Vural Uzay Koc, Atalay Cansu, Miletić Ivana, Gurgan Sevil
Hacettepe University, Department of Restorative Dentistry, School of Dentistry, Sıhhıye/Ankara, Turkey.
University of Zagreb, School of Dental Medicine, Department of Endodontics and Restorative Dentistry, Zagreb, Croatia.
Acta Stomatol Croat. 2023 Dec;57(4):316-328. doi: 10.15644/asc57/4/3.
To examine the effects of different whitening agents on the color and translucency of different resin composites,
A total of 315 specimens (10.0 ×2.0 mm) were fabricated from two microhybrid (G-aenial anterior [G-Ant]) and (G-aenial posterior [G-Post]) and a nano hybrid (G-aenial A'CHORD [ G-ACH]) resin composites and each group was randomly distributed into seven experimental groups (n=15) as follows; 1- control (C); 2- in-office whitening agent (IOW); 3- at-home whitening agent (AHW); 4- prefilled tray (PT); 5- whitening pen (WP); 6- whitening toothpaste (WT) and 7- whitening mouthwash (WMW). The specimens were subjected to staining except control group before application of the different whitening procedures. The color of specimens was measured after 24 h (T), after staining (T) and after whitening (T). Color change [CIEDE2000 (ΔE)], translucency parameter (TP) values and changes in whiteness index (WI) were calculated. Data were analyzed statistically (p<0.05).
No significant 𝑊I differences were detected among the tested resin composites at T and T (p>0.05), whereas a significant difference was observed at T (p<0.005). AHW and IOW produced higher color change than PT, WP, WT and WMR. Significant TP changes were found after the application of IOW and AHW in G-Ant.
The effect of whitening products on the whitening index, color and translucency of resin composites are material and substrate dependent.
研究不同美白剂对不同树脂复合材料颜色和透明度的影响。
用两种微混合树脂复合材料(G-aenial anterior [G-Ant]和G-aenial posterior [G-Post])以及一种纳米混合树脂复合材料(G-aenial A'CHORD [G-ACH])制作了总共315个样本(10.0×2.0毫米),每组随机分为七个实验组(n = 15),如下:1-对照组(C);2-诊室美白剂(IOW);3-家用美白剂(AHW);4-预填充托盘(PT);5-美白笔(WP);6-美白牙膏(WT);7-美白漱口水(WMW)。除对照组外,在应用不同美白程序前,对样本进行染色。在24小时后(T)、染色后(T)和美白后(T)测量样本颜色。计算颜色变化[CIEDE2000(ΔE)]、透明度参数(TP)值和白度指数(WI)变化。对数据进行统计学分析(p<0.05)。
在T和T时,测试的树脂复合材料之间未检测到显著的WI差异(p>0.05),而在T时观察到显著差异(p<0.005)。AHW和IOW产生的颜色变化高于PT、WP、WT和WMR。在G-Ant中应用IOW和AHW后,发现TP有显著变化。
美白产品对树脂复合材料的美白指数、颜色和透明度的影响取决于材料和基质。