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SEM analysis of microstructure of adhesive interface between resin cementand dentin treated with self-etching primer

机译:自酸蚀底漆处理后树脂胶黏剂与牙本质粘接界面微观结构的SEM分析

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The purpose of this study was to examine the microstructure of the adhesive interface between resin cement and dentin treated with a self-etching primer by SEM in order to clarify the adhesive efficiencies of four self-etch type resin cement systems, Bistite II (BII), Linkmax (LM), Panavia F2.0 (PF), and ResiCem (RC) to dentin. The fluidity and inorganic filler content of these cements were also determined to examine their influences on the adhesion. A hybrid layer with 0.5–1.5 μm thickness and many resin tags could be confirmed clearly at the interface between BII cement and dentin, but was not observed distinctly for the other resin cements. It was suggested that the hybrid layer and resin tags might contribute to the high adhesive efficiency for BII. As the fluidity of cement had been adjusted to be suitable for luting in all cements, it did not significantly influence the adhesive efficiency of cement.
机译:这项研究的目的是通过SEM检查用自蚀刻底漆处理的树脂水泥与牙本质之​​间的粘合剂界面的微观结构,以阐明四种自蚀刻型树脂水泥体系Bistite II(BII)的粘合效率。 ,Linkmax(LM),Panavia F2.0(PF)和ResiCem(RC)到牙本质。还确定了这些水泥的流动性和无机填料含量,以检查它们对附着力的影响。在BII水泥和牙本质之间的界面上可以清楚地确认到厚度为0.5-1.5μm的杂化层和许多树脂标签,但对于其他树脂水泥则没有明显观察到。提示杂化层和树脂标签可能有助于提高BII的粘合效率。由于已将水泥的流动性调整为适合所有水泥的浸胶,因此不会显着影响水泥的粘合效率。

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