Nancollas G H
J Dent Res. 1979 Mar;58(Spec Issue B):861-70. doi: 10.1177/00220345790580024001.
The course of enamel remineralization in aqueous solution is markedly dependent upon factors such as ionic medium supersaturation, pH, ionic strength, and the relative concentration of mineralizing surface. Although numerous attempts have been made to determine the mechanism of both the spontaneous and seeded precipitation reactions, it is only recently, through the use of a constant solution composition technique, that quantitative information can be obtained concerning the intermediate calcium phosphate phases which are formed during mineralization. Studies of surface phases in the presence of potential anti-calculus and anti-caries agents are facilitated using this approach.
在水溶液中，牙釉质再矿化的过程明显取决于多种因素，如离子介质过饱和度、pH值、离子强度以及矿化表面的相对浓度。尽管人们已经多次尝试确定自发沉淀反应和晶种沉淀反应的机制，但直到最近，通过使用恒定溶液成分技术，才能够获得有关矿化过程中形成的中间磷酸钙相的定量信息。利用这种方法有助于研究在潜在的防牙石和防龋齿剂存在下的表面相。
