Rehabilitación oral con fibra de polietileno en dientes endodónticamente tratados con mínimo remanente dentinario : resumen de revisiones sistemáticas
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Archivos
Fecha
2023
Profesor/a Guía
Facultad/escuela
Idioma
es
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Título del volumen
Editor
Universidad Andrés Bello
Nombre de Curso
Licencia CC
Licencia CC
Resumen
Resumen: Los dientes se vuelven más frágiles después de los tratamientos de endodoncia
aumentando la tasa de fracaso de restauraciones producto de las pérdidas generadas sobre la
estructura dental relacionadas a factores mecánicos ambientales. Objetivo: Comparar las fibras
de polietileno y vidrio en la rehabilitación de dientes endodónticamente tratados con mínimo
remanente dentario. Metodología: Se realizó una síntesis o overview de revisión sistemática
en la base de datos, Medline a través de PubMed, LILACS y el metabuscador Epistemonikos,
siendo aplicada las siguientes estrategias de búsqueda aplicada; “polyethylene fiber OR fiber
reinforced composite” y “polyethylene fiber AND restoration”. Resultados: La búsqueda
electrónica identifico 41 registros de los cuales 4 cumplieron los criterios de elegibilidad. Los
artículos seleccionados. A modo general, se indica que el éxito de la restauración se ve
condicionado por los materiales a elección, donde las propiedades mecánicas son
fundamentales para la supervivencia del tratamiento dental relacionado a los fallos operatorios
por fracturas. Conclusión: Las fibras de polietileno, han confirmado sus propiedades de
resistencia a la fractura en la rehabilitación dental. Asimismo, las fibras de vidrio, dada su
aplicación extendida, han reportado conocidas propiedades análogas al polietileno.
Abstract: Teeth become more fragile after endodontic treatments, increasing the failure rate of restorations as a result of the losses generated on the dental structure related to environmental mechanical factors. Objective: Compare polyethylene and glass fibers in the rehabilitation of endodontically treated teeth with minimal tooth remnant. Methodology: A synthesis or overview of a systematic review was carried out in the database, Medline through PubMed, LILACS and the Epistemonikos metasearch engine, the following search strategies being applied; “polyethylene fiber OR fiber reinforced composite” and “polyethylene fiber AND restoration”. Results: The electronic search identified 41 records of which 4 met the eligibility criteria. The selected articles. In general, it is indicated that the success of the restoration is conditioned by the materials chosen, where mechanical properties are essential for the survival of dental treatment related to surgical failures due to fractures. Conclusion: Polyethylene fibers have confirmed their fracture resistance properties in dental rehabilitation. Likewise, glass fibers, given their widespread application, have reported known properties analogous to polyethylene.
Abstract: Teeth become more fragile after endodontic treatments, increasing the failure rate of restorations as a result of the losses generated on the dental structure related to environmental mechanical factors. Objective: Compare polyethylene and glass fibers in the rehabilitation of endodontically treated teeth with minimal tooth remnant. Methodology: A synthesis or overview of a systematic review was carried out in the database, Medline through PubMed, LILACS and the Epistemonikos metasearch engine, the following search strategies being applied; “polyethylene fiber OR fiber reinforced composite” and “polyethylene fiber AND restoration”. Results: The electronic search identified 41 records of which 4 met the eligibility criteria. The selected articles. In general, it is indicated that the success of the restoration is conditioned by the materials chosen, where mechanical properties are essential for the survival of dental treatment related to surgical failures due to fractures. Conclusion: Polyethylene fibers have confirmed their fracture resistance properties in dental rehabilitation. Likewise, glass fibers, given their widespread application, have reported known properties analogous to polyethylene.
Notas
Proyecto de título (Cirujano Dentista)
Palabras clave
Endodoncia, Rehabilitación Oral, Materiales Dentales