Pfarrer A M, White D J, Featherstone J D
Procter & Gamble Company, Health Care Research Center, Mason, OH, USA.
J Clin Dent. 2001;12(2):30-3.
A series of pH cycling "profile" laboratory studies was conducted to confirm the anticaries potential of an enhanced cleaning and whitening dentifrice based on a novel abrasive polishing silica and pyrophosphate tartar control source, with sodium fluoride as the anticaries ingredient. Under pH cycling remineralization conditions, the whitening dentifrice produced lesion fluoridation comparable to a conventional tartar control dentifrice containing combinations of pyrophosphate anion and a NaF fluoride ion source. Under pH cycling lesion progression conditions, the whitening dentifrice produced enamel protection against caries development, comparable to control dentifrices containing NaF alone or in combination with tartar control pyrophosphate anion. These results are consistent with clinical data supporting the effectiveness of NaF dentifrices combined with anionic tartar control inhibitors such as pyrophosphate. These results support the anticaries effectiveness of the enhanced cleaning and whitening dentifrice based upon "Stain-Specific Soft Silica."
开展了一系列pH循环“曲线”实验室研究,以确认一款强化清洁和美白牙膏的防龋潜力。该牙膏基于一种新型研磨性抛光二氧化硅和焦磷酸盐牙垢控制源,并以氟化钠作为防龋成分。在pH循环再矿化条件下,这款美白牙膏产生的病损氟化物与一款含有焦磷酸根阴离子和NaF氟离子源组合的传统防牙垢牙膏相当。在pH循环病损进展条件下,这款美白牙膏对龋齿发展产生的牙釉质保护作用,与单独含有NaF或与防牙垢焦磷酸根阴离子组合的对照牙膏相当。这些结果与支持NaF牙膏联合焦磷酸盐等阴离子牙垢控制抑制剂有效性的临床数据一致。这些结果支持了基于“污渍特异性软质二氧化硅”的强化清洁和美白牙膏的防龋有效性。