首页> 外文期刊>Journal of Research in Dentistry >COLOR STABILITY OF A NANOFILLED RESIN: INFLUENCE OF POLISHING AND FINISHING AND FLUORIDE SOLUTIONS ACCORDING TO TIME
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COLOR STABILITY OF A NANOFILLED RESIN: INFLUENCE OF POLISHING AND FINISHING AND FLUORIDE SOLUTIONS ACCORDING TO TIME

机译:纳米树脂的颜色稳定性:抛光,精加工和氟化物溶液对时间的影响

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AIM: The aim of the study was evaluate the finishing and polishing effect of the color stability of the composite resin Filtek Supreme XT, according to different fluoride solutions and time. MATERIAL AND METHODS: Specimens were prepared (n=140) with half of the samples finished and polished. The experimental groups were divided according to the presence or absence of finishing and polishing and immersion solutions (artificial saliva, sodium fluoride solution at 0.05% - manipulated, Fluordent Reach, Oral B, Fluorgard). The specimens remained in artificial saliva for 24 hours and were subjected to an initial color analysis using a spectrophotometer CIELab system. Then, they were immersed in the experimental solutions for 1 minute a day. The readings of the color change were made after 24 and 48 hours, 7, 14, 21, 30 and 60 days after the first immersion. The three-way mixed Analysis of Variance (ANOVA) ("finishing/polishing", "immersion medium" and “time”) were performed. For multiple comparisons, the Sidak test for repeated measure was used, with a 5% level of significance. RESULTS: The finishing and polishing factor showed significant variability, independently of the immersion media (p<0.001). CONCLUSION: Finishing and polishing procedures yielded better color stability to composite resin over time, regardless of the immersion media.
机译:目的:研究目的是根据氟化物溶液和时间的不同,评估复合树脂Filtek Supreme XT的颜色稳定性的抛光和抛光效果。材料与方法:制备样品(n = 140),将一半样品抛光并抛光。根据是否存在整理剂,抛光剂和浸入溶液(人造唾液,0.05%的氟化钠溶液-操纵,Fluordent Reach,口服B,Fluorgard)将实验组划分。将标本留在人工唾液中24小时,然后使用分光光度计CIELab系统进行初始颜色分析。然后,将它们每天浸入实验溶液中1分钟。在第一次浸没后的24和48小时,7、14、21、30和60天后读取颜色变化。进行了三方混合方差分析(ANOVA)(“精加工/抛光”,“浸入介质”和“时间”)。对于多重比较,使用Sidak检验进行重复测量,显着性水平为5%。结果:精加工和抛光因子显示出显着的可变性,与浸入介质无关(p <0.001)。结论:不论浸入介质如何,随着时间的流逝,精加工和抛光程序都能为复合树脂带来更好的颜色稳定性。

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