AAE Online CE
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Management of Soft Tissue in Microsurgical EndodonticsContains 4 Component(s), Includes Credits
Speaker: Mike Sabeti, DDS, MA|Separated instrument is always a stressful situation for clinician. Reasons for separation of Stainless Steel and Nickel-Titanium instrument will be reviewed. Clinical hints for reducing of these unwanted events will be discussed. The influence of separated instrument and their removal on prognosis of endodontically treated tooth will be summarized and clinical procedures will be reviewed.
3D Printing Guides for Targeted Endodontic Microsurgery (TEMS)Contains 5 Component(s), Includes Credits
Speaker: Jarom J. Ray, D.D.S. This presentation aims to demystify the digital workflow and guide design process, and to show proper clinical applications of the surgical guide.
Is Endodontic Microsurgery Still the Last Resort?Contains 4 Component(s), Includes Credits
Speaker: Meetu Kohli, B.D.S., D.M.D. | Surgical Endodontics has forged ahead in the last two decades. The procedure has fundamentally changed from it’s former days and continues to evolve with technological advances. We now use specially designed instruments and materials under magnification and illumination using an operating microscope and CBCT scans for case selection and treatment planning
S-12 An Innovative Approach to Endodontic Microsurgery Utilizing 3-D Printed Guides and Trephine BursContains 5 Component(s), Includes Credits
Speakers: Anibal Diogenes, D.D.S., M.S., Ph.D.;Jarom J. Ray, D.D.S.; James Wealleans, D.M.D. | The presentation includes cases in which surgical guides allowed teeth to be saved in anatomically complex scenarios, such as in a palatal approach for a maxillary 2nd molar.
S-11 Principles of Endodontic 3D Printing and Surgical Guide Design: Tools to Get StartedContains 5 Component(s), Includes Credits
Speakers: Michelle Giacomino, DDS; Julie A.. Anderson, D.M.D.| This course is designed to put 3D printing in endodontics into historical context and provide some of the tools necessary to bring 3D printing and surgical guide design into practice. A brief overview of how 3D printers work will be given, to include major differences between the various types of printers on the market.
S-1 Targeted Endodontic Microsurgery: This Changes EverythingContains 5 Component(s), Includes Credits
Speakers: Jarom Ray, D.D.S.; James A.. Wealleans, D.MD| The presentation contains substantial video footage and details the use of TEMS in several anatomically challenging scenarios, such as a mandibular second molar, and the palatal root of the maxillary 2nd molar. General concepts of digital workflow and stent design will be introduced and speculations about the future of 3D printing in endodontics will be discussed.
S-4 Advanced Approaches to Endodontic MicrosurgeryContains 5 Component(s), Includes Credits
Speakers: Adham A. Azim, BDS, Bertrand Khayat, DDS MSD| In this presentation, we will discuss the best evidence available regarding micro-surgical endodontics and factors contributing to its long term success. We will also present new considerations in dealing with complicated surgical cases to restore the supporting structure and provide a predictable outcome.
SP-10 Incision Techniques and Flap Designs in Endodontic MicrosurgeryContains 5 Component(s), Includes Credits
Speaker: Guillaume Jouanny, DDS| This presentation will address new concepts of incision techniques such as the crossed incision technique.
S-3 Optimized and Advanced Flap Designs in Endodontic SurgeryContains 5 Component(s), Includes Credits
Speaker: Christof Pertl, D.MD, MD, PH.D.|We will learn how to handle gingival recessions during endodontic surgery and how to incise when restored implants are in the immediate vicinity.
S-7 Intentional Replantation with Step-by-Step DemonstrationContains 2 Component(s)
Speakers: Samuel I. Kratchman, D.MD; Ya-Hsin Yu, D.D.S.|There will be many clinical cases shown, proving this to be a predictable procedure. Saving our patient’s natural teeth should still be the goal of any dentist. The latest systematic reviews posted in the Journal of Endodontics states an 89% success rate for replantations.
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