Author/Authors :
Zerbinatti, Christiano Cândido Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Veiga, Daniela Francescato Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Oliveira, Monique Amanda Bastista Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Mundim, Fiorita Gonzales Lopes Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Pereira, Rodrigo Machado Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Azevedo, Francisco Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Schnaider, Taylor Brandão Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil , Silva, José Dias da Universidade Vale do Sapucaí (UNIVÁS), Pouso Alegre-MG, Brazil
Abstract :
Purpose
To evaluate PBS®MCIMMO cement in the filling of bone defects.
Methods
Thirty-six adult male Wistar rats were divided into three groups of twelve individuals each (group 1, group 2 and group 3). In all groups, a bone failure in the femur was induced, 2.0 mm wide and 7.0 mm deep. In group 1, the PBS®MCIMMO cement was applied to the bone defect produced and a titanium implant (CONNECTION®) 1.5 mm thick and 6 mm long was installed. In group 2, only the PBS® CIMMO cement was installed. In group 3, only bone failure was performed. Kruskal Wallis tests were performed to compare the mean area among the three groups.
Results
In all comparisons, significance was observed for group 2 (p = 0.0014–0.0026).
Conclusion
The PBS®CIMMO cement induced bone neoformation, and integration between the newly formed bone, cement, and implant was observed.
Keywords :
Dental Implants , Immediate Dental Implant Loading , Guided Tissue Regeneration , Periodontal , Bone Substitutes , Rats
