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This book provides evidence-based guidance on the clinical applications of digital dentistry, that is, the use of dental technologies or devices that incorporate digital or computer-controlled components for the performance of dental procedures. Readers will find practically oriented information on the digital procedures currently in use in various fields of dental practice, including, for example, diagnosis and treatment planning, oral radiography, endodontics, orthodontics, implant dentistry, and esthetic dentistry. The aim is to equip practitioners with the knowledge required in order to enhance their daily practice. To this end, a problem-solving approach is adopted, with emphasis on key concepts and presentation of details in a sequential and easy to follow manner. Clear recommendations are set out, and helpful tips and tricks are highlighted. The book is written in a very readable style and is richly illustrated. Whenever appropriate, information is presented in tabular form to provide a ready overview of answers to frequent doubts and questions.
Digital Workflow in Reconstructive Dentistry is the result of efforts made by the academic team at the Department of Prosthodontics, University Hospital of Freiburg. It aims to build a fundamental understanding of the general principles, science, and clinics of digital dental medicine. The information provided within these pages summarizes the various components of the digital workflow in reconstructive dentistry and discusses their advantages and disadvantages. Moreover, insights are provided about upcoming, game-changing technologies. By reading this book, students, clinicians, and researchers will gain and enhance their knowledge about digital dental medicine and identify the areas they need to focus on next in order to integrate the available technologies in their daily work. Clearly, the path of digital dental medicine will not stop here. Contributors Amirah M. R. Alammar • Abdulaziz Alsahaf • Wael Att • Maria Bateli • Jasmin Bernhart • Shaza Bishti • Sarah Blattner • Miha Brezavšček • Sandy Cepa • Nadine Emmanoulidi • Ahmed Fawzy • Manrique Fonseca • Michele Frapporti • Rumpa Ganguly • Yousef Al-Ghamdi • Petra Ch. Gierthmuehlen • Aiste Gintaute • Ulrich Lamott • Christos Lamprinos • Matthias Petsch • Udo Plaster • Aikaterini Ploumaki • Hanna Rauberger • Elisabeth Schwartzkopff • Christian F. Selz • Thamer Al-Sharif • Benedikt Spies • Frank A. Spitznagel • Jörg R. Strub • Michael Swain • Taskin Tuna • Alexander Vuck • Siegbert Witkowski
The ambitions of the pioneers in the late 1980s eventually led to a form of implementation, which they too could not have dreamed of. Digital systems have penetrated our personal and professional life. In dentistry, an essential digital dataset of patient records, X-rays, photographs and intraoral scans, the platform represents revolutionary clinical activities that enrich patient-dentist and interprofessional interactions, transform education, and improve practice management. Digitization has led to changes on many fronts and yielded new techniques, systems and interactions that have improved dentistry. Innovation has created opportunities for future research by materials scientists. More restorative options are available for better durability and aesthetics. New approaches are to bring more efficiency and accuracy, using the interests, capacities and skills of those involved. New university curricula enable the training of students towards a new way of learning. Digital dentistry was initially seen as a threat to dental technicians, but this has turned out to be wrong, so much so that no one doubts the positive contribution that the digitization of dentistry has made so far. The question of whether 30 years of digitization has added value for dentistry is interesting, although it has permanently changed our way of working. About the Author: Jef M. van der Zel, PhD, MSc started his research in dentistry in 1977 in the areas of metal-ceramics, press- and sinterceramics, digital dentistry and dental CAD/CAM. He held an endowed chair at the Academic Centre for Dentistry (ACTA) of the University van Amsterdam from 2004-2012. Research directed towards clinically validating scan-, design- and production methods of dental prosthetics. He is one of the pioneers of restorative computerized dentistry and has since 1987 been working on the development of CAD/CAM dental systems. He is the founder of the Dental CAD/CAM special interest group of the International Association of Dental Research and chaired the ISO/TC106 Workgroup on Digital Dentistry that resulted in ISO 12836:2015(en) Dentistry - Digitizing devices for CAD/CAM systems for indirect dental restorations - Test methods for assessing accuracy. Jef is knight in the order of the Dutch Lion. He is involved in innovative developments in ceramics and digital dentistry worldwide as international consultant. Publications: https: //www.researchgate.net/profile/Jef_Van_der_Zel
Digital technologies are currently dramatically changing healthcare. This book introduces the reader to the latest digital innovations in healthcare in fields such as artificial intelligence, points out new ways in patient care and describes the limits of its application. It also offers essential guidance in the form of structured and authoritative contributions by domain experts spanning from artificial intelligence to hospital management to radiology to dentistry to preventive medicine. Furthermore, it shares ideas and experiences of industry veterans, in particular on how IT-driven solutions could solve long-standing issues in the fields of healthcare and hospitalization. It also gives advice on what new digital technologies to consider for becoming a healthcare market leader in the future. Taken together, these contributions provide a “road map” to guide decision makers, physicians, academics, industry representatives and other interested readers to understand the large impact of digital technology on healthcare today and its enormous potential for future development.
This book offers up-to-date, readily understandable guidance on the materials and equipment employed in digital restorative dentistry and on the specific clinical procedures that may be performed using the new technologies. The key components of digital restorative dentistry – image acquisition, prosthetic/restorative design, and fabrication – are fully addressed. Readers will find helpful information on scanners, the software for prosthetic design, and the materials and technologies for prosthesis fabrication, including laser sintering, 3D printing, CAD/CAM, and laser ablation. The section on clinical procedures explains all aspects of the use of digital technologies in the treatment of patients requiring removable partial dentures, complete dentures, fixed partial prostheses, crowns, endodontics, and implant surgery and prosthodontics. The field of restorative and prosthetic dentistry is undergoing rapid transition as these new technologies come to play an increasingly central role in everyday dental practice. In bridging the knowledge gap that this technological revolution has created in the field of dentistry, the book will satisfy the needs of both dentists and dental students.
Zusammenfassung: This book focuses on recent technological advances in digital dentistry. It provides information on digital aspects in all dental fields including digital caries detection systems, digital color matching, and digital applications in periodontology, surgical implant placement, oral histopathology and pediatric dentistry. Training in emerging and new digital techniques is inevitable in the dental profession. This book contains detailed digital procedures, their basics and their applications. It is divided into three parts: Basic Digital Systems in Dentistry, Novelties and Advances in Digital Dentistry, The Future of Digital Dentistry and Applications. Readers will learn about Artificial Intelligence in dentistry, tissue engineering applications and dental education tools in digital dentistry. The book is a must have for all dental practitioners who would like to deepen their knowledge and understanding of digital systems in dentistry
The field of implant dentistry continues to grow both in terms of the number of practitioners placing and restoring implants and in terms of as well as patient demand for successful outcomes in as short a time as possible. The pace of technological changes and new offerings from implant manufacturers and allied industries are equally fast in their attempts to meet these demands, with a frequently bewildering array of potential solutions available to clinicians. This is never more so than in the field of digital dentistry, with hardware and software solutions for diagnosis, imaging, planning, surgery, impression-taking, and the computer-aided design and manufacture of intraoral prostheses. However, we must always remember our responsibility to ensure that our treatments are carried out safely and in the best interests of our patients. This new Volume 11 of the ITI Treatment Guide series continues the successful theme of the previous ten volumes: a compendium of evidence-based methodology in digital techniques and procedures for daily practice. Written by renowned clinicians and supported by contributions from expert practitioners, the ITI Treatment Guide Digital Workflows in Implant Dentistry provides a comprehensive overview of various technological options and their safe clinical application.
Even in the modern age, oral diseases have a substantial and negative impact on citizens all over the globe. Oral diseases affect nearly half of the global population and represent a significant economic and health burden. As a result, the promotion of oral health and disease prevention information has emerged as one of the most cost-effective strategies in limiting these maladies and treating them should they occur. Leveraging Digital Technology for Preventive Dentistry provides relevant theoretical frameworks and the latest empirical research findings in the area. It discusses the latest findings in digital technologies for health promotion and oral disease promotion, as well as the behavior of these health actions in the international context. Covering topics such as ethical and legal aspects, preventive dentistry, and biometric studies, this book is an excellent resource for librarians, dentists, dental students and educators, researchers, academicians, and more.
This book describes the most commonly encountered endodontic complications and provides up-to-date information on their prevention and management. The opening chapters explain the importance of accurate diagnosis and treatment planning, outline the role of digital radiography and CBCT in managing complications, and highlight the need for close attention to anatomic landmarks in order to avoid damage to neurovascular anatomy. Endodontic problems associated with different procedural errors are then discussed in detail, covering a wide variety of access- and instrumentation-related complications and the difficulties that may arise when using obturation techniques. Readers will also find information on the endodontic–periodontal relationship, special issues in geriatric patients, and the potential medical emergencies and precautions in specific patient subsets. The clear, easy-to-read text is complemented by numerous high-quality photographs and tables that assist understanding and ready identification of management solutions. This book will be of value for all dental practitioners with an interest in endodontics, endodontic specialists, and higher-level students.
This book reviews all aspects of the use of machine learning in contemporary dentistry, clearly explaining its significance for dental imaging, oral diagnosis and treatment, dental designs, and dental research. Machine learning is an emerging field of artificial intelligence research and practice in which computer agents are employed to improve perception, cognition, and action based on their ability to “learn”, for example through use of big data techniques. Its application within dentistry is designed to promote personalized and precision patient care, with enhancement of diagnosis and treatment planning. In this book, readers will find up-to-date information on different machine learning tools and their applicability in various dental specialties. The selected examples amply illustrate the opportunities to employ a machine learning approach within dentistry while also serving to highlight the associated challenges. Machine Learning in Dentistry will be of value for all dental practitioners and researchers who wish to learn more about the potential benefits of using machine learning techniques in their work.