During this course, Dr. McIntyre will discuss radiology, an essential component of thediagnostic puzzle in endodontics. 2D radiographs have been helpful to aid in diagnosis andplanning. However, teeth, like the human body, are 3 dimensional, and limitations with 2D radiology exist. Ultimately, the use of 3D imaging/CBCT in endodontics is about avoidingsurprises, assessing prognosis, and having the information to treatment plan cases
most effectively for long-term restorative success. Studies have shown that endodontists change their treatment plan approximately 60% of the time when using 3D imaging vs. 2D imaging. A review showing how 3D imaging in employed in my practice will be reviewed with cases related to endodontics and restorative-diagnostic conundrums. Some examples of CBCT’s use in endodontics are identifying significant splits/branches on canals that don’t show on 2D; assessing the number, shape, and location of canals (commonly lower anteriors, premolars, and molars); locating and planning access to calcified/missed canals, angled/rotated teeth, crowned teeth or difficult anatomy; and more accurately measuring for location to a canal (depth, distance from other canals or structures, etc.). Additionally, CBCT can help to minimize incomplete endos (CDT D3332) -entering and finding a crack/perforation. 3D imaging also provides another diagnostic modality for more challenging patients (gaggers, special needs, etc.) and is a vehicle that can provide better patient communication reviewing the scan with the asymptomatic patient.
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Managing cracked teeth is undoubtedly one of the most challenging situations we can face in Dentistry. We often search to treat caries but if the restoration fails to restore the biomechanical integrity of the original tooth, we most likely will face much bigger and more detrimental consequences in cracks and fractures. To be able to confidently treat cracks, I will elaborate the biomechanics and histology of the natural tooth and explain the concepts of the BioRim and BioDome. After understanding these concepts one can mechanically analyse a restored tooth or a cavity and understand how to diagnose and treat each type of crack in an efficient way.
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This presentation explores the critical role of microscopy in adhesive dentistry, focusing on techniques for achieving precise deep margin elevation and biomimetic restorations in challenging defects.
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The dental microscope is not just a tool—it’s a transformative instrument that can redefine your practice, improve precision, and enhance patient care. Dr. Rashad Riman, one of the first dentists to openly advocate for the use of the dental microscope in all aspects of dentistry, shares insights from thousands of hours of documented restorative and surgical treatments. He is leading a movement to make the dental microscope an essential tool, not only for endodontic practices but for every dental practice committed to excellence. In this lecture, Dr. Riman will offer real-world guidance and practical strategies to integrate the dental microscope into your daily workflow, turning it into a cornerstone of clinical excellence and practice growth. Learn how to avoid common pitfalls, leverage the microscope to set yourself apart, and enhance your reputation for precision and patient-centered care.
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You’ll gain valuable insights into:
Whether you’re new to dental microscopy or looking to refine your approach, this lecture will provide actionable advice to help you harness the full potential of this technology. Join Dr. Riman as he shares his experiences and vision for a future where the dental microscope becomes a standard in all areas of dentistry, transforming practices and patient outcomes alike.
This presentation will focus on advanced endodontic retreatment techniques with the integration of the clinical microscope. Protocols of retreatment will be described using routine and complex cases. Clinical cases will demonstrate how magnification and illumination can significantly improve precision and efficiency in retreatment scenarios. Also, clinical outcomes and the limitations of the procedures will be discussed.
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The speaker has submitted eight papers on oral surgery and implant treatment using operative microscopes to the International Journal of Microdentristry, the official journal of JAMD, by 2024. From these, he will give a presentation on minimally invasive oral surgery and minimally invasive sinus approaches. Using a microscope allows for surgery that is gentle on the hard and soft tissues of the mouth under an enlarged field of vision. He will also explain the tools and positioning techniques required for these treatments.
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The treatment of peri-implantitis has become a significant aspect of a periodontal surgeon’s practice, and thus we now describe ourselves as “repair-o-dontists.” Dr. Levine will present his eight (8) Keys Checklist which he has successfully utilized since 2011 (Levine, Monje, Saleh, Dias, et al. Compendium 2025). This protocol emphasizes an individualized risk assessment for the implant site to be treated and follows a sequential 8-step checklist. It incorporates laser disinfection and combined therapy approaches (bone grafting and growth factors), building on a similar risk assessment and checklist published in Compendium (2023) as the “7 Keys for Treatment of Periodontal Intrabony Defects” and in Clinical Advances in Periodontology (2024).
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Exosomes are the smallest subset of extracellular signaling vesicles secreted by most cells in the range of 30–150 nm in diameter. They have gained enormous momentum recently for their ability to be utilized as diagnostic tools as well as for a vast array of therapeutic applications. More than 5,000 publications are currently being published yearly on the topic, and this number is only expected to dramatically increase as novel therapeutic strategies continue to be investigated. This session focuses on the understanding of exosomes including their cell origin, biogenesis, function, and characterization. Thereafter, an overview of their application in regenerative dentistry and medicine is presented, including its use as an adjunct to PRF therapy. In total, 113 research articles examined the use of exosomes for regenerative dental purposes.
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Implant dentistry is highly predictable, yet technical and biologic complications can compromise both esthetic and functional outcomes. Understanding the etiology of peri-implant complications for single and full-arch implant cases–including surgical positioning, patientrelated factors, and prosthetic considerations–is essential for prevention and effective management. This lecture will provide a comprehensive, evidence-based review of complications in both single and full-arch implant cases, highlighting key risk factors, diagnostic strategies, and treatment solutions. Participants will be provided with strategies to integrate digital workflows to enhance predictability and reduce risks. Clinical case presentations will illustrate key principles and provide actionable guidelines for improving long-term implant success.
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This lecture will cover the current evolution of esthetic monolithic ceramic materials highlighting their material and esthetic properties. This lecture introduces a concept called the “DIGITAL DENTAL TEAM” DDT for short. The concept DDT incorporates digital processes in the esthetic anterior workflow with all the clinical steps from case design, preparation techniques, and current adhesive materials and techniques, but with an analog “final touch” to the restorations to create an ideal individualistic customization of the surface textures and surface color. The “team” consists of digital scanning technology, digital printing, the dentist, the highest evolution of machinable monolithic materials, and an and a highly qualified technician who can apply the final artistic touch to make a believable restoration. I will touch on how I do final touch comprising of texture, colorize, glaze and polish to create a perception of a 3-d layered result.
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At the end of the lecture, each participant will understand:
Peri-implantitis has been receiving attention following recent studies that showed that it is highly prevalent and difficult to manage. Preventing peri-implant complications by providing professional in-office assessment, maintenance, and home-care recommendationsis vital. This lecture will provide the latest evidence -based implant maintenance protocols and information on peri-implant diseases with emphasis on the role that titanium particle release has in destructive bone inflammation around implants. Strategies for prevention and mitigation will be presented through clinical cases.
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The tunnel technique is a widely used procedure for root coverage, providing excellent blood supply to connective tissue grafts and achieving esthetic results. However, in cases of deep gingival recession, creating a tension-free tunnel and achieving coronal advancement can be difficult. To address these challenges, Sculean and Allen introduced the laterally closed tunnel technique in 2018, which reduces recession depth through horizontal suturing. This presentation highlights modified applications of the laterally closed tunnel technique, demonstrating its effectiveness in improving outcomes for deep gingival recessions.
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For decades, dental implants have been the gold standard for rehabilitating partially edentulous adult patients. It was traditionally believed that adult craniofacial structures were stable post-growth, allowing implant restorations to function within a static system. However, emerging evidence reveals that subtle yet significant craniofacial changes continue throughout adulthood, impacting occlusion, esthetics, and peri-implant health. This lecture will explore the effects of adult craniofacial growth on implant-supported restorations, shedding light on how these ongoing changes can lead to esthetic discrepancies, occlusal alterations, open contacts due to tooth migration, and potential periodontal complications. Participants will gain insights into risk assessment strategies, innovative treatment planning approaches, and corrective solutions for existing implant cases affected by late-stage craniofacial changes. Additionally, the course will introduce pre- and post-treatment checklists and a proposed classification system to enhance clinical decision-making and standardize future case reporting.
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The value of a compromised tooth to maintain the supporting bone and gingival tissues will be examined in the context of dental trauma. In both our adult and growing patients, dental trauma can result in tooth loss, a compromised periodontium and bone atrophy. The presentation will discuss protocols for tooth replantation, ridge maintenance, ankylosed teeth, and bone stabilization with tooth autotransplantation aimed at providing natural functional teeth and delaying dental implant placement.
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Periodontal therapy has traditionally revolved around scaling and root planing followed by surgical access when non-surgical treatment proved to be insufficient. Over the years, practitioners have sought new approaches in order to offer patients minimally invasive treatment options. This presentation details how periodontal endoscopy enables clinicians to provide extended subgingival treatment in a closed sulcus for improved treatment outcomes of periodontally diseased patients. As a result, clinicians can experience improved patient-centered benefits and satisfaction in their practices.
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Upon completion of this program the participant will be able to:
Sinus membrane perforation has been discussed in the literature and some techniques were proposed for managing this complication, Over the past decade, there has been much intrigue and interest regarding the use of dehydrated human de-epithelialized amnion-chorion membranes (ddACM) for various periodontal and oral surgical procedures. The unique biological properties of ddACM are what differentiate this biomaterial from others in its peer group. This lecture will discuss how ddACM can be used for Schneiderian membrane repair. The use of ddACM will be highlighted in a variety of cases utilizing proven and novel techniques.
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The role of any osseoconductive material in alveolar regeneration is to facilitate the formation of a stable repair of boney defects. Alloplasts have long been left in the rear-view mirror in the United States with the widespread availability of human and animal cadaveric tissue banks. Most surgeons chose to leave their use due to the inability of obtaining true bone formation. Carbonate Apatite has shown in studies that regeneration with alloplastic materials is possible and effective.
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Dental implants are a widely accepted solution for replacing missing teeth due to their high success rate in achieving osseointegration. However, with the increased number of implants being placed, there has been a significant rise in complications such as screw loosening, implant fracture, gum recession, and bone loss. These complications can occur at any stage of the treatment process. This presentation by Dr. Chang will explore how proper treatment planning, surgical techniques, and precise restoration fitting can help prevent these complications and the development of peri implantitis. Through a series of clinical cases, Dr. Chang will guide clinicians through both non-surgical and surgical peri implantitis treatment concepts. Key discussion points will include the importance of a multi-disciplinary approach in managing and preventing implant complications, the rationale for soft-tissue regeneration in conjunction with surgical peri-implantitis treatment, and prognostic factors associated with treatment outcomes.
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This presentation will provide valuable insights and practical approaches to effectively manage and prevent complications associated with dental implants.
Ridge augmentation has many clinical advantages in dental implant treatment, such as implant scope expansion, improvement of cleanability and aesthetic results. Out of the few methods to perform ridge augmentation, guided bone regeneration (GBR) is relatively simple and minimally invasive for the patient and is thus recommended. However, in the case of complications such as exposure, the expected bone formation may not be obtained and should be evaded. In this course, methods to achieve ridge augmentation with high predictability, and tips for tissue management will be presented.
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Poor metabolic health can cause irreversible damage to the periodontium. Dental Teams trained to identify oral signs of metabolic disease can offer the opportunity to partner with their patients to help them achieve optimal oral and wholebody health. Dental providers who identify oral signs of metabolic dysfunction can inform, educate and develop ideal dental health treatment plans that reduce risk for tooth loss and support patient’s overall health and longevity.
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Upon completion of this session, attendees should be able to:
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Soft tissue management in the anterior zone requires unparalleled precision to achieve both aesthetic excellence and long-term stability. The use of magnification in periodontics has enhanced precision, allowing for more predictable and refined outcomes in soft tissue augmentation, flap management, and wound closure. This lecture will explore microscope-enhanced microsurgical techniques, providing a high-definition perspective on achieving superior results. Through detailed clinical case analysis, step-by-step surgical protocols, and real-time magnified visuals, attendees will gain a hacker’s mindset to solve complex periodontal and peri implant soft tissue challenges with enhanced accuracy, predictability, and aesthetic outcomes.
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There is a saying that goes “you can’t see the forest for the trees.” It is very important to treat a single tooth precisely and accurately using a microscope. In addition, it is important to restore what has deteriorated as a whole mouth, not just individual teeth. In this presentation, we will introduce a case where an entire face was restored by using a microscope to look at the details.
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How to better use the dental microscope.
Learn to look beyond individual teeth and focus on the whole mouth.
Recently, major advancements were made in platelet rich fibrin therapy highlighted by the ability to extend the resorption properties from the standard fast-resorbing 2-3 week membranes towards an extended membrane that lasts 4-6 months. This talk will first focus on these recent advancements recently published in the Journal Periodontology 2000. Clinical indications and case series studies will be presented on various opportunities whereby collagen membranes can be entirely replaced by these autologous sources. Thereafter, their use as an all-natural facial filler (the BioFiller) will be discussed as replacement options to standard chemical fillers such as Restylane and Juvéderm. Lastly, exosomes, the smallest subset of extracellular signaling vesicles, have gained enormous momentum recently for their ability to be utilized as diagnostic tools as well as for a vast array of therapeutic applications. Over 5’000 publications are currently being published yearly on this topic and this number is only expected to dramatically increase as novel therapeutic strategies continue to be investigated. This talk will finish by focusing on the understanding of exosomes including their cell origin, biogenesis, function and characterization. Thereafter, an overview of their application in regenerative dentistry and medicine will be presented including their use as an adjunct to PRF therapy. In total, 113 research articles have thus far examined the use of exosomes for regenerative dental purposes. Therapeutic exosomes are most commonly derived from dental pulps, periodontal ligament cells, gingival fibroblasts, stem cells from exfoliated deciduous teeth, and apical papilla and have all been shown to facilitate the regeneration of a number of tissues, including bone, cementum, periodontal ligament, nerves, and temporomandibular joint disorders.
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Many companies have begun to market loupes that are more ergonomically friendly for dental professionals. However, training has been minimal at best. AMED is the world educational leader in High Magnification Dentistry. This course is the only course that will teach you the effective and beneficial ways to use these new loupes. Naked eye dentistry should be a thing of the past, the high rate of musculoskeletal disorders of 60-80% for dentists and the rate of early retirement from the profession due to limiting injuries or mental fatigue are a reality. Conventional loupes without an appropriate guide to adjust them to the individual dimensions of the user have been a limitation for the professional to acquire healthy work postures within the neutral. Currently there are ergonomic loupes on the market, which have revolutionized the high magnification market. These loupes came to solve the postural problems of many conventional loupes on the market and, in turn, generate a high optical quality to magnify and see better. Added to this, low-weight LED lighting systems, non-touch on and off, and video camera systems for live documentation bring this technology closer to the broad benefits already known in the dental microscope, but with a lower investment cost, portability and a much flatter, easier and faster learning curve to handle. In this course we will be able to address the proper use of these loupes and apply it in the office with a systematic approach to simplified positioning, starting from the biomechanics of the human body to working with four hands to perform better, without suffering from it.
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This advanced-level course is designed for clinicians seeking to elevate their restorative techniques in the most challenging scenarios. Through a comprehensive focus on Deep Margin Elevation (DME) and thermomodified luting protocols, participants will explore refined techniques for managing deep subgingival margins and complex anatomical situations.
A key component of this course is that all clinical demonstrations and hands-on exercises will be performed under the dental microscope. This allows participants to fully appreciate the role of magnification in precision, tissue respect, and adhesive control—hallmarks of modern restorative excellence.
Participants will learn how to effectively use copper bands and variable matrix thicknesses to navigate and restore deep defects with clarity and control. Emphasis will be placed on biologically respectful approaches to tissue and margin management.
All participants will receive a set of copper bands to take home, allowing them to implement the techniques directly into their own clinical workflows.
The course also explores the technique and science behind thermomodified luting using pre-heated composite resins, showcasing how this method can dramatically improve adaptation, bond strength, and longevity of indirect restorations—surpassing traditional luting materials in many cases.
This microscope-enhanced course offers a powerful fusion of visual precision, clinical confidence, and cutting-edge adhesive strategies for clinicians who demand the highest standards in restorative dentistry.
By the end of this course, participants will be able to:
