CE Hours: 1.0

Description: Selective root canal retreatment (sRCR) offers a minimally invasive alternative to full retreatment by addressing only diseased roots while preserving healthy ones. This webinar will explore the clinical efficacy, benefits, and risks of sRCR, with a focus on tooth preservation, fracture resistance, and cost-effectiveness. Participants will gain practical insights into integrating this philosophy into daily practice.

Learning Objectives: 

• Describe at least two key findings on the clinical efficacy of selective root canal retreatment (sRCR) compared to full retreatment.
• Analyze how sRCR contributes to tooth preservation and fracture resistance
• Compare the relative cost-effectiveness of sRCR versus full root canal retreatment, identifying at least one patient-centered and one practice-centered implication.

CE Hours: 1.5

Description: Systemic diseases and the medications used to treat them play an important role in the incidence and prevalence of endodontic disease and in the healing following endodontic treatment. This presentation will examine recent data on chronic systemic medications and outline important considerations for clinicians as they discuss the treatment plan and prognosis with patients and interact with other health providers regarding the optimal care of the patients.

Learning Objectives:  

• Describe the level of evidence in the literature on the association of systemic medications and endodontic diseases and their treatment outcomes.
• Describe systemic medications with potential effects on endodontic case incidence and presentation
• Describe systemic medications that may influence the outcome of endodontic treatment.

CE Hours: 0.75

Description: Apical periodontitis (AP) in a natural tooth may jeopardize the health of adjacent dental implants, potentially leading to retrograde peri-implantitis (RPI). Both conditions arise from bacterial infections, underscoring the importance of effectively managing AP to prevent implant-related complications. This presentation explores treatment strategies for teeth with AP near implants, emphasizing infection control and RPI prevention through clinical case examples. A key approach involves performing endodontic microsurgery on the affected tooth while simultaneously placing the adjacent implant. This combined technique minimizes surgical interventions, reduces overall treatment time, and lessens patient trauma while effectively preventing RPI. In cases where RPI does develop, timely intervention - whether surgical or non-surgical root canal treatment, with or without implant apical surgery - can restore periapical health in both the natural tooth and the implant.

Learning Objectives:  

• Discuss the shared etiology and pathogenesis of apical periodontitis (AP) and retrograde peri-implantitis (RPI).
• Discuss the strategies to minimize the risk of RPI in implants adjacent to teeth affected by AP.
• Discuss treatment approaches for managing RPI in implants near AP-affected teeth.

CE Hours: 0.75

Description: The presentation will discuss the challenges in diagnosis and treatment planning of Endo-perio lesions. It will then discuss the importance of communication and collaboration between the endodontist and the periodontist in the attempt to save teeth. The role of guided bone regeneration during apical surgery - techniques and indications - will be reviewed as well as the manipulation of soft tissue in the management of resorptive lesions. This lecture will present the conversation and treatment planning of joined surgical procedures to ensure maximum patient benefit.

Learning Objectives:  

• Describe indications for guided bone regeneration during apical surgery.
• Discuss case selection for periodontal intervention before/during/after endodontic treatment
• Analyze periodontal prognosis when combined with endodontic treatment

CE Hours: 1.25

Description: The systemic connection in the daily practice can have a significant impact on the management of root resorption. This presentation will discuss diagnostics, clinical interventions and alternatives for treatment of external resorptive defects based on the best available evidence while focusing on favorable patient centered outcomes.

Learning Objectives:  

• Guide the clinician through a plethora of interventions for external root resorption supported by the best available evidence.
• Recognize the impact of the systemic connection on the management of external resorption.
• Apply recent technologies in treatment planning to provide favorable patient-centered outcomes.

CE Hours: 1.25

Description: In today's climate of skepticism toward traditional expertise, how healthcare professionals communicate is more critical than ever. This course explores the evolving role of the expert in patient care, focusing on how patients perceive and respond to the information we present. With increasing emphasis on "doing your own research," the course addresses strategies to rebuild public trust through clarity, empathy, and collaborative decision-making. Attendees will learn evidence-based techniques to frame clinical recommendations in a way that fosters shared understanding and empowers patients without diminishing the clinician's role. By refining how we present information, clinicians can reestablish credibility and enhance patient outcomes through genuine partnership.

Learning Objectives:  

• Identify key factors contributing to the public's declining trust in experts and the healthcare system.
• Recognize common cognitive biases that affect how both patients and practitioners interpret information.
• Apply practical strategies for simplifying complex clinical data to enhance patient comprehension and support informed, shared decision-making.

CE Hours: 0.75

Description: The diagnostic limitations in endodontics have historically impeded clinicians' ability to accurately visualize complex root canal structures. Two-dimensional imaging diagnostics fail to capture the complex structures essential for developing optimal treatment plans. We introduce a novel mobile extended reality (XR) platform that integrates Cone-Beam CT (CBCT) data with cloud-based technology to enable real-time three-dimensional visualization during endodontic procedures. This platform leverages mobile XR technology, allowing clinicians to use standard portable devices (smartphones/tablets) to overlay high-resolution 3D AR models of maxillofacial structures and root canal systems onto the surgical field. The system, through cloud connectivity, facilitates seamless integration of pre-operative CBCT data with intraoperative visualization, enhancing both non-surgical and surgical endodontic procedures. Clinical implementation across multiple cases has demonstrated significant improvement in anatomical understanding and procedural precision. Clinicians exhibited enhanced ability to navigate complex root canal systems and accurately locate surgical sites. The 3D visualization of CBCT data through 3D AR models enabled unprecedented spatial awareness during microsurgical procedures. This mobile XR platform represents a paradigm shift in endodontic practice by transcending the limitations of conventional imaging modalities. The mobile extended reality (XR) platform, accessible from common mobile devices, facilitates widespread adoption across various clinical settings and educational environments.

Learning Objectives:  

• Describe how the integration of Cone-Beam CT data with mobile extended reality (XR) technology overcomes traditional diagnostic limitations in endodontic practice.
• Explain how real-time 3D visualization enhances endodontic procedures by improving navigation of complex root canals and surgical site identification.
• Evaluate the potential impact of cloud-connected mobile XR platforms on procedural precision, clinical accessibility, and educational applications in endodontics.

CE Hours: 1.0

Description: Endodontically treated teeth present unique restorative challenges, from compromised adhesion and structural weakness to long-term coronal seal integrity. This session will highlight how innovative restorative materials, including bioactive resins, fiber-reinforced composites, and nanostructured technologies, are being utilized to enhance clinical strategies and improve patient outcomes. Attendees will gain an evidence-based perspective on how these advances can move restorations from vulnerable to predictable and durable.

Learning Objectives:  

• Recognize the adhesive and biomechanical challenges in restoring endodontically treated teeth and their impact on long-term success.
• Evaluate the current evidence on bioactive, fiber-reinforced, and nanostructured restorative materials in terms of adhesion, fracture resistance, and durability.
• Apply evidence-based strategies to select and integrate restorative materials into clinical treatment planning for predictable outcomes.

CE Hours: 1.25

Description: Traditional definitions of endodontic care often emphasize localized treatment goals while neglecting broader impacts on systemic health and quality of life. A more comprehensive, patient-centered approach-aligned with the principles of P4 Medicine (predictive, preventive, personalized, and participatory)-may enhance the efficacy, accessibility, and relevance of endodontic therapy.Pulpal disease affects an estimated 30% of the global population, with substantial unmet treatment needs resulting in pain, tooth loss, and diminished daily function. While standardized competencies and technical quality measures guide clinical care, evolving concepts of oral health call for broader success criteria-incorporating patient-reported outcomes and long-term wellness.The integration of P4 principles into endodontic care encourages a proactive shift: predictive diagnostics can help identify individuals at elevated risk; preventive strategies, including minimally invasive care and public health initiatives, may reduce disease incidence; personalization of treatment based on genetics, behavior, and health history enhances clinical precision; and participatory care empowers patients through shared decision-making and education.Yet, significant barriers remain. The high cost of specialist training and inequities in access to care limit the global scalability of these approaches. Expanding educational opportunities, incorporating dental auxiliaries, and leveraging emerging technologies are essential for closing these gaps.This presentation will examine the relationship between endodontic disease and general health, evaluate how evolving treatment goals inform clinical decision-making, and explore practical strategies for implementing P4 concepts in diverse care settings to support lifelong oral health.<br/><br/>

Learning Objectives:  

• Discuss the global burden of endodontic disease and its impact on systemic health and quality of life.
• Apply patient-centered and P4-based principles to guide endodontic treatment planning and outcome assessment.
• Identify barriers to delivering optimal care globally and explore models to enhance access, efficiency, and equity.

CE Hours: 1.5

Description: Digital dentistry is rapidly evolving, and endodontic surgery is at the forefront of this transformation. While CBCT remains a cornerstone of diagnosis and planning, new technologies are reshaping the surgical workflow from visualization to execution. This lecture will showcase how tools such as 3D printing, digital planning software, and immersive platforms like augmented and virtual reality can enhance precision, improve clinical confidence, and expand treatment possibilities. Using case examples and practical workflows, we will explore how these technologies integrate into daily practice, helping clinicians deliver safer, more predictable, and patient-centered surgical care

Learning Objectives:  

• Describe how digital planning tools complement traditional CBCT imaging in surgical case assessment.
• Explain the role of 3D printing and virtual surgical simulation in enhancing precision and safety.
• Assess the clinical benefits and limitations of adopting digital technologies for targeted microsurgical procedures.