ABSTRACT
The prosthesis is replacing the missing part of human body with an artificial part. The aim of this chapter is to present the project of clinical experiment using an adhesive biomaterial type WMGIC in the development of dental materials. Normal results of standard non-clinical studies of physicochemical (net solidification time, compressive strength, acidic erosion using spray technique, C0.70 opacity, the content of acid soluble arsenic and lead) and biological (in vitro cytotoxicity study in direct contact) type authorized to perform standard clinical experiment using studied material in a minimally invasive direct adhesive restoration occlusal cavities of moderate size in permanent teeth, which was completed with the calculations and statistical analysis at the Medical University of Silesia in Katowice. Starting from teeth of Sahelanthropus thadensis with enamel erosion, estimated at 7 million years, Etruscan bridges 2,600 years old, through Celsus’ plumbum 2,000 years old, the Mayan implantations of pieces of shell and obsidian to dental alveolus after extractions 1,412 years ago, the prototype of Guillemeau’s porcelain teeth 460 years before, to the contemporary materials, tissue engineering and hard tissue formation, the development of civilization is a dynamic and accelerating process where the studied material found its place as part of the progress of dental materials science and evolution of restorative concept towards the biomimicric dentistry.
