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The effects of self-etch bio-active dental adhesive systems on bacterial microleakage

机译:自蚀蚀刻生物活性牙科粘合剂系统对细菌微漏的影响

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摘要

The aim of this in vitro study was to evaluate the effects of bio-active and non-bio-active self-etch adhesive sytems on bacterial microleakage of class II box cavities with restoration margins in dentin. Two bio-active (Clearfil Protect Bond and F1 Bond II) and two nonbio-active (Clearfil SE Bond and Clearfil s3 Bond) adhesive systems were selected for the study. Eightymesial and distal class II box cavities were prepared on fourty sound human third molar teeth. The teeth were then divided into four groups with 10 teeth in each group. Groups were restorated using different adhesive systems. The restored specimens were immersed into a culture medium containing streptococcusmutans for bacterial microleakage test. Serial sections of the specimens were used to evaluate the bacterial lekage by using light microscope. The data obtained from the test of bacterial microleakage was evaluated using 2-way mixed analysis of variance (p 0.05). Statistical analysis showed significant differences between the groups (p 0.05). Nevertheless it was observed that none of the tested adhesive systems including the bio-activeones were successfull in eliminating bacterial microleakage.
机译:这种体外研究的目的是评估生物活性和非生物活性自蚀刻粘合剂制剂对牙本质中恢复余量的II类盒腔的细菌微渗透的影响。选择两种生物活性(ClearFil保护键和F1键II)和两种非极性活性(ClearFil SE键和ClearFIL S3键)粘合剂系统进行研究。在八十型声音人第三磨牙上制备八十次和远端盒腔。然后将牙齿分成四组,每组中有10颗牙齿。使用不同的粘合剂系统修复组。将恢复的标本浸入含有细菌微透盖测试的含有链球菌培养基的培养基中。样本的序列部分用于通过使用光学显微镜来评估细菌lekage。使用双向混合分析的差异评价从细菌微滤布测试中获得的数据(P <0.05)。统计学分析显示于组之间的显着差异(P <0.05)。然而,观察到,在消除细菌微透额时,包括生物 - acieons的测试粘合剂系统都没有成功。

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