Department of Restorative Dentistry - Division of Biomaterials and Biomechanics

Microcosms in dentistry mimic the original environment's complexity, allowing variable manipulation and bacterial dynamics replication, diverging from single-species inoc [...]

The theory that, in positively charged molecules, longer side chains act as a lancet leading to bacterial disruption remains unproved. Given the flexibility and size of t [...]

Bone defects can occur after trauma, infection, or oncologic resection and autologous bone grafting is the current treatment option. However, this method has its limitati [...]

Bone defects may occur after trauma, infection, or oncologic resection. Autologous bone grafting is the current treatment option; however, grafting is limited in the case [...]

The efficacy of any antibacterial coating depends on their ability to directly contact the microorganisms they seek to eliminate. In the oral cavity, all surfaces are alm [...]

Objective: (Meth)acrylamides have been proposed as ester-free alternatives to (meth)acrylates. The objective of this study is to evaluate novel multi-functional acrylamid [...]

There is a shortage of in-vitro model systems that mimic the dentin-pulp interface while enabling a real-time evaluation of dental pulp cells, dentin and biomaterials. He [...]

The development of biofilms on dental restorations may lead to the formation of secondary caries. The purpose of this study was to determine the efficacy of bioactive sma [...]