Objectives: To present the first clinical application of a novel mixed reality-based dynamic
navigation (MR-DN) system in the rehabilitation of a single tooth gap. Methods: The protocol …

Purpose This in vitro study aimed to compare the accuracy of dental implant placement in
partially edentulous maxillary models using a mixed reality-based dynamic navigation (MR …

This in vitro study aimed to put forward the development and investigation of a novel Mixed
Reality (MR)-based dental implant navigation method and evaluate implant accuracy. Data …

Backgrounds The key to successful dental implant surgery is to place the implants
accurately along the pre-operative planned paths. The application of surgical navigation …

Lack of evidence exists related to the investigation of the accuracy and efficacy of novice
versus experienced practitioners for dental implant placement. Hence, the following in vitro …

Objectives To measure in vivo 3D accuracy of backward‐planned partially guided implant
surgery (PGIS) based on dental magnetic resonance imaging (dMRI). Material and Methods …

Purpose: To propose a novel, radiation-free method for postoperative three-dimensional
(3D) position analysis of dental implants based on the dynamic navigation system (DNS) …

Background/purpose Augmented reality has been gradually applied in dental implant
surgery. However, whether the dynamic navigation system integrated with augmented reality …

Aim: The transfer of 3D implant position planning to the clinical site is challenging. The aim
of this study was to compare in vitro this transfer accuracy by using dynamic real-time …

Purpose Currently available dynamic navigation systems for dental implant placement use
optical technologies to track the patient and the hand piece to display images in 3D onto a …