Influence of matrix and insertion technique on the microleakage and microhardness of posterior composite restorations
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biomedical and dental materials , diagnostic agent , fluorescent dye , polymethacrylic acid derivative , Prime & Bond NT , QuiXfil , resin , resin cement , rhodamine , rhodamine B , water , animal , cattle , cementum , chemistry , classification , comparative study , dental acid etching , dental equipment , dental surgery , equipment design , hardness , instrumentation , methodology , pathology , randomization , surface property , temperature , time , tooth disease , Acid Etching, Dental , Animals , Cattle , Composite Resins , Dental Cavity Preparation , Dental Cementum , Dental Leakage , Dental Materials , Dental Restoration, Permanent , Equipment Design , Fluorescent Dyes , Hardness , Matrix Bands , Polymethacrylic Acids , Random Allocation , Resin Cements , Rhodamines , Surface Properties , Temperature , Time Factors , Water
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General Dentistry, v. 57, n. 2, p. 163-170, 2009.
