Dental adhesive techniques for direct restorations
Location
Speaker
Prof Bart Van Meerbeek
Bart Van Meerbeek (BVM) obtained his DDS (1988) and PhD (1993) from KU Leuven (Belgium), followed by research fellowships in the US. He became Full Professor in 2005 and has chaired KU Leuven’s Department of Oral Health Sciences since 2020. BVM leads the BIOMAT research group, focusing on dental biomaterials including adhesives, ceramics, bioactive and tissue-regenerative materials. He has authored over 590 peer-reviewed papers (h-index: 107 WoS; 139 Google Scholar) and (co-)authored multiple publications highly cited in dentistry. His work spans biomaterial-tissue interfaces, additive manufacturing, biocompatibility studies and clinical trials. As recipient of numerous international awards, including the 2015 IADR Wilmer Souder Award, he has promoted 16 PhDs and co-promoted 20 more. BVM served key roles in CED-IADR, including as president, and has been Editor-in-Chief of the Journal of Adhesive Dentistry since 2004. He has held the Toshio Nakao Chair for Adhesive Dentistry since 2003.
Organizer
Abstract:
This lecture offers a comprehensive overview of the latest advancements in dental adhesive technology and their performance on dentin and enamel. Particular focus will be placed on the newest generation of universal adhesives (UAs), which allow clinicians the flexibility to choose between an etch-and-rinse (E&R) or self-etch (SE) bonding strategy. For durable adhesion, enamel consistently benefits from a phosphoric-acid treatment using the E&R technique. Depending on the clinician’s preference and the condition of the prepared tooth, UAs can be applied to heavily sclerotic or carious dentin in a more invasive manner with the E&R approach or to young, highly permeable dentin with a gentler SE strategy. Universal adhesives contain specific functional monomers capable of chemically interacting with hydroxyapatite, which is critical for ensuring long-term bond durability. This lecture will provide a complete update on dental adhesives, from the molecular interactions at the adhesive-tooth interface to their laboratory and clinical performance. The session delivers a clear, practice-oriented message on achieving the most durable bonds to both enamel and dentin.
Learning objectives :
- Adhesive luting materials and procedures
- Adhesively luted semi-direct and indirect restorations in ceramics and composite
- Adhesive luting workflows for CAD-CAM restorative materials