Supplementation of Energy Drinks with Green Tea Extract: Effect on In Vitro Abrasive/Erosive Dentin Wear.

IF 1.4 4区 医学 Q3 DENTISTRY, ORAL SURGERY & MEDICINE
Nicolai Blatter, Blend Hamza, Thomas Attin, Florian J Wegehaupt
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Abstract

Purpose: To investigate the effect of the supplementation of energy drinks with green tea extract on abrasive and erosive dentin wear.

Materials and methods: Six groups, each comprising 15 bovine dentin samples, were prepared, yielding a total of 90 samples. Erosion was performed by immersing the samples in Red Bull and Red Bull light with and without green tea extract. Tap water with and without green tea extract was used as the control groups. The samples were subjected to abrasive/erosive cycling for five days. The following cycling was performed daily: toothbrush abrasion (20 brushstrokes; 2.5 N); eight erosive cycles (2 min storage in the respective solutions); in between the erosive cycles, storage in artificial saliva (60 min) and again toothbrush abrasion (20 brushstrokes; 2.5 N). During the night, samples were again stored in artificial saliva. Abrasive/erosive dentin wear was measured using a stylus profilometer (µm, accuracy = 40 nm). The measured dentin loss results from the vertical position shift on the y-axis from base to final profile after the wear process in 2D. Pairwise comparisons between the groups were carried out using Wilcoxon signed-rank test.

Results: The following dentin wear (median [IQR]) was measured: Red Bull: 1.9 µm (0.5); Red Bull Light: 1.3 µm (0.3); Red Bull with green tea extract: 0.8 µm (0.3); Red Bull Light with green tea extract: 0.3 µm (0.5); Tap water with green tea extract: -0.2 µm (0.7); Tap water: -1.0 µm (1.2). The comparison of all tested groups to each other proved to be statistically significant (p < 0.05).

Conclusion: The supplementation of energy drinks with green tea extract provide a protective effect against erosive/abrasive wear in vitro.

用绿茶提取物补充能量饮料:对体外研磨/侵蚀性牙本质磨损的影响。
目的:研究绿茶提取物补充能量饮料对牙本质磨蚀性和侵蚀性磨损的影响。材料和方法:制备6组,每组15个牛牙本质样本,共产生90个样本。通过将样品浸入含有和不含有绿茶提取物的红牛和红牛光中进行侵蚀。使用含有和不含有绿茶提取物的自来水作为对照组。对样品进行研磨/侵蚀循环5天。每天进行以下循环:牙刷磨损(20刷;2.5N);八个侵蚀循环(在各自的溶液中储存2分钟);在侵蚀循环之间,在人工唾液中储存(60分钟)和再次牙刷磨损(20次刷;2.5N)。当晚,样本再次被储存在人造唾液中。使用触针式轮廓仪测量磨损/侵蚀性牙本质磨损(µm,精度=40nm)。测量的牙本质损失是由2D中磨损过程后在y轴上从基底到最终轮廓的垂直位置偏移引起的。使用Wilcoxon符号秩检验进行两组之间的配对比较。结果:测量了以下牙本质磨损(中位数[IQR]):红牛:1.9µm(0.5);红牛之光:1.3µm(0.3);红牛绿茶提取物:0.8µm(0.3);绿茶提取物红牛光:0.3µm(0.5);绿茶提取物自来水:-0.2µm(0.7);自来水:-1.0µm(1.2)。所有测试组之间的比较证明具有统计学意义(p<0.05)。结论:添加绿茶提取物的能量饮料在体外对侵蚀/磨损具有保护作用。
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来源期刊
Oral health & preventive dentistry
Oral health & preventive dentistry DENTISTRY, ORAL SURGERY & MEDICINE-
CiteScore
3.00
自引率
0.00%
发文量
51
审稿时长
>12 weeks
期刊介绍: Clinicians, general practitioners, teachers, researchers, and public health administrators will find this journal an indispensable source of essential, timely information about scientific progress in the fields of oral health and the prevention of caries, periodontal diseases, oral mucosal diseases, and dental trauma. Central topics, including oral hygiene, oral epidemiology, oral health promotion, and public health issues, are covered in peer-reviewed articles such as clinical and basic science research reports; reviews; invited focus articles, commentaries, and guest editorials; and symposium, workshop, and conference proceedings.
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