Objectives The objectives of this study were to evaluate fluoride (F), calcium (Ca), and
phosphate (P) release of ion-leaching restorative materials (ILMs), their recharge efficacy …

This study investigated the potential of adhesive coating for hindering the reactivity of ion-
releasing dental restorative materials. Experimental composites were prepared by replacing …

Background: Fluoride is vital in dentistry for caries prevention, enhancing remineralization,
and inhibiting bacteria. Incorporating fluoride into restorative materials like glass-ionomer …

Background. The accessibility of the remineralizing ions in teeth's environment is essential
for their incorporation into caries-affected dentin. Novel bioglass-reinforced materials …

Objectives The aim of this study was to evaluate the fluoride-releasing abilities of
commercially available restorative materials such as—Activa™ BioActive-restorative™ …

Background: The overall success of dental restorations depends on the materials' ability to
bond to dental structures and to eliminate the microleakage. Therefore, the aim of this study …

Background: The management of children's anxiety in dental offices is still a challenge for
the treatment team. The most important factors which affect children's dental anxiety are the …

The ability to release and recharge fluoride is a property of glass ionomer cement materials,
which is an advantage for patients with a high caries risk. The purpose of this study was to …

Objective: Evaluate the effect of nano-filled coating on fluoride release/recharging ability of
Equia forte Fil and Fuji II LC glass ionomer cements in comparison to commonly used …

High viscous glass ionomer cement (GIC) has gained popularity as a restorative material;
however, high wear is pointed as one of the major drawbacks of this material. Protective …