Preheating of resin-based flowable materials in a microwave device: a promising approach to increasing hardness and softening resistance under cariogenic challenge.

Boniek Castillo Borges, Adrielle Silva Barreto, Cláudia Lobelli Gomes, Talles Rodrigo Silva, Clodomiro Alves-Júnior, Isauremi Vieira Pinheiro, Rodivan Braz, Marcos Antonio Montes
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Abstract

This study aimed to evaluate whether preheated resin-based flowable restoratives would show increased hardness and softening susceptibility after an early cariogenic challenge. Fluroshield- Yellowed, Bioseal, Wave, Master Flow, Fluroshield-White, Conseal F, Filtek Z350 Flow, and Opallis Flow were tested. Preheating was performed using a microwave device. Five specimens of each preheated or room temperature material (n = 5) were fabricated. Hardness was assessed before and after a cariogenic challenge. The analysis was done by two-way analysis of variance (ANOVA) with repeated measures (cariogenic challenge) and Tukey's test for multiple comparisons (

在微波装置中预热树脂基可流动材料:在龋齿挑战下提高硬度和抗软化性的一种有前途的方法。
本研究旨在评估在早期龋病发生后,预热的树脂基可流动修复体是否会增加硬度和软化敏感性。Fluroshield- yellows, Bioseal, Wave, Master Flow, Fluroshield- white, Conseal F, Filtek Z350 Flow和Opallis Flow进行了测试。采用微波装置进行预热。每种预热或室温材料各制作5个试样(n = 5)。在龋齿挑战之前和之后评估硬度。分析采用重复测量的双向方差分析(ANOVA)和多重比较的Tukey检验(
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