Clinical trials

Immediate implant placement into a fresh extraction socket shortens overall treatment time and reduces the number of surgical procedures, but the fit between the implant and the socket walls, and the resulting soft-tissue contour, differ substantially between socket types. This study evaluates immediate implant placement in the molar and posterior region combined with an individually fabricated (customized) healing abutment, or sulcus former, that seals the socket and shapes the emergence profile from the day of surgery. Consecutive patients with a non-restorable posterior tooth are treated with flapless atraumatic extraction, immediate implant placement, grafting of the residual gap, and a chairside customized healing abutment fabricated on a titanium temporary abutment. Participants are grouped by the class of the post-extraction socket (A, B or C) according to the interradicular septal bone available for primary stability. Outcomes are preservation of peri-implant soft-tissue volume assessed with an intraoral scanner, preservation of alveolar bone volume assessed on cone-beam computed tomography, implant stability measured by resonance frequency analysis (ISQ) at placement and before loading, and time to definitive loading. Early wound healing on the Landry index, the degree of bone corticalization before loading, implant survival, healing-abutment complications and analgesic requirement are also recorded.

Fixed metal orthodontic appliances create additional plaque-retentive areas around brackets, archwires and ligatures, making mechanical plaque control more difficult in children and adolescents. Increased plaque accumulation may contribute to gingival inflammation, bleeding, halitosis and early enamel changes. Therefore, adjunctive preventive agents, including mouthwashes, may be clinically useful as part of a comprehensive oral hygiene program during fixed orthodontic treatment. The aim of the study is to evaluate the clinical effectiveness and tolerability of a test mouthwash in children and adolescents with fixed orthodontic appliances by monitoring plaque accumulation, gingival inflammation, gingival bleeding and halitosis.

The aim of the present work is to study the effect of the application of Silver diamine fluoride (SDF) and a novel green synthesized Nano-silver fluoride (NSF) on early enamel lesions in primary teeth. Proving their positive effect would be the basis for the development of innovative dental materials and hygienic agents to combat the carious process, which is a critical prerequisite for improving the quality of dental services and reducing dental anxiety and fear.