Active clinical trials for "Dental Caries"

The purpose of this study is to evaluate and compare the clinical and radiographic performance of zirconia and stainless steel crowns on permanent molar

Comparative study between Biodentine and MTA in direct pulp capping of deeply carious teeth.

To compare radiographic and clinical outcomes and survival of mineral trioxide aggregate/ferric sulfate (MTA/FS) pulpotomy and root canal therapy (RCT) in carious vital primary maxillary incisors.

The purpose of this study is to evaluate the therapeutic benefit of Curodont Repair for the treatment of early approximal carious lesions compared to fluoride.

Severe dental decay affects children physically, emotionally, socially and thereby impacts on their quality of life. Evidence from developed countries showed that children with severe dental decay weighed less than their peers and following dental treatment children's growth and quality of life improved. This suggests that treatment of severe dental decay may enhance growth and wellbeing. A study was carried out in Saudi to test that hypothesis.

The purpose of this study is to evaluate the performance of a new dental adhesive system in the restoration of Class I and Class II cavities in adult teeth.

compare 2-year clinical performance of recent bioactive ionic resin composite to resin-modified glass ionomer liner in indirect dental pulp treatment.

This study is aimed to evaluate the clinical performance of new One-shade universal composite resin as posterior restoration using US Public Health Service "USPSH" criteria for color match, marginal adaptation, surface texture, retention, recurrent caries and others after 1, 3, 6 and 9 months.

management of endodontically treated first permanent molar with deep dental caries is one of the challenging procedure that the operator face. Using resin endocrown or stainless steel crown restoration to make comparison which one is more successful in children.

This study is being conducted to test whether the use of diammine silver fluoride (also called silver diamine fluoride) hardens the cavity sufficiently so that it arrests.