Root perforations treatment using mineral trioxide aggregate and Portland cements

Acta Cirurgica Brasileira

José Dias Da Silva Neto²  Rafael Horácio De Brito¹  Taylor Brandão Schnaider¹  Alfredo Gragnani¹  Mírian Engelman¹  Lydia Masako Ferreira¹ 

[1] ,UNIFESP Postgraduate Program in Plastic SurgerySP ,Brazil

关键词: Dental Cements;    Furcation Defects;    Biocompatible Materials;    Calcium Sulfate;    Dogs;    Cimentos Dentários;    Defeitos da Furca;    Materiais Biocompatíveis;    Sulfato de Cálcio;    Cães;   

DOI  :  10.1590/S0102-86502010000600004

来源: SciELO

【 摘 要 】

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.

【 授权许可】

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