[Biocompatible materials for use in apicotomy].

Area of Science:

• Biomaterials Science
• Dental Materials Research
• Clinical Dentistry

Context:

• Traditional dental restorative materials such as amalgam and gutta-percha have limitations.
• Biocompatible alternatives have been developed over the past decade.
• Titanium and alumina represent advanced biocompatible materials for dental applications.

Purpose:

• To evaluate the clinical and radiological efficacy of titanium and alumina as dental restorative materials.
• To compare the outcomes of biocompatible materials with traditional dental materials.
• To identify the current limitations and scope of application for these advanced materials.

Summary:

• Clinical and radiological assessments indicate favorable results for titanium and alumina in dental restorations.
• These advanced materials demonstrate superior performance compared to conventional options.
• Despite positive outcomes, their use is currently restricted primarily to anterior maxillary teeth and mandibular canines.

Impact:

• Suggests a shift towards more biocompatible materials in restorative dentistry.
• Highlights the potential of titanium and alumina for improved dental treatment outcomes.
• Identifies a need for further research to expand the application range of these materials beyond current limitations.