Background and Objectives: The aim of this bibliometric analysis is to explore the impact of 3D imaging in dentistry by examining articles published over the past two decades. Materials and Methods: The electronic search utilized the terms "digital dentistry" AND "implant placement" OR "radiation dose" OR "accuracy" OR "clinical outcomes" OR "3D imaging" OR "cone beam computed tomography" OR "CBCT" OR "CAD/CAM technol*" OR "intraoral scanner*" OR "dental implant*" OR "orthodont*" OR "prosthodont*" OR "treatm* planning*". The search was conducted using the Web of Science database and restricted to publications from 1996 to 2022. Results: The results revealed that the United States had the most publications related to digital dentistry. The University of Michigan was identified as the most prolific institution, with the highest number of papers published in digital dentistry. King's College London in the UK was the second most cited institution for their published papers. Conclusions: This bibliometric analysis provides valuable insights into the impact of 3D imaging in dentistry and the most active areas of research. The findings of this study can guide future research and identify key research areas that require further investigation. Clinical application: This study highlights the transformative role of 3D imaging in enhancing diagnostic accuracy and treatment planning in dentistry. By providing detailed insights into dental structures, 3D imaging improves patient outcomes and enables more personalized care. The analysis underlines the need for further adoption and training in 3D imaging technologies across dental practice.
Saini et al. (Mon,) studied this question.
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