The Impact of Artificial Intelligence Modalities on Anatomy Education

Abstract

The Anatomy dissection table is a revolutionary approach in medical education, allowing students to learn Anatomy by dissecting human bodies layer by layer. This innovative method, equipped with digital software, allows students to practice their skills multiple times, enhancing their understanding of the subject matter. Unlike traditional cadaver dissections, the Anatomy dissection table allows students to repeat the process, enhancing their practical skills. The table's digital capabilities also promote collaborative learning, fostering a deeper engagement with the subject matter. The scarcity of cadavers for dissection presents challenges for educational institutions, but the introduction of digital visualization tools can enhance the learning process. Artificial intelligence (AI) is revolutionizing education by personalizing learning experiences, empowering students, and preparing them for success in the digital age. By embracing AI as a catalyst for innovation and transformation, we can create dynamic and engaging learning environments that meet the diverse needs of students in the 21st century. AI is a scientific discipline that focuses on understanding and creating computer algorithms capable of performing human tasks. It is used in finance, automotive engineering, economics, medicine, and education, tackling various aspects of problems such as perception, planning, knowledge, reasoning, and communication. Anatomy education is increasingly incorporating advanced technologies like AI, offering new learning opportunities. However, these advancements come with challenges, such as incorporating uncertainties in human variations, healthcare practice, diversity, social justice, student support, and learning. To overcome these challenges, Anatomy educators should enhance transparency, promote AI developer diversity, include uncertainty and anatomical variations, raise educator awareness of AI benefits and limitations, build AI-free time, and engage AI to extend human capacities. This approach will help create a more nuanced and effective Anatomy education environment. Anatomy is a crucial aspect of clinical practice, and AI tools can significantly enhance learning and teaching methods. While AI may not replace human interactions, it can provide a deep and logical learning experience, ensuring a sound understanding of Anatomy. However, logistical issues, such as server costs and technical personnel, may arise. AI-based educational programs should be designed to be effective in diverse settings, including medical schools and allied health science schools.