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Publication
Resistência e longevidade de adesão da cimentação de espigões em fibra de vidro: revisão narrativa
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 37555 | 714.05 KB | Adobe PDF |
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Abstract(s)
Objetivo: Comparar várias estratégias de cimentação disponíveis para espigões de fibra de vidro, destacando a durabilidade e a resistência de união criada e abordando os fatores que podem afetar a sua retenção.
Metodologia: Pesquisa bibliográfica realizada nas bases de dados online Pubmed/Medline e Science Direct. Os resultados obtidos foram submetidos a critérios de inclusão e exclusão. Dos 524 artigos encontrados, 49 foram utilizados para realizar esta revisão e, destes, 6 estudos in vitro foram selecionados para efetuar uma análise metodológica e qualitativa da literatura.
Conclusão: Apesar das suas limitações, os cimentos resinosos autoadesivos correspondem à melhor estratégia adesiva. A não concordância entre autores suporta a necessidade da realização de mais estudos in vitro e, dada a sua escassez, ensaios clínicos prospetivos com períodos de follow-up longos.
Objective: Compare various available cementation strategies for fiberglass posts, highlighting the durability and bond strength created and addressing the factors that may affect their retention. Methodology: Bibliographic research conducted in the online databases Pubmed/Medline and Science Direct. The results obtained were submitted to inclusion and exclusion criteria. Of the 524 articles found, 49 were used to carry out this review and, of these, 6 in vitro studies were selected to carry out a methodological and qualitative analysis of the literature. Conclusion: Despite their limitations, self-adhesive resin cements correspond to the best adhesive strategy. The lack of agreement among authors supports the need for further in vitro studies and, given their scarcity, prospective clinical trials with long follow-up periods.
Objective: Compare various available cementation strategies for fiberglass posts, highlighting the durability and bond strength created and addressing the factors that may affect their retention. Methodology: Bibliographic research conducted in the online databases Pubmed/Medline and Science Direct. The results obtained were submitted to inclusion and exclusion criteria. Of the 524 articles found, 49 were used to carry out this review and, of these, 6 in vitro studies were selected to carry out a methodological and qualitative analysis of the literature. Conclusion: Despite their limitations, self-adhesive resin cements correspond to the best adhesive strategy. The lack of agreement among authors supports the need for further in vitro studies and, given their scarcity, prospective clinical trials with long follow-up periods.
Description
Keywords
Espigões de fibra de vidro Técnicas de cimentação Cimentos resinoso Ionómero de vidro Ionómero de vidro modificado por resina Resistência de união Cimentos autoadesivos Cimentos autopolimerizáveis Fiberglass posts Cementation technique Resin cement Glass ionomer Resin modified glass ionomer Bond strength Self-adhesive cement Self-curing cements