Calcium ions (Ca2+) is the main element of dental pulp capping materials. Ca 2+ signaling
plays a crucial role in a myriad of cell activities. An overwhelming array of studies have …

The inherent characteristics of resin composite can lead to micro-leakage after
polymerization shrinkage. The bacteria invasion through edge micro-leakage and …

Zeolites A-and X-type were synthesized and subjected to the ion exchange to obtain their
calcium forms which were further impregnated with methacrylic acid as bonding agent to …

Calcium montmorillonite and montmorillonite with hydroxyapatite layer were used as fillers
with remineralizing potential in composites for dental applications. These fillers were also …

Calcium phosphates (CaPs)-containing composites have already shown good properties
from the point of view of dental restorative materials. The purpose of this study was to …

This research work aims to represent the renovations in the physical and mechanical
properties of nano-hydroxyapatites (nHAPs) filled dental restorative composite (DRCs). The …

The objective of the study is to obtain the modified zeolite powders and to apply these
materials as active fillers in the dental composites with the remineralizing potential. Three …

The epithelium of the ventral surface of the apex of the tongue in most birds is specified by
the presence of the special superficial layer called lingual nail. The aim of the present study …

The objectives of this study were to evaluate 4 aspects of ion-leaching restorative materials
(ILMs): 4-point bending flexural strength (4 PB-FS) and relative mechanical properties; …

The surface properties of the fillers have a significant effect on the mechanical properties of
the composites. Despite many uses of diazonium interface chemistry, it has rarely been used …