自蚀刻与全蚀刻粘结剂在一级磨牙II类复合修复体中的微泄漏比较

F. Aslani, M. Hejazi, A. Baghalian
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摘要

简介:本研究采用自蚀和全蚀粘结剂对流动复合材料和常规复合材料在初级磨牙II类修复体中的微泄漏进行了评价。方法:在48颗初生磨牙近端面制备ⅱ类标准牙槽。使用granoflow和Grandio复合材料以及Futurabond DC和Solobond M作为粘结剂修复这些空腔。牙尖用蜡封住,两层指甲油涂在修复边缘1mm处。样品进行热循环,用硝酸银溶液染色,并进行中端切片。用体视显微镜测量从牙齿修复边缘到染料渗透终点的微渗漏,分值为0-3。采用Kruskal-Wallis检验分析4组患者微渗漏评分,采用Monte Carlo检验进行配对比较。结果:复合剂组和粘结剂组均有微渗漏。两两比较,各组间微渗漏无显著差异(P < 0.05)。结论:作为可流动复合材料的Gradioflow和作为自蚀刻粘合剂的Futurabond DC在微泄漏方面都表现出可接受的结果。考虑到可流动复合材料相对于传统复合材料易于应用和缩短治疗时间,可流动复合材料和自蚀刻粘接剂在儿童牙科中显示出良好的效果
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Comparison of Microleakage of Self-etch and Total-etch Bonding Agents in Primary Molar Class II Composite Restorations
Introduction: This study evaluated microleakage of flowable and conventional composite in primary molar class II restorations using self-etch and total-etch bonding agents. Methods: Class II standard cavities were prepared on proximal surface of 48 primary molars. These cavities were restored using GrandioFlow and Grandio composites and Futurabond DC and Solobond M as bonding agents. Teeth apices were sealed by wax and two-layer nail varnish was applied up to 1mm of restoration margins. Samples were subjected to thermocycling, stained by silver nitrate solution and sectioned mesiodistally. Microleakage was measured from the tooth-restoration margin to end point of dye penetration using a stereomicroscope with a 0-3 scale. Microleakage scores were analyzed using Kruskal-Wallis test in 4 groups and paired comparisons were performed using Monte Carlo test. Results: Microleakage was seen in all composite and bonding agent groups. Pairwise comparison showed no significant difference regarding the microleakage between groups ( P>0.05) . Conclusion: Gradioflow as a flowable composite and Futurabond DC as a self-etch bonding agent both showed acceptable results in regard to microleakage. Considering the ease of application of flowable composites compared to conventional ones and shortening the treatment both flowable composites and self-etch bonding agentshave showed promising results in pediatric dentistry
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