EXPLORING THE DYNAMICS OF IMPLANTOLOGY: INSIGHTS INTO ANATOMY AND PRACTICAL EXAMPLES

The integration of advanced technologies and a comprehensive understanding of anatomy is fundamental in modern implantology, addressing the educational needs of students, stakeholders, and medical experts. This abstract underscores the significance of interactive practices in enhancing anatomical comprehension and facilitating a profound understanding of implantology principles. Interactive platforms and 3D exploration tools serve as invaluable resources, enabling learners to delve into the intricacies of the human body's structures, including bones, muscles, tendons, and connective tissues. The integration of ergonomic principles and human factors design considerations enhances procedural efficiency and effectiveness, minimizing physical strain and optimizing workflow for practitioners. By embracing these interdisciplinary approaches, individuals involved in implantology can enhance their knowledge and skills, ultimately contributing to improved patient outcomes and clinical excellence. The present study enables all interested learners to look into the world of modern implantology by applying digital open and free systems such as Open Anatomy, 3D Slicer, OpenStax Anatomy and Physiology resource and Anatronica software. The article emphasizes the interactive learning approach, which, in combination with theoretical information, basic concepts and conventional tests, provides a visual representation of the studied material, which improves the memorization of the essential anatomical features, which is of great importance for health care. Also, the article provides information about the integration of advanced technologies and a comprehensive understanding of anatomy, which is a field of research in the ErgoDesign project. It provides students with the necessary foundation, practical skills, and inclusive mindset to become future leaders in the design and production of implants for inclusive healthcare.