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Microtensile bond strengths of a dual-cure resin cement to dentin resin-coated with an all-in-one adhesive system using two curing modes

机译:双固化树脂胶粘剂与使用两种固化模式的多合一粘合剂体系涂布的牙本质树脂的微拉伸粘合强度

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This study evaluated the effect of resin coating using an all-in-one adhesive system on the dentin bond strength of a dual-cure resin cement after different curing modes. Human molars were ground to obtain flat dentin surfaces and divided into three groups: untreated as a control and resin-coated with either a single- or double-application of an all-in-one adhesive (Tokuyama Bond Force). The specimens were bonded to indirect composite disks using a dual-cure resin cement (Bistite II) activated by dual-cure or self-cure modes. Each specimen was sectioned into beams for the microtensile bond strength test. The data were analyzed by two-way ANOVA with Bonferroni’s correction (p =0.05). Resin coating with a double-application of the all-in-one adhesive system significantly improved the bond strength of the dual-cure resin cement to dentin. In addition, dual-curing of the resin cement enhanced the bond strengths to dentin.
机译:这项研究评估了采用多合一粘合剂体系的树脂涂层对不同固化模式后双固化树脂水泥的牙本质粘合强度的影响。将人类臼齿磨碎以获得平坦的牙本质表面,并将其分为三组:未经处理作为对照,并通过一次或两次应用多合一粘合剂(Tokuyama Bond Force)进行树脂涂层。使用通过双固化或自固化模式活化的双固化树脂胶泥(Bistite II)将样品粘结到间接复合圆盘上。将每个样品切成束用于微拉伸粘合强度测试。数据采用Bonferroni校正(> 0.05)进行双向ANOVA分析。双重涂覆多合一粘合剂体系的树脂涂料显着提高了双固化树脂胶粘剂与牙本质的粘合强度。另外,树脂水泥的双重固化增强了与牙本质的粘合强度。

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