This study determined how long it would take skilled operators to deliver 16 J/cm2 to an anterior or a posterior restoration using different light-curing units (LCUs).
Clinicians and thought leaders discuss what they consider to be the great innovations of the past 25 years
Newer bulk-fill composite materials are being developed for preparation depths of up to 5 mm in an effort to simplify and improve placement of direct composite posterior restorations.
This report documents treatment and repair of three carious teeth that were restored with a new dental repair material that features the characteristics of both resin-modified glass-ionomer restorativ...
In this case report, a resin-modified glass-ionomer (RMGI) liner was utilized in deep restorations on premolars that had old, existing amalgam restorations and were experiencing microleakage and sensi...
What defines a universal system, and are all these new systems truly “universal” and everything they are claimed to be? This article will examine the origin, chemistry, strengths, weaknesses, and ...
The science of dental materials and occlusion in your everyday practice
Providing the natural-looking, long-lasting provisionals patients want
Material advances bring new options to the treatment of enamel malformations
Primary treatment goals in the case, in which the patient was diagnosed with a constricted chewing pattern, were to improve esthetics by lengthening the maxillary anterior teeth and to stop continued ...
Three expert discuss the merits and pitfalls of placing larger increments
A minimally invasive, efficient, cost-effective, and esthetic treatment
Glass ionomers and resin-based composites for durable and reliable cusp tip restoration
Differentiating and understanding the available options for optimal clinical outcomes