CBCT

CBCT

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  • Product not yet rated Includes Credits

    CE Hours: 1.0

    Description: The aim of this study was to leverage label-efficient self-supervised learning (SSL) to train a model that can detect ECR and differentiate it from caries.

    At the conclusion of this article, the reader will be able to: 

    • Describe the value and importance of self-supervised learning methods in the field of artificial intelligence (AI). 
    • Describe the function of AI models in detecting external cervical resorption (ECR) and differentiating it from root/tooth caries.
    • Describe the value of introducing AI to the field of Endodontics for detecting ECR. 

    Hossein Mohammad-Rahimi, DDS

    Omid Dianat, DDS, MS, MDS

    Reza Abbasi, MSc

    Samira Zahedrozegar, DDS

    Ali Ashkan, DDS

    Saeed Reza Motamedian, DDS, MS

    Mohammad Hossein Rohban, MHR

    Ali Nosrat, DDS, MS, MDS

    Dr. Ali Nosrat is currently a part-time Clinical Assistant Professor at the School of Dentistry, University of Maryland in Baltimore. Dr. Nosrat received his specialty degree in Endodontics and Masters of Oral Biology in June 2015. He became a Diplomate of the American Board of Endodontics in June 2016. Dr. Nosrat maintains a full-time private practice limited to Endodontics in Northern Virginia.
    Dr. Nosrat holds a Doctor of Dental Surgery (DDS, 2002) and Master of Science (MS) and a specialty degree in Endodontics from Tehran Dental School, Iran (2002). He received his Board Certification from Iranian Association of Endodontist in 2007. 
    Dr. Nosrat currently serves on the Research and Scientific Affairs Committee at the AAE. He is a member of the Scientific Advisory Board for the Journal of Endodontics and a scientific reviewer for International Endodontic Journal and Dental Traumatology. He has published more than 50 articles in the fields of pain, vital pulp therapy in immature teeth, regenerative endodontics, root canal anatomy, management of resorptions, and the impacts of COVID-19 pandemic on endodontic patients.

  • Includes Credits

    CE Hours: 1.5

    Description: Which cracked teeth should be saved, and which ones should be extracted? What is the prognosis of vital and endodontically treated cracked teeth? Which clinical variables matter when managing these cases, and which ones can we control? And finally, what is the role of CBCT in diagnosing and prognosticating cracks? These are some of the burning questions endodontists face due to the complexities inherent to cracked teeth and their varying clinical presentations. Confusion and conflicting answers to these questions are as ubiquitous in our literature as cracked teeth are prevalent in our patients. Recent clinical studies are indicating that treating cracked teeth, even those with deep radicular extensions, may have longstanding value for our patients. This presentation will bring some evidence-based clarity to these questions and present the treatment and post-treatment modifiers that may significantly increase our successes in treating cracked teeth.

    Learning Objectives:  

    • Describe and implement treatment and post-treatment modifiers that impact the prognosis of treating cracked teeth and how these modifiers have a role in saving more teeth
    • Explain the role of CBCT in the approach to evaluating and treating cracked teeth
    • Explain treatment plan cracked teeth and prognosticate the outcomes based on evidence

    Matthew C. Davis, D.D.S.

    Dr. Matthew Davis is a board-certified endodontist in private practice in Glenview and Winnetka, Illinois. He attended the University of Iowa College of Dentistry where he received his Doctor of Dental Surgery in 1999 and his specialty certificate in endodontics in 2001. He has been a full-time practicing endodontist for twenty years. He became a diplomate of the American Board of Endodontics in 2010. As an author, he has had several publications and has been a member of the Scientific Advisory Board for the Journal of Endodontics from 2013 to the present.

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.

  • Includes Credits

    CE Hours: 1.5

    Description: Apical surgery was once a significant component of Post-Graduate education and clinical practice; the transition to a microsurgical approach was heralded by a decline not only in the breadth of graduate training, but the prevalence of private practice cases as well. A shift in retreatment expertise is a partial explanation, but not the only one. Qualified mentors, sophisticated armamentarium and shifting treatment paradigms are the denominators in either the demise of the practice or, more likely, the evolution of the modern Endodontic Microsurgical training. Advances in technique and technology allow the surgeon to plan in a digital environment, design precision aids for acquisition to the field and utilize elegant resection and refinement armamentarium. This presentation examines the challenges of the past and present, and how these are affecting an evolution and revolution in the microsurgical arena.

    Learning Objectives:  

    • Implement the various imaging technologies in a “Virtual Surgery™” digital environment to develop an effective and appropriate treatment plan
    • Compare the traditional root end operative procedures with modern Piezosurgical approaches
    • Assess the application and effectiveness of the laser for hard and soft tissue applications

    Stephen P. Niemczyk, DMD

    Dr. Niemczyk graduated from the University of Pennsylvania School of Dental Medicine, receiving his D.M.D. in 1982 and his postgraduate Endodontic certificate in 1984. Since 1995, Dr. Niemczyk has been the Director of Endodontic Microsurgery at the IB Bender Postdoctoral Endodontic Program at Albert Einstein Medical Center in Philadelphia, and was recently named the Assistant Program Director in 2018. He is the 2020 recipient of the AAE Calvin D. Torneck Part-Time Educator Award, and also serves as a surgical consultant to the Naval Postgraduate Endodontic Program at the Walter Reed National Medical Center in Bethesda, MD, and the U. S. Army Endodontic Residency Program in Fort Gordon, GA. 
    Dr. Niemczyk has lectured extensively in the U.S., Central America, Europe, the Middle East and Asia on topics ranging from Microsurgery and Intentional Replantation to advances in Non-Surgical Endodontics and Cone-Beam CT. He has authored numerous papers, chapters on Microsurgery in Dental Clinics of North America, Ingle’s Endodontics 7th Edition and CBCT in Non-Surgical Retreatment. He is a member of the Scientific Advisory Board for the Journal of Endodontics and the Journal of Oral and Maxillofacial Surgery, Medicine and Pathology. He is the founder of Endodontic Microsurgical Innovations, dedicated to the development of new treatment techniques and instrumentation. He is a Diplomate of the American Board of Endodontics, and maintains a full-time practice limited to Endodontics in Drexel Hill, PA.

    Speaker Disclosure 

    In accordance with this policy, I declare I have a past or present proprietary or relevant financial relationship or receive gifts in kind (including soft intangible remuneration), consulting position or affiliation, or other personal interest of any nature or kind in any product, service, course and/or company, or in any firm beneficially associated therewith, as indicated: DENTSPLY Tulsa Dental Specialties (Individual(s) Involved: Self): Honorarium

  • Includes Credits

    CE Hours: 1.5

    Description: Join us for a review of some large and significant pathologies, their clinical presentation, imaging features, and discussion of management.

    Learning Objectives:  

    • Describe cases of large pathologies in the maxillofacial region
    • Explain some of the imaging techniques and radiographic features of large pathology in the maxillofacial region
    • Identify the clinical significance and management strategy of large pathology in the maxillofacial region

    Laurence Gaalaas, D.D.S., M.S.

    Dr. Gaalaas received his dental degree from the University of Minnesota and completed specialty training and a Master of Science degree in oral and maxillofacial radiology from the University of North Carolina at Chapel Hill. As a researcher and inventor, his expertise includes clinical applications of cone beam computed tomography, caries detection and diagnosis, and development of novel imaging techniques specific to dentistry such as low dose 3D intraoral radiography and dental MRI. He is a Diplomate of the American Board of Oral and Maxillofacial Radiology, a member of the American Academy of Oral and Maxillofacial Radiology, and has ongoing teaching responsibilities plus an active radiology practice through the University of Minnesota and RAYUS Radiology.

    Speaker Disclosure 

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.

    Jacob Yetzer, D.D.S., M.D.

    Dr. Jacob Yetzer is an Oral and Maxillofacial Surgeon with subspecialty focus on Head and Neck Oncology and Reconstruction. He currently practices both in the private setting in Minneapolis, Minnesota and serves as adjunct factulty at the University of Minnesota and North Memorial Health Hospital. Dr. Yetzer has served as faculty in Oral and Maxillofacial Surgery at both Mayo Clinic and the University. Dr. Yetzer's publications and lectures have included a wide range of topics in the arena of Head and Neck Surgery and Reconstruction. His peer-reviewed literature and other chapters describe clinical pathways for the management of oncology patients, oral cancer, reconstruction of oromandibular defects, microvascular reconstruction of complex defects of the maxillofacial region, thyroid surgery, simultaneous whole-arch dentoskeletal reconstruction and use of technology in maxillofacial oncology patients. Dr. Yetzer completed his fellowship in Head and Neck Oncology and Microvascular Reconstruction at the University of Florida-Jacksonville in 2015. He also completed his medical training and residency at this same institution. He completed his dental training at Pacific University in 2008.

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.

  • Includes Credits

    CE Hours: 1.5

    Description: Join us for a review of common and significant conditions that may present as a conventional endodontic lesion, with tips on early recognition and what to do following diagnosis.

    Learning Objectives:  

    • List common and significant conditions that can mimic conventional endodontic lesions
    • Identify the helpful clinical and imaging features that may suggest a non-conventional endodontic lesion
    • Explain the importance of tissue biopsy for diagnosis and next steps with common and significant imposters of endodontic lesions

    Laurence Gaalaas, D.D.S., M.S.

    Dr. Gaalaas received his dental degree from the University of Minnesota and completed specialty training and a Master of Science degree in oral and maxillofacial radiology from the University of North Carolina at Chapel Hill. As a researcher and inventor, his expertise includes clinical applications of cone beam computed tomography, caries detection and diagnosis, and development of novel imaging techniques specific to dentistry such as low dose 3D intraoral radiography and dental MRI. He is a Diplomate of the American Board of Oral and Maxillofacial Radiology, a member of the American Academy of Oral and Maxillofacial Radiology, and has ongoing teaching responsibilities plus an active radiology practice through the University of Minnesota and RAYUS Radiology.

    Speaker Disclosure 

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.

    John R.. Kalmar, D.M.D., Ph.D.

    John Kalmar is a Professor of Oral and Maxillofacial Pathology at The Ohio State University. Dr. Kalmar received his BS from the University of Illinois, his dental degree from Southern Illinois University, residency training in hospital dentistry (UNC-Chapel Hill) and oral pathology (Emory University) and a Ph.D. in Experimental Pathology from Emory in 1989. He served as Director of Clinical Operations in the Emory School of Postgraduate Dentistry until 1992, when he joined the Department of Pathology at the University of Rochester, Rochester, NY. In 1999, he moved to Ohio State, where he currently serves as Program Director in Oral Pathology and president of the Ohio State Dental Faculty Practice. Dr. Kalmar is a Past-President of the American Academy of Oral and Maxillofacial Pathology, a diplomate and past Director of the American Board of Oral and Maxillofacial Pathology and serves on the Editorial Board of Oral Surgery, Oral Medicine, Oral Pathology and Oral Radiology (OOOO). Dr. Kalmar has published over 80 manuscripts and book chapters and has served as a Consultant for the ADA Council of Scientific Affairs. He teaches both pre-and post-doctoral students and enjoys providing continuing education to a variety of professional audiences.

  • Product not yet rated Includes Credits

    CE Hours: 1.5

    Description: We describe a novel approach to simulating patient-specific dental operative procedures by combining extended reality (XR) technology and 3D-printed models of clinical cases. XR is an umbrella term that encapsulates virtual reality, augmented reality, mixed reality, and everything in between. XR can create a space where the real world and the virtual world merge and influence each other. This presentation applies XR in clinical practice and dental training. The complementary use of patient-specific XR technology and 3D-printed models contributes to easing the transition from preclinical to clinical operative practice and enables effective learning in dental education. We will describe this innovative XR technique in cases featuring 3D-guided access on calcified root canals, microsurgical cases of guided root resection, and non-surgical access of anatomically challenging teeth.

    Learning Objectives:  

    • Describe the application of XR technology in dental education and training
    • Describe the approach to simulating patient-specific dental operative procedures by combining XR technology with 3D-printed models
    • Describe the future applications in live augmented reality procedures

    Fahad Zaman, M.S.

    Fahad Zaman is currently a first-year endodontic resident at Boston University, where he is pursuing his MSD in Endodontics. He has been doing research in 3D endodontics since before he entered dental school. He has had the pleasure of being mentored by Dr. Okazaki closely over the course of dental school at NYU, where they completed 3 years of clinical research, ultimately presenting their research for AAE Endo On Demand in 2021. Currently, Fahad continues his clinical research as a first-year Endodontics resident.

    Katsushi Okazaki, D.D.S., Ph.D.

    Katsushi Okazaki, D.D.S., Ph.D., is a Clinical Assistant Professor in the Department of Endodontics at New York University College of Dentistry and an Associate Professor at Tokyo Dental school in Japan. K. Okazaki had operated a variety of clinical training programs K. Okazaki is a co-author of the book chapter in the seventh edition of Ingle’s Endodontics and the main author of the book chapter in Diagnosis of pulpal-periapical disease, In Endodontic Prognosis. K. Okazaki has lectured on various topics on Endodontics to post-graduate students. K. Okazaki had been the clinic superintendent and the pre-clinical course organizer for the post-graduate students and conducts clinical research in Endodontics at NYU College of Dentistry for many years. K. Okazaki received his DDS, then earned a Ph.D. in Anatomy and Physiology and served as a Teaching Fellow in Oral Anatomy at Aichi Medical University in Japan. After Postdoctoral Research as a research fellow in the Department of Development and Surgical Sciences at the University of Minnesota, K. Okazaki completed Postgraduate Programs in Endodontics at New York University College of Dentistry in the USA. K. Okazaki received the Distinguished Educators Award in 2015 and the Research Award in 2018 at Dean's Honors Day, a celebration of excellence, in recognition of outstanding professional distinction in 2019 from NYU. K. Okazaki has practiced at the NYU Dental Faculty Practice in the NYU Langone Medical Center until 2021. K. Okazaki was accepted as the Chief Academic Director of Dental Prediction Co., Ltd in 2022. He has implemented a novel platform of clinical education in virtual reality (VR) and believes in the future of dental education in the Metaverse.

  • Includes Credits

    CE Hours: 1.5

    Description: Advanced Imaging is an indispensable diagnostic imaging tool in clinical endodontics. In particular, Cone Beam Computed Tomography (CBCT) when acquired using high-resolution, small field-of-view 3D protocols. Other advanced imaging modalities, such as Tomosynthesis and Magnetic Resonance Imaging (MRI) of the jaws, can aid endodontists with greater diagnostic accuracy for tooth and root morphology and both tooth and bone-related pathology when compared to regular intraoral digital 2D Imaging. Advanced Imaging provides clinicians with a scaffold for future technologies and the opportunity to reconstruct data to a higher resolution using Artificial Intelligence (AI)and Task-Specific Filters in the detection of anatomic variations and difficult-to-see pathology and vertical root fractures. It is an essential clinical decision-support tool that provides valuable information on endodontic therapy's active and healing signs. This presentation will cover the current and future applications of various advanced Imaging modalities in the endodontic practice. A live demonstration of future imaging integration using virtual environments such as the Meta-Verse - Virtual Reality (VR) and Augmented Reality (AR) will be demonstrate the profound impact of how newly developed technologies can help enhance diagnosis and increase collaboration between clinicians.

    Learning Objectives:  

    • Update participants on current and future endodontic imaging technologies
    • Explain how to use 3D Task-Specific Filters to detect anatomic variations and hard-to-see pathologies
    • Describe how the Meta-Verse - Virtual Reality (VR) and Augmented Reality (AR) can help endodontists better diagnose complex clinical scenarios

    Bruno Azevedo, D.D.S., M.S.

    Dr. Bruno Azevedo – aka- The Cone Beam Guy is an Oral Maxillofacial Radiologists with extensive experience in 3D imaging technologies in Dentistry. He attended the University of Texas Health Science Center in San Antonio, where he received both a certificate in Oral Maxillofacial Radiology and a Masters in Dental Diagnostic Sciences. Dr. Azevedo is a diplomate of the American Board of Oral and Maxillofacial Radiology and is one of the most active speakers in North America regarding dental 3D imaging technologies. He was a founding faculty of Western University College of Dental Medicine and served as the Oral Radiology Department Director for six years at the University of Louisville. Dr. Azevedo currently works in private practice Oral Maxillofacial Radiology and provides consulting services regarding dental imaging and 3D printing.

    Speaker Disclosure 

    In accordance with this policy, I declare I have a past or present proprietary or relevant financial relationship or receive gifts in kind (including soft intangible remuneration), consulting position or affiliation, or other personal interest of any nature or kind in any product, service, course and/or company, or in any firm beneficially associated therewith, as indicated: Cone Beam Guy (Individual(s) Involved: Self): Consultant, Stockholder/Ownership Interest (excluding diversified mutual funds); J.Morita USA (Individual(s) Involved: Self): Consultant

  • Includes Credits

    CE Hours: 1.75

    Description: The common conception of advanced imaging allows earlier detection, diagnosis and intervention leading to better outcomes is widely accepted. We have a long, wide and deep evidential base on the topic of "detecting smaller lesions" with projection radiography and advanced imaging, but this is only half of the decision-making process. Resorptions provide us with a counter-intuitive window into the issues surrounding advanced imaging, and our ever increasing ability to detect smaller and smaller findings. This extends to periapical and other findings, as well as advanced imaging in medicine and other testing issues. Counterintuitively, advanced imaging often allows less treatment. In this presentation, we will introduce a classification system for identifying resorptive and other findings, broaden the scope of treatment planning and treatment based on the routine incorporation of advanced imaging in the endodontic practice.

    Learning Objectives: 

    • Define the distinctions between the types of findings with advanced imaging
    • Incorporate these distinctions in imaging findings into decision-making treatment planning
    • Describe these findings in neutral, non action-grounded language to patients

    John A. Khademi, D.D.S., M.S.

    Dr. Khademi received his DDS from the University of California San Francisco and his certificate in endodontics and did his MS on digital imaging from the University of Iowa. He is in full time private practice in Durango, Colorado and was Associate Clinical Professor in the Dept. of Maxillofacial Imaging at USC as well as being Adjunct Assistant Professor at SLU. In his “prior life”, he wrote software for laboratory automation, instrument control and digital imaging. He lectures internationally about CBCT, clinical trial design, outcomes, and conventional endodontic technique. As a Radiological Society of North America (RSNA) member for over 25 years, his background in medical radiology allows him a perspective shared by very few dental professionals. He has contributed to many sections and chapters in textbooks and is the lead author for Quintessence’s Advanced CBCT for Endodontics: Technical Considerations, Perception, and Decision-Making.

    Speaker Disclosure:

    In accordance with this policy, I declare I have a past or present proprietary or relevant financial relationship or receive gifts in kind (including soft intangible remuneration), consulting position or affiliation, or other personal interest of any nature or kind in any product, service, course and/or company, or in any firm beneficially associated therewith, as indicated: Carestream Dental: Consultant (Ongoing)|Carestream Dental: Honorarium (Ongoing)|Sonendo: Consultant and Scientific Advisory Board (Ongoing)|Sonendo: Grant/Research Support (Ongoing)|Sonendo: Honorarium (Ongoing)|Sonendo: Ownership Interest (stocks, stock options, patent or other intellectual property or other ownership interest excluding diversified mutual funds) (Ongoing)|SS White: Consultant (Ongoing)|SS White: Honorarium (Ongoing)

  • Includes Credits

    CE: 1.25 | This is a two-part presentation. 

    NS-14 - The Role of CBCT in Endodontics – What Does Available Evidence Say and When to Order

    Course Description: 

    Cone beam computed tomography (CBCT) is the newest, widely-adopted imaging modality available to the practicing endodontist. This discussion will review what available evidence says about the role of CBCT in endodontic case diagnosis, treatment planning, treatment outcomes, and practitioner confidence. We will also discuss the thought process and rational for ordering a CBCT scan and place into context the relevant risks of using ionizing radiation in the endodontics clinic.

    At the conclusion, participants should be able to:

    • Review what available evidence says about the role of CBCT in endodontics
    • Explain the thought process and rationale for when to order at CBCT scan
    • Place into context the relevant risks associated with use of ionizing radiation in an endodontics clinic

    NS-3 - Overview of Medicolegal Aspects of Dental Radiology

    Cone beam computed tomography (CBCT) has afforded the practicing endodontist a new realm of 3D diagnostic imaging with many clinical advantages, however; standing medicolegal principles of ordering any diagnostic test still apply. This discussion will review general principles of medicolegal aspects of dentistry including a presentation of the general thought process and rationale for ordering any radiographic examination in dentistry, a review of the general medicolegal duties of members of the dental team with respect to the standard of care in radiology, and discussion of image/scan reviewing and reporting responsibilities.

    At the conclusion, participants should be able to:

    • Describe the general thought process and rationale for ordering any radiographic examination in dentistry, including CBCT
    • Review some general medicolegal duties of members of the dental team with respect to standard of care in radiology
    • Discuss reviewing and reporting responsibilities

    Bruno Azevedo, D.D.S., M.S.

    Dr. Bruno Azevedo – aka- The Cone Beam Guy is an Oral Maxillofacial Radiologists with extensive experience in 3D imaging technologies in Dentistry. He attended the University of Texas Health Science Center in San Antonio, where he received both a certificate in Oral Maxillofacial Radiology and a Masters in Dental Diagnostic Sciences. Dr. Azevedo is a diplomate of the American Board of Oral and Maxillofacial Radiology and is one of the most active speakers in North America regarding dental 3D imaging technologies. He was a founding faculty of Western University College of Dental Medicine and served as the Oral Radiology Department Director for six years at the University of Louisville. Dr. Azevedo currently works in private practice Oral Maxillofacial Radiology and provides consulting services regarding dental imaging and 3D printing.

    Speaker Disclosure 

    In accordance with this policy, I declare I have a past or present proprietary or relevant financial relationship or receive gifts in kind (including soft intangible remuneration), consulting position or affiliation, or other personal interest of any nature or kind in any product, service, course and/or company, or in any firm beneficially associated therewith, as indicated: Cone Beam Guy (Individual(s) Involved: Self): Consultant, Stockholder/Ownership Interest (excluding diversified mutual funds); J.Morita USA (Individual(s) Involved: Self): Consultant

    Laurence Gaalaas, D.D.S., M.S.

    Dr. Gaalaas received his dental degree from the University of Minnesota and completed specialty training and a Master of Science degree in oral and maxillofacial radiology from the University of North Carolina at Chapel Hill. As a researcher and inventor, his expertise includes clinical applications of cone beam computed tomography, caries detection and diagnosis, and development of novel imaging techniques specific to dentistry such as low dose 3D intraoral radiography and dental MRI. He is a Diplomate of the American Board of Oral and Maxillofacial Radiology, a member of the American Academy of Oral and Maxillofacial Radiology, and has ongoing teaching responsibilities plus an active radiology practice through the University of Minnesota and RAYUS Radiology.

    Speaker Disclosure 

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.

  • Includes Credits

    CE Hours: 1.25

    Description:  Targeted Endodontic Microsurgery (TEMS) utilizes trephine burs and 3D-printed surgical guides to achieve precise osteotomy, root resection in anatomically challenging scenarios. This presentation will outline the clinical technique and present three lessons learned after five years of TEMS. The second half of the presentation will outline the digital workflow for guide production which is marked by conversion of a patient’s physical anatomy into digital data that forms a virtual model upon which a TEMS guide is designed and then 3D-printed. The presentation will show several methods for digitally rendering bone, teeth, neuro-vascular structures, and soft tissue, and will then describe how this data is utilized to create of a virtual model within design software. The presentation is aimed to help clinicians communicate meaningfully with a 3D printing lab. Finally, TEMS cases with treatment planning considerations will be presented.

    Learning Objectives: 

    • Describe different ways of digitizing hard and soft tissues for the creation of a digital model
    • Describe surgical guide design principles for communication with a 3D printing lab
    • Describe all clinical phases of guided surgical endodontics to include presurgical evaluation, radiographic evaluation, treatment planning and intraoperative application

    Jarom J. Ray, DDS

    Dr. Jarom Ray is the Chief of Endodontics at the US Air Force Academy and is a Professor of Endodontics at the Uniformed Services Univeristy of the Health Sciences. He served as the Air Force Endodontics Residency Program Director from 2016-2020. He received his D.D.S. from Creighton University Medical Center School of Dentistry in 2003 then completed a one-year Advanced Education in General Dentistry Residency at the USAF Academy in 2004. He practiced general dentistry for 2 years. In 2008 he received a certificate in endodontics from Wilford Hall Medical Center and achieved board certification in 2011. Dr. Ray is co-inventor of Targeted Endodontic Microsurgery and has lectured nationally and internationally on endodontic applications of 3D Printing. His research focuses on applications of Targeted Endodontic Microsurgery and 3D printing.

    Speaker Disclosure 

    I declare that I have no proprietary, financial, or other personal interest of any nature or kind in any product, service, course, and/or company, or in any firm beneficially associated therewith, that will be discussed or considered during the proposed presentation.