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Potential of nano-silver fluoride for tooth enamel caries prevention

机译:纳米氟化银预防牙釉质龋齿的潜力

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This ex vivo study evaluated the efficiency of nano-silver fluoride (NSF) to enamel remineralization of deciduous teeth submitted to a high cariogenic challenge. 33 specimens of sound enamel were distributed into three groups: treated with sodium fluoride, with NSF, and deionized water. All specimens were submitted to microhardness test before chemical caries induction; post-induction of caries; and post-cariogenic challenge. The high cariogenic challenge was carried out in 14 daily cycles. There was no significant statistical difference (p=0.958) of enamel microhardness between NSF-treated and NaF-treated specimens. However, it presented significant difference between water-treated specimens and both NSF-treated and NaF-treated specimens (p=0.003).Furthermore, optical coherence tomography was employed for caries diagnosis, as it can be used in clinical environment.
机译:这项离体研究评估了纳米氟化银(NSF)在乳牙牙釉质再矿化中的有效性,该乳牙遭受了强烈的致龋性挑战。 33个声音搪瓷标本分为三组:氟化钠,NSF和去离子水处理。在化学龋齿诱导之前,所有样品都进行了显微硬度测试。后诱发龋齿;和致龋后的挑战。高致龋性攻击每天进行14次。 NSF处理和NaF处理的标本之间牙釉质显微硬度无统计学差异(p = 0.958)。但是,水处理标本与NSF处理和NaF处理标本之间存在显着差异(p = 0.003)。此外,光学相干层析成像技术可用于龋齿诊断,因为它可以在临床环境中使用。

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