Can Dynamic Computer-Guided Surgery Be Useful for Removing an Upper Jaw Odontoma?

Abstract

Dynamic navigation systems can improve precision and accuracy in oral surgical procedures. Odontomas are benign lesions commonly encountered in clinical practice. When asymptomatic, they are often discovered in cases of persistence of deciduous elements, and the permanent teeth fail to erupt spontaneously. The surgical removal approach is the gold-standard treatment, but is not without risks. This case report presents a 14-year-old boy with an impacted upper canine in the presence of an odontoma near the roots of the permanent central and lateral incisors. The removal of the odontoma and the recovery of the canine were performed using a dynamic navigation system. Integrating the navigation system with cone beam computed tomography (CBCT) allowed for precise planning and real-time guided surgery, ensuring patient safety, comfort, and predictability. This approach highlights the potential of dynamic navigation systems not only for implant rehabilitation but also for advancing oral surgery procedures, paving the way for future developments in dentistry that can better leverage the clinical skills of operators.