This article describes a technique of using a uniquely designed provisional restoration for the application of circumferential pressure for contouring gingiva.
The sophisticated processing of advanced ceramics that can be used for such dental restorations demands the application of CAD/CAM technologies.
One of the means to ensure success in restoring habitats in an urban area is to use a sound ecosystem-based approach to guide the selection of restoration sites and the application of appropriate engineering and management methodologies.
Transglutaminase-mediated polymerization, unlike the traditional restoration methods based on the application of synthetic polymers, has proved to be a potential strategy in the restoration of historic silk.
The restoration application we address is not characterized by real-time needs; nonetheless, the operations performed by the proposed algorithm are very simple and the required computing time is comparable to the ones required by the mentioned competing approaches.
The restoration treatments applied were the application of sand and fertilizer.
Moreover, bioactive glasses can be used on the restoration procedure together with the application of adhesive system on dentin to remineralize the hybrid layer, improving the quality of this layer and consequently the adhesion of the restoration to the tooth [15, 17].
The application of restoration mortars in historic structures is the most usual conservation action.
The smart recovery uses other services and mechanisms (such as monitoring and checkpoint) to provide an efficient restoration with minimum losses for the application.
It is understood that adjustments, corrections and finishing of IPS Empress 2 ceramic restorations should be conducted before the application of glaze.
