October 2025

Venue: The View at The Royal College of Surgeons of England

About The Event

Time & Location

TBC, 09:30 am (Registration from 09.00 am)

Venue: The View at the Royal College of Surgeons of England,  38-43 Lincoln's Inn Fields, London, WC2A 3PE

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Speaker Profile

Dr. Bruno Azevedo is a dual specialist in endodontics and oral maxillofacial radiology, currently in private practice in Austin, Texas. He has over 22 years of experience utilizing CBCT imaging, with a particular emphasis on Endodontics, and is the author of numerous papers and book chapters on this topic. He holds a Master's in Dental Diagnostic Sciences, a certificate in Oral Maxillofacial Radiology from the University of Texas Health Science Center in San Antonio, and a certificate in Endodontics from the Einstein Medical Center in Philadelphia. A Diplomate of the American Board of Oral and Maxillofacial Radiology, Dr. Azevedo is recognized as a leading North American expert in 3D imaging technologies for Endodontics. He was a founding faculty member of Western University College of Dental Medicine and the former director and division head at the University of Louisville. His passion for advancing the field through education is evident in his frequent speaking engagements worldwide.

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Learning content

​This engaging lecture challenges conventional wisdom in CBCT imaging for endodontic practice, offering fresh perspectives based on over two decades of clinical experience and research. The presentation will address common misconceptions, including the excessive fear of radiation and the misapplication of the ALARA principle in endodontic CBCT imaging. It will also clarify the often ambiguous literature on root fracture detection, providing evidence-based insights derived from advanced imaging interpretation and osteoimmunology principles.

The lecture is structured around Dr. Azevedo's innovative Six Pillars of CBCT Mastery: Computers, CBCT Acquisition, Data Correction, Data Navigation, Data Interpretation, and Advanced Technologies. Attendees will explore how each pillar impacts diagnostic accuracy and learn advanced clinical techniques to master each component. The discussion will cover effective image acquisition methods, data enhancement through advanced correction tools, efficient 3D dataset management, interpretation of subtle dental anatomical variations, and emerging imaging technologies.

Demonstrating CBCT's advantages over conventional 2D radiography, the presentation will highlight its benefits throughout the endodontic treatment process. Advanced CBCT techniques will be showcased, helping clinicians better visualize complex root canal anatomy and uncover critical "unknown unknowns" in endodontic scans. Through compelling case studies, participants will refine their imaging diagnostic skills and learn clinically validated techniques for maximizing imaging findings developed by analyzing hundreds of thousands of CBCT scans.

The lecture will also address advanced strategies for minimizing common imaging artifacts such as noise, scatter, and beam hardening. The discussion will explore how CBCT information regarding restorative dentistry can influence endodontic interventions and improve patient outcomes. This presentation offers an opportunity to acquire advanced knowledge that extends beyond conventional textbooks and training aimed at dental professionals interested in incorporating innovative imaging techniques and technologies to enhance diagnostic accuracy in their practice.

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Aims and Objectives

​Upon completion of this lecture, participants will be able to:
1.    Critically evaluate common misconceptions about CBCT imaging in endodontics, including radiation dose concerns and the appropriate application of the ALARA principle.
2.    Understand and apply Dr. Azevedo's Six Pillars of CBCT Mastery (Computers, CBCT Acquisition, Data Correction, Data Navigation, Data Interpretation, and Advanced Technologies) to enhance diagnostic accuracy in endodontic practice.
3.    Differentiate between CBCT and conventional 2D radiography capabilities, particularly in visualizing complex root canal anatomy and identifying critical "unknown unknowns" in endodontic cases.
4.    Interpret CBCT scans more effectively for root fracture detection, applying insights from advanced imaging interpretation and osteoimmunology principles.
5.    Implement advanced techniques for minimizing common CBCT imaging artifacts, including noise, scatter, and beam hardening.
6.    Integrate CBCT findings related to restorative dentistry into endodontic treatment planning and intervention strategies.
7.    Apply clinically validated techniques for maximizing diagnostic yield from CBCT scans, based on analysis of extensive clinical data.
8.    Evaluate and incorporate emerging CBCT technologies and techniques to enhance endodontic diagnosis and treatment outcomes.

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Outline of the day