CV
Assistant professor (University of Bologna). Graduated at the University of Siena (Italy), where she also obtained a master degree and a PhD in “Dental Biomaterials”. She obtained a second PhD at the University of Granada (Spain). She has explored different fields of both clinical and laboratory research, especially aimed at the evaluation of the biological, mechanical and ultrastructural interactions between dental substrates and different restorative materials. She also focused on the esthetic patterns of restorative materials and techniques based on new digital technologies. Member of national and international research groups and scientific director of the dental biomaterials laboratory at the University of Bologna. Author of several publications, she won numerous awards and honors, presenting her research at major national conferences.
The Digital Renaissance Of Restorative Dentistry Universal Adhesion
Digitalizing Restorative Dentistry
In the realm of modern dentistry, digital technology has seamlessly woven itself into the fabric of daily clinical practice, revolutionizing traditional approaches to restorative dentistry. As the benefits of digitalization become increasingly apparent to both clinicians and patients alike, the landscape of restorative dentistry is undergoing a profound transformation. The advent of digital dentistry has heralded a paradigm shift, necessitating a reevaluation of the traditional state of the art. With the introduction of digital workflows, the very concept of restoration is being reshaped, prompting the need for a new understanding and mastery of cutting-edge materials and techniques. The traditional and digital restorative materials and techniques will be explored with their synergies and distinctions. Through an in-depth examination of established methodologies alongside emerging digital innovations, the evolving landscape of restorative dentistry will be illuminated.
Learning objectives
- Update the knowledge towards updated restorative approaches towards an historical overview of dental materials and techniques.
- Scientific literature update regarding the use of digital methods in restorative dentistry.
- Acquire a rationale and predictable protocol to adapt to different clinical cases while exploiting the possibilities of digitalization in daily clinical practice.
The Evolution of Restorative Materials and the Rise of Universality
Universal Adhesion
Over the past three decades, the field of dentistry has witnessed a transformative shift with the introduction of resin-based materials for restorative purposes, ranging from cements to composite resins. The continuous evolution of these materials has not only revolutionized restorative techniques but has also paved the way for what is now recognized as adhesive dentistry. As we have seen later, the adhesive technology made it possible to initated the prosthesis produced by CAD/CAM technology. Despite manufacturers' efforts to refine these materials, there has always been a persistent need for improvement due to inherent limitations. This is primarily attributed to the diverse substrates encountered in restorative adhesive dentistry—namely, the natural dental tissues (enamel, dentin, or cementum) and the restorative materials themselves (composite, glass ceramics, zirconia, etc.). Consequently, these materials have undergone significant chemical transformations over time, often increasing in complex composition. Furthermore, the operator variability cannot be negligible. The emergence of universal adhesive materials signifies a paradigm shift towards clinical simplification.
Learning objectives
- Universal materials aim to streamline operative procedures while accommodating the inherent challenges associated with restorative adhesive dentistry. In this term, an historical progression of restorative material will be explored while emphasizing the recent advancements in modern dentistry. The clinician will unravel the world of universal restorative materials.
- Learn to manage the cementation phases taking into consideration the different dental and restorative substrates.
- Acquire a practical and predictable protocol to adapt to different clinical cases while exploiting the possibilities of universal resin cements in daily clinical practice.