ArticleMechanical Properties and Fluoride Release of Glass Ionomer Cement with Enhanced Antimicrobial Activity Derived from Addition of Schiff Base of Tetronic 1107
ArticleMechanical Properties and Fluoride Release of Glass Ionomer Cement with Enhanced Antimicrobial Activity Derived from Addition of Schiff Base of Tetronic 1107
ArticleShear Bond Strength of Low Shrinkage Resin Composite to Resin Modified and Nano-Filled Glass Ionomer Cements
ArticleShear Bond Strength of Low Shrinkage Resin Composite to Resin Modified and Nano-Filled Glass Ionomer Cements
ArticleEvaluation of Flexural and Compressive Strength for A Bioactive Restorative Material, Nanocomposite and Resin Modified Glass Ionomer: A Comparative Study
ArticleEvaluation of Flexural and Compressive Strength for A Bioactive Restorative Material, Nanocomposite and Resin Modified Glass Ionomer: A Comparative Study
ArticleEvaluation of Surface Hardness and Color Stability of Two Different Glass Ionomer Cements After Treatment with Calcium Chloride: An In-Vitro Study
ArticleEvaluation of Surface Hardness and Color Stability of Two Different Glass Ionomer Cements After Treatment with Calcium Chloride: An In-Vitro Study
ArticleMarginal Adaptation, Compressive Strength, Water Sorption, Solubility and Ion Release of a Claimed Bioactive Restorative Material
ArticleMarginal Adaptation, Compressive Strength, Water Sorption, Solubility and Ion Release of a Claimed Bioactive Restorative Material
ArticleFluoride Releasing/Recharging Ability of Bulk-Fill and Resin Modified Glass Ionomer Cements After the Application of Different Surface Coating Agents: An In -Vitro Study
ArticleFluoride Releasing/Recharging Ability of Bulk-Fill and Resin Modified Glass Ionomer Cements After the Application of Different Surface Coating Agents: An In -Vitro Study
ArticleEFFECT of GLASS IONOMER CEMENTS MODIFICATION with POLY(AMIDO-AMINE) and BIOACTIVE GLASS on THEIR COMPRESSIVE STRENGTH, SOLUBILITY, and SETTING TIME: an IN-VITRO STUDY
ArticleEFFECT of GLASS IONOMER CEMENTS MODIFICATION with POLY(AMIDO-AMINE) and BIOACTIVE GLASS on THEIR COMPRESSIVE STRENGTH, SOLUBILITY, and SETTING TIME: an IN-VITRO STUDY