Editorial: Applications of digital twin technology in dentistry
Sandipan Roy, Raphaël Richert, João Manuel R. S. Tavares, Pierre Lahoud
Abstract
Digital twin technology has progressively been used in dentistry to simulate anatomical, material, and procedural variables precisely. This is bridging the gap between preclinical and clinical insights. However, challenges remain, such as assuming isotropic material properties and static boundary conditions.For clinical acceptance, the inclusion of patient-specific biological responses and the standardization of modeling protocols are crucial. The creation of FE models as digital twins marks a significant advancement, ushering in an era of hyper-personalization characterized by predictive and adaptive treatment plans.The content of this research emphasizes the transformative impact of digital twin technology in dental science and clinical practice. Integrating high-fidelity simulation with biological insights not only promises improved outcomes but also provides new standards in personalized, minimally invasive, and efficient dental care. As digital dentistry evolves, the research presented here provides both a blueprint and a beacon for future innovations.