Marginal adaptation of resin in relation to application technique and use of a dental adhesive system.

E Kocabalkan, F Dönmez, H Demirköprülü
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Abstract

Class V abrasion, erosion and caries lesions restored with composite resin seem to be more susceptible to microleakage, because the gingival margin is usually placed in cementum and/or dentine. The purpose of this study was to evaluate the microleakage, in vitro, of a dentinal bonding system using a technique of restoration with a positive and a negative control. This study was accomplished using extracted human teeth and dye penetration technique. The teeth were examined for microleakage after one month. It was concluded that in the gingival wall of the cavity microleakage was significantly reduced when the dentinal bonding agent and composite resin was placed and polymerized incrementally from enamel, to cementum.

树脂的边际适应性与应用技术和牙科胶粘剂系统的使用有关。
由于牙龈边缘通常位于牙骨质和/或牙本质中,复合树脂修复的V类磨损、侵蚀和龋损似乎更容易发生微渗漏。本研究的目的是评估牙本质结合系统的体外微渗漏,采用阳性和阴性对照修复技术。本研究采用人工拔牙和染料渗透技术完成。术后1个月复查牙体微渗漏情况。综上所述,牙本质粘接剂和复合树脂从牙釉质到牙骨质逐渐聚合,可显著减少龈壁的微渗漏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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