Remineralization strategy for enamel subsurface lesions using bleaching therapy

唾液蛋白质与30%H_2O_2反应，导致某些蛋白质片段化。此外，我们检测到在办公室漂白剂的能力，以消除人类唾液蛋白成分渗透到釉质次表面病变。此外，免疫印迹法与抗血清statherin的抗体表明，在办公室漂白后，在病变中的statherin的抗体反应是不可检测的。这些结果表明，漂白将有助于促进釉质的再矿化。

Salivary proteins reacted with 30% H_2O_2, resulting in fragmentation of certain proteins. Also, we detected in-office bleaching agent in their capacity to remove human salivary protein components penetrated into the enamel subsurface lesions. Furthermore, western blotting with antibody against serum statherin indicated that antibody response of statherin in the lesions was undetectable after the in-office bleaching. These results indicate that bleaching will be useful for advancing of enamel remineralization.