AAE Online CE
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NS-30 Can Endodontically Treated Teeth Last a Lifetime?Contains 5 Component(s), Includes Credits
Alan H. Gluskin, D.D.S. Preservation of the natural dentition has always been the most desired outcome in the practice of dentistry and a key factor in systemic and oral health. Endodontists and our allied restorative colleagues believe the restoration of oral health and function has, at its foundation, the reversal of disease and retention of natural teeth, with the goal of functioning for a lifetime. Is function for a lifetime realistic when a tooth has received endodontic therapy? What do we know about the biology of dentin behavior after our procedures and how should we think about those factors that limit structural longevity of the dentin? Is "minimally invasive endodontics" just a buzzword or does it offer real potential? Can advancing technology help us assess structure? Our critics are often poised to describe our endodontic procedures as "weakening." Yet the evidence within our own discipline argues the contrary. This presentation will discuss the influences and stresses of endodontic therapy and reflect upon the principles of dentin preservation in stabilizing load transfer to roots without compromising disinfection.
SP-14 Pulp Regeneration: Challenges in Microbial ControlContains 5 Component(s), Includes Credits
Sahng Gyoon Kim, D.D.S., M.S. The regeneration of the pulp-dentin complex requires high-level disinfection of the root canal system prior to the application of tissue engineering principles. Indeed, previous work showed that the presence of microorganisms in the root canal system altered the patient’s innate regenerative capacity, resulting in ectopic tissue formation or a failure in regeneration. Current disinfection methods rely heavily on conventional antimicrobial irrigants and intracanal medicaments, including antibiotics and calcium hydroxide. However, there is palpable uncertainty about the efficacy of traditional microbial control for pulp regeneration. New disinfection tools, such as antibacterial nanoparticles and photoactivated disinfection, have been developed and investigated to overcome the limitations of traditional methods. This lecture will provide the current knowledge of antimicrobial treatment for pulp regeneration and its limitations as well as new antimicrobial therapies for enhanced disinfection. Additionally, the potential use of new disinfection methods in clinical regenerative endodontic treatment will be discussed for practitioners.
SP-21 Evaluation of Efficacy of a New Tridimensional Instrumentation System in the Reduction of the Bacterial Load in the Root Canal System and SP-33 Systematic Approach Techniques to Find Difficult and Calcified CanalsContains 9 Component(s), Includes Credits
SP-21: Speaker: Mario F. Leon, D.D.S. A newly designed rotary file is available (XP Endo) for which the manufacturer states that, based on the shape memory principles of NiTi alloy and its capacity to expand, the new tridimensional instrumentation system is able to treat root canals with highly complex morphologies. The instrument has more contact area with the benefit of keeping the original shape of the root canal. SP-33: Speaker: Andrei Berdichewsky, D.D.S. Finding all canals on the root canal system is a key factor for the outcome of the endodontic treatment. In this presentation, different techniques and clinical tips to help clinicians to find difficult and calcified canals while preserving dentin structure will be discussed in detail.
SP-33 Dentin Conservation in Endodontics: What We've Learned in the Last Five Years & SP-34 The Effectiveness of Different Cleaning & Disinfection Methods in Reducing Bacterial Load in Infected Root Canals, as Revealed by QPRCContains 9 Component(s), Includes Credits
SP-33: Speaker: Eric J. Herbranson, D.D.S., M.S.(C). This course is designed to be an update to my 2012 presentation on dentin conservation in endodontics which was the first to introduce to the associations members the modern principals and rational behind dentin conservation with its benefits to tooth strength and improved tooth survival. We will build on that lecture and highlight what we have learned the last five years. SP-34: Duo Zhang, D.D.S. Maximal reduction of microbial load in the infected root canals is a key goal in endodontics. The presentation summarizes past achievements and developments in antibacterial methods and describes recent advances in strategies to completely eliminate microbial presence in the root canals.
SP-16 How Safe Are Your Endodontic Procedures?, SP-17 Can the Study of the Endodontic Microbiome Provide Clinically-Relevant Data? & SP-9 Innovations in Endodontic Irrigation: Deciding What is Practical for Your PracticeContains 13 Component(s), Includes Credits
SP-16: Speaker: Bettina R. Basrani, D.D.S., Ph.D. Root canal irrigation plays an important role in the debridement and disinfection of the root canal system. The goal of irrigation is to remove pulp tissue and/or microorganisms from the root canal system. SP-17: Speaker: Ashraf F. Fouad, D.D.S., M.S. Comprehensive analysis of endodontic bacteria would allow the practitioners to identify the virulent organisms present, determine the source of infection and tailor the therapeutic approaches to the specific pathogens. Novel advances in sequencing technologies allow this comprehensive approaches to endodontic microbiology, and allow the determination of how it is affected by treatment and how it may affect or be affected by microbiomes in other sites. SP-9: Speaker: Brett Gilbert, D.D.S. Throughout our endodontic history we have been striving for better techniques and devices to completely cleanse root canal systems. This presentation will examine the evidence basis behind the innovative devices and a realistic approach to implementing new irrigation technology into your practice.
CEX-11 Stimulating Healing and Tissue Repair with Low Level Laser Therapy (LLLT) – An Endodontist’s Perspective & CEX-12 Physical Properties and Crack Propagation in Young and Old Mineralized Dental Tissues (Preview)Contains 9 Component(s), Includes Credits
CEX-11: Speaker: Justin R. Kolnick, B.D.S. Laser therapy in dentistry is usually associated with removal of hard or soft tissues, or disinfection of the root canal system. LLLT is a laser or LED light therapy that improves tissue repair (skin wounds, muscle, tendon, bone, nerves), reduces inflammation and reduces pain wherever the beam is applied. CEX-12: Speaker: Dwayne D. Arola, Ph.D. This presentation will address the mechanical behavior of dentin, with special emphasis on the strength and fracture resistance. Details regarding spatial variations in the mechanical behavior within the root and crown will be described, as well as the changes that occur as a result of physiological aging.
CEX-4 Finding the 4th Canal and Hoping There Isn't a 5th or 6th! and CEX-5 Dentin PreservationContains 9 Component(s), Includes Credits
CEX-4: Speaker: James L. Gutmann, D.D.S. A brief look at our historical roots will verify that these anatomical variations have been well known for over 100 years. This presentation will explore all aspects of this contemporary, perceived discovery. CEX-5: Speaker: Eric J. Herbranson, D.D.S., M.S. This course will review the rationale for dentin preservation in conventional endodontic therapy. It will argue that conserving dentin results in stronger teeth, improved fracture resistance and more tooth retention.
NS-2 Preserving What Matters: New Technologies and Approaches to Dentin ConservationContains 5 Component(s), Includes Credits
Speaker: George A. Bruder, D.M.D. This course is designed for endodontists who want to incorporate the latest science-based treatment and enhance their knowledge of dentin conservation and restoring endodontically treated teeth. Root canal treatment is a key way to save teeth that otherwise might have to be extracted. However, the impact of traditional RCT techniques can weaken teeth, leaving them susceptible to subsequent fracture. This course explores the implications of recent research into endodontic access and instrumentation. The attendee will learn how to conform to the natural morphology and disinfect the canal while retaining more dentin. These techniques allow the body a chance to heal itself, while at the same time lowering the risk of post-endodontic stress-related tooth fractures.
Dentin Conditioning with Bioactive Molecule Releasing Nanoparticle System Enhances Adherence, Viability, and Differentiation of Stem Cells from Apical PapillaProduct not yet rated Contains 4 Component(s), Includes Credits
Authors: Suja Shrestha, M.Sc., Ph.D., Calvin D. Torneck, D.D.S., M.S.., Anil Kishen, B.D.S., M.D.S., Ph.D. Temporal-controlled bioactive molecule (BM) releasing systems allow the delivery of appropriate concentration of BM to enhance the interaction of stem cells to dentin matrix and subsequent odontogenic differentiation in regenerative endodontics.
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