Root perforations treatment using mineral trioxide aggregate and Portland cements
José Dias da Silva Neto, Rafael Horácio de Brito, Taylor Brandão Schnaider, Alfredo Gragnani, Mírian Engelman, Lydia Masako Ferreira, José Dias da Silva Neto, Rafael Horácio de Brito, Taylor Brandão Schnaider, Alfredo Gragnani, Mírian Engelman, Lydia Masako Ferreira
Abstract
Purpose: Clinical, radiological and histological evaluation of root perforations treated with mineral trioxide aggregate (MTA) or Portland cements, and calcium sulfate barrier.
Methods: One molar and 11 premolar teeth of a male mongrel dog received endodontic treatment and furcations were perforated with a high-speed round bur and treated with a calcium sulfate barrier. MTA, Portland cement type II (PCII) and type V (PCV), and white Portland cement (WPC) were used as obturation materials. The teeth were restored with composite resin and periapical radiographs were taken. The animal was euthanized 120 days post-surgery for treatment evaluation.
Results: Right lower first premolar (MTA), right lower third premolar (PCV), left lower second premolar (MTA), and right lower second premolar (WPC): clinically normal, slightly radio-transparent area on the furcation, little inflammatory infiltrate, and new-bone formation. Left lower third premolar (PCII), right upper first premolar (WPC), right upper third premolar (PCII), and left upper first molar (PCV): clinically normal, radiopaque area on the furcation, and new-bone formation. Right upper second premolar (MTA), left upper second premolar (WPC), left upper third premolar (PCII): presence of furcation lesion, large radiolucent area, and intense inflammatory infiltrate.
Conclusion: All obturation materials used in this study induced new-bone formation.
Source: PubMed