The effects of NaF, alpha-C12DMEAHF and alpha-C12DMEAHCl on caries development in dentine in situ.

Journal de biologie buccale Pub Date : 1992-09-01
E J van Croonenburg, J H Wöltgens, D M Lyaruu, H A Veldman
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Abstract

Using histological techniques it was possible to demonstrate that during in situ caries development in bovine dentine, the demineralization process preceded the emergence and changes in the organic matrices. In addition, these data demonstrated as that 0.006% F- given either as the quaternary ammonium compound or NaF completely prevented demineralization by acting primarily on the dentine mineral. Inhibition by the quaternary ammonium compound alone was incomplete probably through repression of acid production by micro-organisms normally resident in the saliva.

NaF、α - c12dmeahf和α - c12dmeahcl对牙本质原位龋发育的影响。
利用组织学技术可以证明,在牛牙本质原位龋发育过程中,脱矿过程先于有机基质的出现和变化。此外,这些数据表明,0.006%的F-无论是作为季铵化合物还是NaF,通过主要作用于牙本质矿物,完全阻止了脱矿。单独的季铵化合物的抑制作用是不完全的,可能是通过抑制通常居住在唾液中的微生物的产酸。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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