Aims Composite materials are widely used in dentistry for direct tooth restorations. However,
they are highly sensitive to the working technique employed during the restorative …

Aim: The aim of the study was to compare and evaluate proximal contact tightness and
contours using two newer contact-forming systems in Class II composite restorations …

Aims and objectives Proximal contacts and their interdigitation through occlusal contact with
opposing teeth play a major role in children, for the eruption of permanent teeth into normal …

Biomechanics is a branch of bioengineering, which we define as the application of
engineering principles to biological systems. Orofacial biomechanics constitutes the …

Aim: The aim of the study is to evaluate and compare the 1-year clinical performance of
conventional direct composite restoration technique with a novel “custom shield” technique …

Aim and objective To evaluate and compare the microleakage of unmodified microhybrid
composite and 0.2% chitosan-incorporated composite in class V cavities restored …

Aim: Type II glass ionomer cement (GIC) is a posterior restorative material that is generally
not recommended for interaction with stainless steel due to chemical ion exchange. The …

Patient with dental anxiety often requires special dental treatment. Anxiety for dental
treatment still becomes significant issue for some people. They often lead to avoidance of …

Oral health is paramount in dentistry. During many decays, research projects have been
focusing on oral health with the vast majority of these research topics were being on …

ABSTRACT A proper understanding of the relationship between periodontal tissues and
restorative dentistry is the key to ensuring adequate form, aesthetics and durability of …