Objectives To compare the performance of Cention-N® with direct restorative materials used
at the daily practice (eg, resin-based composites/RBC, glass ionomer cements/GIC …

Aim: The aim of this study was to examine and compare the flexural strength, shear bond
strength, and fluoride-releasing ability of glass ionomer cement (GIC), Fuji IX GIC®, and a …

Aim To evaluate the microleakage and dentin shear bond strength of two glass containing
restorative materials, Zirconomer and Cention N, and to compare them with a conventional …

Aim: This study aims to evaluate and compare the clinical performance of two restorative
materials–bioactive resin-modified glass ionomer (ACTIVA BioACTIVE restorative) and …

This study analyzed the physical-chemical properties of bioactive ionomer materials.
Cention N bioactive materials were evaluated chemically activated (CN) and light-cured (CN …

Introduction: Restoration of the tooth structure is essential for the proper functioning of the
teeth and prevention of further loss of tooth structure. The ideal requirement for restorative …

Background: Maintaining an adequate coronal sealing is of a great importance and is the
necessary prerequisite to maximize the long-term success rate of pulpotomy. Objectives: To …

Regardless of barriers linked to the patient's age and behaviour, restoring primary teeth can
be technically challenging, and researchers have long searched for an appropriate …

This study investigated the microtensile bond strength of Giomer compared to Resin-
Modified Glass Ionomer Cement (RMGIC). Sixteen sound molars were utilized. Following …

Aim The present study aimed to comparatively evaluate the giomer hybrid composite to resin-
modified GIC (glass ionomer cement) for restoration of Class I caries in primary molars …