Labs for Innovative Visualisation and Simulation Techniques

Abstract

Human gross anatomy, traditionally taught through cadaver dissection, faces challenges due to increasing class sizes, cadaver shortages, and high maintenance costs. This review explores advanced visualization and simulation techniques, such as virtual dissection tables and three-dimensional visualization technologies, as innovative teaching methods that enhance spatial understanding, knowledge retention, and student engagement. Traditional cadaver-based education is hindered by ethical concerns, logistical complexities, and emotional stress, and the time-consuming, often unpleasant nature of dissections deters regular participation, despite the valuable and lasting learning experiences they offer during clinical rotations. Modern visualization technologies, including virtual reality (VR), augmented reality (AR), and mixed reality (MR), offer immersive learning experiences that address these limitations. Virtual dissection tables like CADAVIZ allow the manipulation of 3D anatomical models, enhancing spatial understanding and collaborative learning. Skill labs and simulation techniques further revolutionize medical education by optimizing patient safety and clinical skills in a risk-free environment and integrating haptics into virtual dissection tables and simulators promising even more effective training experiences. This review highlights the potential of these advanced tools to create a more inclusive, engaging, and effective learning environment, addressing the limitations of traditional methods and meeting the diverse needs of contemporary medical students.