Biomimetic Dental Materials
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14 Results
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Includes Credits
CE Hours: 1.5
Description: Regenerative endodontics has been recognized as a unique protocol in the practitioner's armamentarium to harness the regenerative potential of periapical tissues, facilitating continued root development and regeneration of the dentin-pulp complex, particularly in immature necrotic teeth. Preclinical and clinical research have significantly enhanced our understanding of the key factors contributing to success and failure. In this presentation, we will share the most recent data and protocols for regenerative endodontics, as well as emerging tissue engineering technologies aimed at regenerating lost tissues. Dr. Botero will discuss the clinical rationale and protocols in regenerative endodontics, along with clinical evidence, outcomes, and limitations of these protocols. Dr. Bottino will then explore the current status and clinical potential of tissue engineering in endodontics, including applications in regenerative endodontics and vital pulp therapy, ongoing materials and technologies, preclinical and translational research, as well as barriers and opportunities.
Learning Objectives:
- Describe the fundamental principles and clinical protocols of regenerative endodontic procedures (REP), with emphasis on the latest evidence and outcomes and identify and analyze the clinical factors that influence the success and limitations of REP, including practical considerations for implementation and follow-up.
- Compare and contrast conventional REP with modern tissue engineering technologies in terms of clinical potential, translational hurdles, and future impact on patient care.
- Compare and contrast conventional REP with modern tissue engineering technologies in terms of clinical potential, translational hurdles, and future impact on patient care. the audience will be also able to recognize the key challenges and opportunities in advancing from current regenerative protocols toward fully functional tissue engineering solutions for endodontic regeneration.
Tatiana M. Botero, D.D.S., M.S.
TATIANA MA. BOTERO D., DDS, MS Diplomate American Association of Endodontics Clinical Professor Cariology, Restorative Sciences and Endodontics Department School of Dentistry, University of Michigan Dr. Botero received her dental degree from CES University in Medellin, Colombia. She then completed specialty training in Endodontics at Pontificia Universidad Javeriana in Bogotá, Colombia, and went on to earn an advanced Specialty Certificate in Endodontics from the University of Michigan. Dr. Botero began her academic career as a Clinical Assistant Professor at CES University, alongside managing her private practice in Colombia. In 2001, she joined the University of Michigan, where she is currently a full-time Clinical Professor, teaching Endodontics to both undergraduate and graduate students. She served as director of the dental postgraduate fellowship program in Endodontics from 2017 to 2022, and continues to practice Endodontics at a private dental clinic in Michigan. In 2012, Dr. Botero became a Diplomate of the American Board of Endodontics. She joined the Regenerative Endodontic Committee of the American Association of Endodontists in 2013, served as chair from 2014 to 2020, and resumed that role for 2024-2025. She was also president of the Pulp Biology and Regeneration Group (2016-2017) of both the American Association for Dental Research and the International Association for Dental Research. Dr. Botero has authored and co-authored numerous peer-reviewed scientific articles and book chapters.
Disclosure(s): No financial relationships to disclose
Marco Bottino, D.D.S., Ph.D., M.Sc.
Dr. Bottino is the Robert W. Browne Endowed Professor of Dentistry in the Department of Cariology, Restorative Sciences, and Endodontics (CRSE) at the University of Michigan School of Dentistry (U-M). He is currently the Director of Research in CRSE and the Director of the Postgraduate Program in Regenerative Dentistry at U-M. As a principal investigator, Marco has received research grants related to regenerative medicine from the National Institutes of Health (NIH), foundations, and private industry. He has received the International Association for Dental Research (IADR) Centennial Emerging Leader Award and was the recipient of Young Investigator Awards from the IADR Pulp Biology and Implantology Research Groups and a prestigious Mentored Clinical Scientist Research Career Development Award from the National Institute for Dental and Craniofacial Research at NIH. He also serves as the reviewer for more than 30 journals in regenerative medicine and biomaterials, and, between 2018 and 2023, served as a standing member of the Musculoskeletal and Tissue Engineering (MTE) study section for the NIH. Marco is an elected Fellow of the Academy of Dental Materials (ADM) and a board member. The present study was conducted under Dr. Bottino's surveillance.
Disclosure(s): No financial relationships to disclose
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Includes Credits
CE Hours: 1.0
Description: Advanced endodontic treatment techniques designed to retain severely compromised teeth otherwise destined for extraction and implant therapy will be presented. The focus will be on advanced endodontic options that preserve the compromised or failing dentition. Methods to improve endodontic success will be discussed. Advanced endodontic repair options will make you take a second look at implant therapy and be more confident deciding when to save or replace.
Learning Objectives:
- Discuss effective repair procedures used by the endodontic professional on new and existing perforations.
- Perform canal disinfecting procedures and also compare the effectiveness and practicality of current technologies
- Describe how endodontics can overcome and resolve common procedural complications on severely compromised teeth, and when to preserve teeth when treating radicular fractures.
Mario E. Abdennour, D.MD, M.M.Sc
Mario E. Abdennour, DMD, MMSc, FICD Dr. Abdennour received his Doctor of Dental Medicine degree in 1989 from Washington University School of Dental Medicine where he received the “Outstanding Clinical Ability†award. Following his dental degree, he attended a postgraduate general practice residency at a U.S.C. affiliated hospital in California. In 2000 he received his specialty certificate in endodontics, as well as a Master in Medical Sciences in Oral Biology from the Advanced Graduate Endodontic Program at Harvard University School of Dental Medicine. During his specialty program he also trained in surgical endodontics at the Karl Franz University Hospital in Austria. Upon graduation from Harvard, he received the Krakow Award for Clinical Proficiency in Endodontics. In addition, Dr. Abdennour has conducted endodontic research at the Forsyth Dental Institute in Boston contributing to the patent of an Endodontic Intra-canal therapeutic agent. As a co-inventor, he holds a patent for an endodontic PPE dental and ophthalmic microscope barrier. He lectures nationally and internationally in English, French and Spanish at state dental meetings, conventions, dental schools and endodontic programs also demonstrating live endodontic surgery. Since 2000, Dr. Abdennour has held a faculty appointment as a clinical instructor/lecturer at the Advanced Graduate Endodontic Program at Harvard where he teaches micro-surgical and non-surgical endodontics. Dr. Abdennour has been the President and Chairman of two component Dental Societies in New England. Dr. Abdennour is Past President of the Massachusetts Association of Endodontists.. He was recently the recipient of an esteemed part-time faculty award from Harvard University's Department of Restorative Dentistry and Biomaterials Sciences. Dr. Abdennour enjoys traveling, international cuisine, reading history and spending time outdoors with his family.
Disclosure(s): MyScopeshield.com: Ownership Interest (stocks, stock options, patent or other intellectual property or other ownership interest excluding diversified mutual funds) (Ongoing)
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Includes Credits
CE Hours: 0.75
Description: Clinicians face complex treatment decisions every day, often guided by their personal experience and established protocols. However, in endodontics, some of the most critical and challenging choices are the proper selection of biomaterials, particularly new-generation sealers and cements. With a constant influx of products and aggressive marketing, practitioners must navigate not only how to use these materials, but also which material should be used for each clinical case and whether their use is scientifically justified. This session will present a clinically grounded decision-making framework to simplify the selection process. By applying evidence-based criteria to biomaterial choice, endodontists can improve clinical outcomes and preserve teeth that might otherwise be deemed unsalvageable.
Learning Objectives:
- Describe the physicochemical and biological properties of endodontic biomaterials.
- Discuss how the physicochemical and biological properties of the endodontic biomaterials will influence their clinical behavior.
- Develop a decision-making tree for the utilization of biomaterials during a clinical case.
Philip Michaelson, MS, DMD
Dr. Philip Michaelson is an assistant professor in the Department of Endodontics and the Graduate Endodontic Program Director. He earned his undergraduate Bachelor of Arts degree in biology from Johns Hopkins University and his Master of Science degree with research on the physiology of ageing from Southern Methodist University. He received his dental degree from the University of Pennsylvania School of Dental Medicine and his certificate in endodontics from the University of Michigan School of Dentistry. He completed his American Board of Endodontics certification in April 2005 and maintains a faculty practice limited to endodontics. Dr. Michaelson worked as an associate doctor in the northern suburbs of Detroit, Michigan for a year and a half prior to starting his own solo endodontic practice outside of Cleveland, Ohio. A native Texan, he comes to the University of Pittsburgh after 24 years of private practice. Dr. Michaelson has been on the scientific advisory board for the Journal of Endodontics since 2006. He is also a moderator for Endolit, an endodontic discussion board.
Disclosure(s): No financial relationships to disclose
Leticia Chaves de Souza, DDS, MS, PhD
She is an Associate Professor in the Department of Endodontics and the Director of Predoctoral Endodontics at the University of Pittsburgh School of Dental Medicine. She earned her dental degree and a certificate in Endodontics from the Federal University of Rio de Janeiro, Brazil. She also obtained a certificate in Endodontics from the University of Texas Health Science Center at Houston. In addition, she holds a Master's degree in Endodontics and a Ph.D. in Materials Science. Her research focuses on the physicochemical, mechanical, and biological properties of endodontic materials and instruments, as well as on elucidating the molecular mechanisms underlying apical periodontitis. She has published nearly 40 peer-reviewed manuscripts in Endodontics and one book chapter on endodontic filling materials.
Disclosure(s): No financial relationships to disclose
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Includes Credits
CE Hours: 1.25
Description: For generations, endodontists have been taught that the goal of obturation is to hermetically seal the root canal system-blocking microbial reinvasion and promoting periapical healing. But in today's world, where social media often glorifies radiographic aesthetics over biological function, have we drifted from our true purpose? In this presentation, Dr. Allen Ali Nasseh takes attendees on an inspiring journey through the history of obturation-from early scientific principles to modern techniques-reframing its core purpose around biology and mechanics rather than imagery. Looking ahead, emerging technologies promise greater precision and customization, while regenerative approaches may redefine the very goals of endodontics. Dr. Nasseh challenges clinicians to embrace these innovations in light of the disease model's established scientific principles, while resisting the pull of radiographic artistry.By exploring obturation's past, assessing its present, and projecting its future, this session equips attendees with evidence-based strategies to achieve functional, durable seals-ensuring clinical success in an era where truth must prevail over marketing trends.
Learning Objectives:
- Recognize how shifting philosophies have influenced clinical decision-making over time.
- Become familiar with the evolution of Endodontic obturation materials and techniques from the past to the present.
- Explore emerging technologies and regenerative approaches that may redefine endodontic goals.
Allen Ali. Nasseh, D.D.S., MMSc.
Dr. Allen Ali Nasseh received his Doctor in Dental Surgery (DDS) degree from Northwestern University Dental School (Chicago, IL) in 1994 and completed his postdoctoral endodontic training at Harvard School of Dental Medicine in 1997, where he also received a Masters in Medical Sciences (MMSc) degree in bone biology. He is a senior Clinical Instructor and lecturer in the Post-doctoral endodontic program at Harvard School of Dental Medicine since 1997 and the former Alumni editor of the Harvard Dental Bulletin. He was the president and Chief Executive Officer for Real World Endo.
Disclosure(s): Brasseler USA: Honorarium (Terminated, October 31, 2024), Royalties from multiple product developments. (Terminated, October 31, 2024)
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Includes Credits
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.
Mary Anne Melo, D.D.S., MSc
Dr. Mary Anne S. Melo is an internationally recognized leader in dental materials science, clinical research, and academic leadership. She serves as Chair of the Department of Comprehensive Dentistry and Director of the Division of Operative Dentistry and Cariology at the University of Maryland School of Dentistry (UMSOD). With over two decades of clinical, research, and educational experience, Dr. Melo has made sustained contributions to dental biomaterials innovation, faculty development, and translational research in cariology and operative dentistry. She has authored over 200 peer-reviewed publications, several of which have received awards such as the IADR William J. Gies Award for Biomaterials Research. As a principal investigator and co-investigator on multiple grants, she leads projects that bridge fundamental research with clinical impact. Her scholarship addresses critical issues such as recurrent caries, restoration longevity, and minimally invasive dentistry.
Disclosure(s): No financial relationships to disclose
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Includes Credits
CE Hours: 0.75
Description: Once the root canal is finished, what is next? Dr. Ferris-Wong will discuss the positive impact that restoring endodontically treated teeth (with cores or post and cores) can have on the modern day endodontic practice. If you are thinking about starting to do post-endo restorations, or have been doing them for years, this presentation will touch on many different restorative situations and techniques.
Learning Objectives:
- Assess the need for a core or post and core in an endodontically treated tooth.
- Create a clean surface for a post and core or core, use matrix (as needed) and prep the tooth for bonding.
- Place a post and core or core well, without voids, and with an esthetic surface (for esthetic areas, or when filling the access cavity of teeth with permanent restorations already in place.
Cami Ferris-Wong, D.D.S
Dr. Cami Ferris-Wong attended UC Santa Barbara where she graduated with High Honors in Biopsychology. During her years there, she developed an interest in dentistry and worked part-time as a dental assistant in a local endodontic office. While in dental school at UC San Francisco, she became more passionate about the specialty of endodontics and decided to pursue a post-doctoral degree. Cami then spent two years at Boston University under the tutelage of Dr. Herbert Schilder to receive her Certificate of Advanced Graduate Studies. She became a Diplomate of the American Board of Endodontics in 2009. <br /><br /><br />Soon after moving back to Santa Barbara in 2000 to begin private practice, she aided the Santa Barbara Neighborhood Clinics in Fund Development to complete the Eastside Neighborhood Dental Clinic and she continues to support the programs there and treat underserved patients. She served on the local Dental Society Board for several years and continues to give to the Dental Society Foundation. She is a co-founder of Santa Barbara Women in Dentistry, a Founding Board Member of the Schilder Institute for the Advancement of Endodontics, and participated in the local chapter of the Spears Dental Study Club. She is currently developing a Dental Assistant Pathway at the local high school for their Health Careers Academy, aiming to increase the number of dental auxiliaries in the area. <br /><br /><br />Cami is a top 10 contributor on AAE Discussion Open Forum, has been a guest on The Ruddle Show, and has been a presenter at BU Endodontic Alumni Meetings as well as local dental meetings.
Disclosure(s): No financial relationships to disclose
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Includes Credits
CE Hours: 0.75
Description: Many teeth that Endodontists encounter have challenging “Endo-restorative-perio” issues. These include teeth with deep sub-gingival caries, cracks, resorptions, and coronal micro-leakage. Many clinical "tips and tricks" will be discussed in this presentation in order to successfully and predictably save these teeth long-term. Deep margin elevation for subgingival carious teeth, crack dissection, non-surgical resorption repair and many other techniques will be discussed.
Learning Objectives:
- Describe “deep margin elevation" technique and its role in reducing the need for surgical crown lengthening.
- Discuss techniques to treat resorption defects successfully.
- Perform preendo and postendo buildup with adhesive techniques that reduce the need for post placement.
Robert Salehrabi, D.D.S.
Dr. Salehrabi received his dental degree from the State University of New York at Buffalo in 1992 and practiced as a restorative dentist for 10 years prior to his advanced endodontic residency at the University of Southern California School of Dentistry.
His research articles have been published in the Journal of Endodontics, OOOOE and other peer-reviewed dental journals, and he is the recipient of the International Federation of Endodontic Associations' Research Award.Disclosure(s): Septodont North America: Honorarium (Ongoing)
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Includes Credits
CE Hours: 1.5
Description: The restoration of endodontic access cavity and subsequent build-up is a task which would historically be granted to referring general dentist or restorative dentist. Endodontists would have traditionally more surgical background with limited restorative skills. Nevertheless with the onset of adhesive protocols and techniques it is far more advantageous for the endodontist to be able to seal and rebuild the tooth core immediately after any procedure inside or near pulpal cavity - may it be RCT, NS-RCRT or vital pulp therapy. The presentation will guide through current possibilities to securely close and restore any core defect. Due to specific nature of the endodontic access cavity, great care must be paid to dentin adhesion and resin composite shrinkage issue. Outcome of such action will result in immediate seal of the root canal system and steady stress distribution within the remaining hard dental tissues.
Learning Objectives:
- Identify clinically relevant factors of adhesive postendodontic treatment
- Indicate the need to use a fiberpost or other form of resin composite during adhesive postendodontic treatment
- Describe in detail the single session procedure steps of adhesive buildup.
Daniel Cerny, MUDr., PhD
Daniel Cerny (*1974) has received his dental degree at the Charles University, Medical School in Hradec Kralove, Czech Republic (1998). Doctorate degree earned at Palacky University in Olomouc in 2018 with the topic of adhesive post-endodontic treatment.
Part-time faculty member at Palacky University Olomouc (2019-2021). Previously an assistant professor at Charles University, Medical School in Hradec Kralove at the Dpt of Conservative Dentistry and Endodontics (1998-2007).
Private practice in Hradec Kralove limited to endodontics and adhesive dentistry since 2001.
Immediate Past President of the Czech Endodontic Association (CES) 2015-2023.Disclosure(s): Micerium: Speaker/Honoraria (includes speakers bureau, symposia, and expert witness) (Ongoing)
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Includes Credits
CE Hours: 1.5
Description: Teeth with mature apexes, necrotic pulps, and periapical lesions are routinely treated with conventional endodontic procedures with a high and long-term survival rate. Traumatic injuries associated with severance of the blood supply result in pulpal ischemia and often a secondary infection with bacteria. The consequence of pulpal necrosis in teeth with immature apexes, however, is the cessation of root development, making endodontic treatment with conventional techniques and materials difficult and sometimes impossible. Currently, treatment options for these teeth include MTA apexification, regenerative endodontics or a new tooth. MTA Apexification induces an artificial apical stop that allows for condensation of obturation materials. However, this procedure does not promote continuation of root development, nor does it increase fracture resistance of the root walls. An ideal treatment for a tooth with necrotic pulp and immature apex is the regeneration of pulp tissue into a root canal and promotion of a normal root development. The advantages of regenerative endodontic procedures (REPs) lie in the potential for reinforcement of dentinal walls by deposition of hard tissue and the potential for the development of an apical morphology more appropriate for conventional endodontic therapy if future treatment becomes necessary. The American Association of Endodontists has developed Clinical Considerations for REPs, which outlines detailed information regarding the steps involved in REPs. However, there are challenges, and mishaps that can occur during pre- treatment, mid treatment or following treatment. The presenter will discuss how to prevent and manage these challenges and Mishaps.
Learning Objectives:
- Describe treatment options for teeth with open apexes.
- Describe challenges and mishaps during regenerative endodontics.
- Describe prevention and treatment of the challenges and mishaps.
Mahmoud Torabinejad, D.M.D., M.S.D., Ph.D.
Dr. Torabinejad is president and director of the Endodontic Institute of Surgical Education and Research Foundation. He is a professor of endodontics and former Director of the advanced specialty education program in endodontics at Loma Linda University (LLU) School of Dentistry. Currently, he is professor of endodontics at LLU, research professor at the University of Minnesota, Dean's professor of endodontics at the University of Maryland, affiliate professor of endodontics at the University of Washington in Seattle and adjunct professor of endodontics at the University of Pacific in San Francisco and University of California in San Francisco. He is a diplomate of the American Board of Endodontics. He has authored eight textbooks and more than 350 publications. He is the #1 author of citations in classic articles in the field of endodontics and # 1 author of citation for pulp regeneration. He has presented over 250 lectures nationally and internationally in over 40 countries. He has over 20 patents and no financial interest in any of them at this time. He received several awards from LLU during his 42-year tenure at LLU. They include: the LLU Centennial Van Guard Award for Healing, the Distinguished Research Award from the Dental School, and the LLU distinguished investigator award. He is the recipient of the Louis I. Grossman Award of the French Association of Endodontists. He has received the Ralph F. Sommer Award of the American Association of Endodontists (AAE) twice, Louis I. Grossman Award of the AAE, Philanthropic award of the Foundation for Endodontics, the Edgar D. Coolidge Award of the AAE. Recently , in recognition of his contribution to the field of endodontics, University of Washington in Seattle, Washington established and Endowed Chair under his name. He is a past president of the California Association of endodontics and past president of the AAE and its Foundation.
Disclosure(s): No financial relationships to disclose
Joe A. Petrino, DDS, MS
Dr. Petrino grew up in Montana. He graduated from the University of Minnesota School of Dentistry in 2006. He then completed a General Practice Residency at the Veteran's Affairs Medical Center in Minneapolis. Following completion of the endodontic residency at University of Minnesota in 2009, he entered private practice in St. Cloud, MN. In 2011, he moved to Missoula, MT where he has owned and operated Missoula Endodontics, PC. He became a Diplomate of the American Board of Endodontics in 2012.
Disclosure(s): No financial relationships to disclose
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Includes Credits
CE Hours: 1.5
Description: I truly believe that the future of core buildups of endodontically treated teeth lies in the meticulous application of resin adhesive technologies via the hands of endodontists. As endodontists, we face the fact that a certain percentage of the teeth that we treat have a sharp decrease in survival rate due to poor restorative technique following the endodontic treatment. While it is quite unlikely that any endodontic specialist would actually fabricate final restorations for their patients, it would be beneficial for the patient that the remaining tooth structure be completely restored with adhesive resins before the patient leaves our office. There is no better moment to perform the buildup on a case than directly after completing endodontic treatment. The safe period for the final restoration of the tooth would then be extended for weeks or even months. Such an approach would be beneficial to all the parties: the endodontist, the patient and the referring dentist. Current clinical protocol for resin adhesive technology, post removals and extensive retrospective data will be presented in this lecture.
Learning Objectives:
- Identify the benefits of immediate endorestoration of endodontically treated tooth.
- Describe various clinical defects of non-vital teeth and its endorestorative solutions.
- Demonstrate the knowledge of secure endorestoration and its crucial aspects.
Daniel Cerny, MUDr., PhD
Daniel Cerny (*1974) has received his dental degree at the Charles University, Medical School in Hradec Kralove, Czech Republic (1998). Doctorate degree earned at Palacky University in Olomouc in 2018 with the topic of adhesive post-endodontic treatment.
Part-time faculty member at Palacky University Olomouc (2019-2021). Previously an assistant professor at Charles University, Medical School in Hradec Kralove at the Dpt of Conservative Dentistry and Endodontics (1998-2007).
Private practice in Hradec Kralove limited to endodontics and adhesive dentistry since 2001.
Immediate Past President of the Czech Endodontic Association (CES) 2015-2023.Disclosure(s): Micerium: Speaker/Honoraria (includes speakers bureau, symposia, and expert witness) (Ongoing)