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Sem Evaluation of Eroded Dental Enamel After The Use of Different Types of Fluoride Tooth Pastes (In Vitro)

机译:使用不同类型的氟化物牙膏(体外)后对牙釉质侵蚀的评价

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摘要

In the study we included 5 different samples of premolars which were alternatively exposed to 4 pH erosive cycles during the day, with a duration of 90 seconds, in 0,1 % citric acid mixed with artificial saliva in a period of 5 days. In between the intervals of exposure, the samples were washed with deionized water (10 seconds) and were transferred into artificial saliva (pH 6.8, 30ml / 37oC ), which was renewed every day.udWith the aim to assess the efficiency of the fluoride agents on the progression of the erosion, we included 5 agents with which we treated the enamel samples: Parodontax toothpase (without fluoride-control), Crest toothpaste (NaF-1500 ppm F, pH 6,9, Procter & Gamble);White Glo (5,63% F, pH 8,0),Fluoride solution (NaF )1450 ppm F);TiF4 (1450 ppm F).udThe procedure was repeated twice daily, after the first and the last erosive challenge, and after the first and forth day, the samples were examined with an electric microscope. The results for the morphological changes of the dental enamel samples, after the first and the forth erosive cycle showed that after the first erosive cycle, the remineralisation effect did not show significant morphological changes despite which fluoride agent was used for remineralisation (Crest, Parodontax, White Glo, Tif4, Fluoride Solution), opposed to the forth day where the best preventive effect was seen from Tif4, Fluoride Solution.udThe results we got from our study, suggest that this topic should be studied further in more complex invivo conditions and our results should be confirmed.ud
机译:在这项研究中,我们包括5种不同的前磨牙样品,这些样品在一天的90天时间内交替暴露于4个pH侵蚀周期,并在5天的时间内将其混入0.1%柠檬酸与人工唾液中。在两次暴露之间,将样品用去离子水洗涤(10秒),然后转移到人工唾液(pH 6.8,30ml / 37oC)中,每天进行更新。 ud旨在评估氟化物的效率腐蚀过程中的化学制剂,我们包括5种对搪瓷样品进行处理的制剂:Parodontax牙膏(无氟化物控制),Crest牙膏(NaF-1500 ppm F,pH 6,9,Procter&Gamble);白色Glo (5,63%F,pH 8,0),氟化物溶液(NaF)1450 ppm F); TiF4(1450 ppm F)。 ud在第一个和最后一个侵蚀性攻击之后以及第一天和第四天,用电子显微镜检查样品。牙釉质样品在第一个和第四个侵蚀循环后的形态变化结果表明,在第一个侵蚀循环之后,尽管使用了氟化剂进行再矿化,但再矿化作用并未显示出明显的形态变化(Crest,Parodontax, White Glo,Tif4,氟化物溶液),相反,第四天从Tif4,氟化物溶液中看到最好的预防效果。 ud我们从研究中获得的结果表明,应该在更复杂的体内条件下进一步研究该主题,我们的结果应该得到确认。 ud

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