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首页> 外文期刊>Pesquisa Brasileira em Odontopediatria e Clinica Integrada >Effect of the Mixture of Coffee or Chocolate to Milk in the Progression of Des-Remineralization of Tooth Enamel-An in Vitro Study
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Effect of the Mixture of Coffee or Chocolate to Milk in the Progression of Des-Remineralization of Tooth Enamel-An in Vitro Study

机译:咖啡或巧克力与牛奶的混合物对牙釉质脱矿化过程的影响-体外研究

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摘要

Objective:To evaluate if there is any interference when adding coffee or chocolate to cow milk in the enamel des-remineralization process (orange juice/saliva).Material and Methods:48 specimens of human enamel (4x4 mm) were included in acrylic resin, ground flat, polished and randomly divided into the following experimental groups (n = 8): G1-saliva, G2-orange juice, G3 orange juice / milk; G4-Orange Juice / Chocolate, G5-Orange Juice / Coffee + milk and G6-milk. Each group was immersed for 60 seconds on each solution proposed and then immersed for 30 minutes in saliva. This cycle was repeated 4 times. Prior to these cycles, the Knoop microhardness average of each specimen was obtained. After the challenges proposed, the final microhardness average was calculated. The values obtained from the difference between the initial and final micro hardness were subjected to ANOVA followed by Tukey test (p <0,05). Results:The orange juice had the highest change in microhardness and statistically different from all other groups. The microhardness change was statistically similar in the groupssubmitted to orange juice followed by immersion in milk, in chocolate and in the mixture milk + coffee. The pure milk and saliva caused no change in surface hardness of enamel.Conclusion:Milk or the addition of chocolate and coffee to milk was able to produce aprotective effect of the enamel surface against an erosive challenge.
机译:目的:评估在搪瓷脱矿质过程(橙汁/唾液)中向牛奶中添加咖啡或巧克力时是否存在干扰。材料与方法:丙烯酸树脂中包括48个4x4毫米人类搪瓷标本,将地面磨平,抛光并随机分为以下实验组(n = 8):G1唾液,G2橙汁,G3橙汁/牛奶; G4橙汁/巧克力,G5橙汁/咖啡+牛奶和G6牛奶。将各组在建议的每种溶液上浸泡60秒,然后在唾液中浸泡30分钟。将该循环重复4次。在这些循环之前,获得每个样品的努氏显微硬度平均值。在提出挑战之后,计算出最终的显微硬度平均值。从初始和最终显微硬度之间的差值获得的值经过ANOVA检验,然后进行Tukey测试(p <0.05)。结果:橙汁的显微硬度变化最大,与所有其他组相比在统计学上均不同。服从橙汁,然后浸入牛奶,巧克力和牛奶+咖啡混合物的组中,显微硬度变化在统计学上相似。纯牛奶和唾液不会引起珐琅质表面硬度的变化。结论:牛奶或向牛奶中添加巧克力和咖啡都能对珐琅质表面产生抵抗侵蚀的保护作用。

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