OBJECTIVES: To review the available literature investigating the effects of peroxide-based
products and solutions on enamel and dentine properties. SOURCES: All original scientific …

OBJECTIVE: Numerous studies investigated the impact of bleaching procedures on enamel
microhardness. The outcomes of these studies reveal inconsistencies regarding the fact …

High concentrations of hydrogen peroxide can cause adverse effects on composition and
structure of teeth. However, the addition of calcium and fluoride in bleaching agents may …

OBJECTIVES: Tooth bleaching agents may adversely affect tooth structure. The aim of this
study was to investigate the effect of hydrogen peroxide concentration on mineral loss and …

Purpose To determine the change in the chemical composition of enamel and dentin as well
as to evaluate the differences in surface texture of the same dental hard tissues following …

Concern has been expressed regarding the staining of enamel surface by different
beverages after bleaching. This study investigated the influence of 35% hydrogen peroxide …

Background The authors conducted an in situ study of the influence of various time intervals
after tooth bleaching with 35 percent hydrogen peroxide on the bond strength of resin-based …

Objective: The present study aimed to determine if the addition of fluoride (F) and calcium
(Ca) to home-applied 10% carbamide peroxide (CP) bleaching agents reduces mineral loss …

OBJECTIVE: Aim of the in vitro study was to evaluate the time period needed to re-establish
enamel surface microhardness after bleaching with fluoridated (0.5% F− as NaF) and …

Tooth bleaching agents may weaken the tooth structure. Therefore, it is important to
minimize any risks of tooth hard tissue damage caused by bleaching agents. The aim of this …