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Compressive Strength of Dental E-Glass Microfiber-Reinforced Composite Resin in Mouthwash Immersion

机译:牙科浸泡牙科E-玻璃微纤维增强复合树脂的抗压强度

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Fiber-reinforced composite resin (FRC) is gaining popularity as dental filling material. In the oral cavity, it will contact with the oral environment including oral cleansing agents. This research was aimed to determine the effect of mouthwash on the compressive strength of FRC. The materials used were E-glass FRC (EverX Posterior, GC Corp, Japan), alcohol mouthwash (Original Listerine, Johnson&Johnson, Indonesia), alcohol-free mouthwash (Listerine Cool Mint Zero, Johnson&Johnson, Indonesia). Forty-five FRCs were made in cylindrical shapes. Specimens were divided into 2 groups of mouthwash immersion: alcohol and alcohol-free mouthwash. The groups were sub-grouped by 0, 6, 12, and 24 h immersion. Samples were recorded for compressive strength by Universal Testing Machine. The data were analyzed by ANOVA. The result of compressive strength values (MPa) were (alcohol mouthwash): 293.59±30.54 (0 h), 284.43±46.91 (6 h), 268.71±44.66 (12 h), 252.19±31.49 (24 h); (alcohol-free mouthwash): 294.12±28.17 (0 h), 287.30±35.56 (6 h), 273.32±41.94 (12 h), 260.82±40.67 (24 h). Statistical analysis revealed there was no significant influence of mouthwash type (alcohol or alcohol-free mouthwash), immersion duration (0, 6, 12, 24 h), and combination of mouthwash type and immersion duration (p>0.05) to the compressive strength of FRCs. The conclusions were the mouthwash types, immersion duration, and combination of mouthwash type and immersion duration did not influence the compressive strength of E-glass FRC.
机译:纤维增强复合树脂(FRC)是牙科填充材料的普及。在口腔中,它将与口腔环境接触,包括口服清洁剂。该研究旨在确定漱口水对FRC抗压强度的影响。使用的材料是电子玻璃FRC(Everx后,GC Corp,Japan),酒精漱口水(原创Listerine,Johnson&Johnson,Indonesia),无酒精漱口水(Listerine Cool Mint Zero,Johnson&Johnson,Indonesia)。四十五个FRC是圆柱形的。标本分为2组漱口水浸泡:酒精和无酒精漱口水。将该基团由0,6,12和24小时浸没。通过通用试验机记录样品进行抗压强度。数据通过ANOVA进行分析。压缩强度值(MPa)的结果是(醇漱口水):293.59±30.54(0h),284.43±46.91(6小时),268.71±44.66(12小时),252.19±31.49(24小时); (无酒精漱口水):294.12±28.17(0h),287.30±35.56(6小时),273.32±41.94(12小时),260.82±40.67(24小时)。统计学分析显示漱口水型(醇或无含酒精漱口水),浸渍持续时间(0,6,12,24小时)和漱口型和浸渍持续时间(P> 0.05)的组合对压缩强度的影响没有显着影响FRCS。结论是漱口水类型,浸入持续时间和漱口型和浸入持续时间的组合不会影响E-玻璃FRC的抗压强度。

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