Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)Purpose: To evaluate the influence of bleaching on bond strength to enamel and subjacent dentin, and to determine whether a reduced application time (1 min) of the antioxidizing agent can obviate the compromised bond strength after bleaching. Materials and Methods: One hundred twelve bovine incisors were obtained, and the enamel and dentin surfaces were standardized to a thickness of 1 mm. The specimens were divided into two control groups (enamel and dentin without treatment) and 12 experimental groups (n = 10), based on the concentration of bleaching agents (carbamide peroxide 16% and hydrogen peroxide 35%), time interval between bleaching and restorative procedures (24 h; 24 h ...
PubMed ID: 15544654The purpose of this study was to comparatively investigate the effect of antioxid...
Objectives: This study evaluated the influence of different exposure times to saliva in situ in com...
This study evaluated the effect of antioxidant agents on microtensile bond strengths (mTBS) of compo...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
studies have shown that compromised bonding to bleached enamel can be reversed with antioxidants. Ai...
WOS: 000186401600024PubMed ID: 14653300Many studies have shown a considerable reduction in enamel bo...
WOS: 000186401600024PubMed ID: 14653300Many studies have shown a considerable reduction in enamel bo...
The aim of this study was to investigate the neutralizer effect of antioxidant agents on the bond s...
The aim of this study was to investigate the neutralizer effect of antioxidant agents on the bond st...
of this study was to investigate the neutralizer effect of antioxidant agents on the bond strength o...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
Background: Reduction in bond strength when bonding was done immediately after intracoronal bleachin...
PubMed ID: 18666503Many studies have shown a considerable reduction in the enamel bond strength of r...
WOS: 000235384200016PubMed ID: 16473720Introduction: The purpose of this study was to investigate th...
PubMed ID: 15544654The purpose of this study was to comparatively investigate the effect of antioxid...
Objectives: This study evaluated the influence of different exposure times to saliva in situ in com...
This study evaluated the effect of antioxidant agents on microtensile bond strengths (mTBS) of compo...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
studies have shown that compromised bonding to bleached enamel can be reversed with antioxidants. Ai...
WOS: 000186401600024PubMed ID: 14653300Many studies have shown a considerable reduction in enamel bo...
WOS: 000186401600024PubMed ID: 14653300Many studies have shown a considerable reduction in enamel bo...
The aim of this study was to investigate the neutralizer effect of antioxidant agents on the bond s...
The aim of this study was to investigate the neutralizer effect of antioxidant agents on the bond st...
of this study was to investigate the neutralizer effect of antioxidant agents on the bond strength o...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
Several studies have shown that compromised bonding to bleached enamel can be reversed with antioxid...
Background: Reduction in bond strength when bonding was done immediately after intracoronal bleachin...
PubMed ID: 18666503Many studies have shown a considerable reduction in the enamel bond strength of r...
WOS: 000235384200016PubMed ID: 16473720Introduction: The purpose of this study was to investigate th...
PubMed ID: 15544654The purpose of this study was to comparatively investigate the effect of antioxid...
Objectives: This study evaluated the influence of different exposure times to saliva in situ in com...
This study evaluated the effect of antioxidant agents on microtensile bond strengths (mTBS) of compo...