Abstract
An important desirable effect of endodontic therapy is to induce the repair of periradicular tissues and to stimulate the cementogenesis. Endodontic perforations interfere with these goals, therefore, the discovery of an ideal material for perforations repair, with high biocompatibility, has become a necessity. The study is based on the comparative analysis of the biochemical profile of the animals implanted with three materials used in endodontics, at 7, 30 and 60 days after intervention, for Ca, P and Mg evaluation. Keywords: stomatognathic system homeostasis, biocompatibility, biochemical profile, Ca, P and Mg evaluation, biomaterials, dental treatments