Combination of centripetal and successive layering techniques for a stress-reduced posterior direct composite restoration.
Due to the increased predictability of current bonding procedures and the improved properties of today's composite materials, large Class II and cuspal build-up direct composite resin restorations are routinely performed. Biological considerations and the stress associated with polymerization shrinkage are key factors that need to be considered during the treatment planning phase. This article demonstrates a combination of concepts and techniques to reduce the stress associated with polymerization shrinkage in large restorations, thus potentially improving the longevity of the restoration.
No clinical trial protocols linked to this paper
Clinical trials are automatically linked when NCT numbers are found in the paper's title or abstract.PICO Elements
No PICO elements extracted yet. Click "Extract PICO" to analyze this paper.
Paper Details
MeSH Terms
Associated Data
No associated datasets or code repositories found for this paper.
Related Papers
Related paper suggestions will be available in future updates.