Each single modified CT was placed with the occlusal surface on the external heat source (150°C) and intra-dental temperature increase was recorded (see Haeussler et al. [ 7]).
Moreover, according to these authors, increasing dental pulp temperature above 11°C invariably results in pulp necrosis.
The efficiency of BMAT and N-acryloyl-N′-phenylpiperazine as activators in the redox initiated copolymerization of Bis-GMA in dental composites at ambient temperatures was found to be comparatively low.
The temperature rise during dental implant site preparation performed with drilling can cause the death of bone cells in the bone tissue surrounding the drilling location and, as a consequence, the implant failure.
Thermocycling is a laboratory method of exposing dental materials and tooth to temperature ranges similar to those occurring in the oral cavity that could produce adverse consequences as a result of different coefficients of thermal expansion between the tooth structure and the filling material.
Residual thermal stresses are formed in dental restorations during cooling from high temperature processing.
If one of your teeth hurts constantly or becomes suddenly sensitive to temperature changes you should make a dental appointment as soon as you can.
The resultant nanocomposites were clear, viscous liquids at room temperature with working viscosities well suited for dental composites.
During grinding experiments, imitating real dental treatments, the time span for an intra-pulp temperature increase of 5.5°C was determined.
However, its use in dental implantology is rather limited due to high nitriding temperatures.
Analysis was performed using 32 dental pulp DNA samples removal from permanent teeth stored at room temperature for 1 25 years after extraction.
