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首页> 外文期刊>Current Journal of Applied Science and Technology >Effect of Different Food Coloring Additives on the Color Stability of Microabraded, at-Home Bleached and Resin Infiltrated Tooth
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Effect of Different Food Coloring Additives on the Color Stability of Microabraded, at-Home Bleached and Resin Infiltrated Tooth

机译:不同食品着色添加剂对微沙级,家用漂白剂和树脂渗透齿的颜色稳定性的影响

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Objective: Color stability of at-home bleaching and resin infiltration is one of the main goals of these procedures. The primary aim of present study was to evaluate color stability of at-home bleaching and resin infiltration to four common colorants present in Indian foods (turmeric, beetroot, coffee and artificial food colorants).Materials and Methods: 128 human maxillary central incisors were used in this study. Teeth were randomly divided into groups as (i) subjected and (ii) not-subjected to microabrasion. Further, the teeth in each group (abraded/non-abraded) were randomly distributed to four subgroups (16 teeth/subgroup). Subgroups were control, bleached, combined treatment with at-home bleaching followed by resin infiltration and infiltrated. After treatment procedures the teeth were immersed in the four different food colorants. Objective photographic color change evaluation from pre-/ post staining was done using the CIEDE2000 formula.Statistical Analyses: Data were analyzed using parametric and nonparametric tests (α =0.05).Results: Turmeric solution caused significantly (P < 0.05) highest post-staining values b*and ΔE values in Combine-Rx group and Infiltration groups.Conclusions: Subsequent discoloration of esthetically treated teeth does not necessarily depend on the type of treatment but on the coloring additives present in the diet, of which turmeric has the highest discoloration potential.Clinical Significance: Turmeric is one of the essential ingredients in Indian foods therefore, both patients and operator must be aware that resin infiltrated teeth can discolored from regular diets that contains turmeric as coloring additives.
机译:目的:在家用漂白和树脂渗透的颜色稳定性是这些程序的主要目标之一。目前研究的主要目的是评估在印度食物(姜黄,甜菜根,咖啡和人工食品着色剂中存在的四种常见着色剂的归属漂白剂和树脂浸润的颜色稳定性。材料和方法:使用128例人类上颌中央门牙在这个研究中。牙齿被随机分成为(i)的基团,(i)受到的,(ii)未进行微交换。此外,每组(磨损/非研磨)中的齿被随机分布到四个亚组(16颗牙/亚组)。将亚组进行对照,漂白,与家用漂白,然后用树脂浸润并渗透。治疗程序后,牙齿浸入四种不同的食物着色剂中。目标摄影色彩变化评估/后染色的使用CIDE2000公式完成。使用参数和非参数测试分析数据(α= 0.05)。结果:姜黄溶液显着(P <0.05)最高染色后联合Rx组和渗透组中的值B *和ΔE值。结合:后续定位的牙齿的随后变色不一定取决于治疗的类型,但是在饮食中存在的着色添加剂,其中姜黄具有最高的变色潜力。临床意义:姜黄是印度食品中的基本成分之一,因此患者和操作员必须意识到树脂渗透牙齿可以从常规饮食中褪色,含有姜黄作为着色添加剂。

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