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Publication
Activa Bioactive: eficácia e comparação com materiais restauradores tradicionais de dentes decíduos – uma revisão sistemática
| Name: | Description: | Size: | Format: | |
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| Projeto de pós-graduação_38543 | 1.38 MB | Adobe PDF |
Advisor(s)
Abstract(s)
A presente revisão sistemática teve como objetivo principal avaliar, de forma exaustiva e abrangente, a eficácia do material restaurador com o nome comercial ACTIVA BioACTIVE Kids™, especificamente aplicado em dentes decíduos. Estes dentes, também denominados dentes temporários ou dentes de leite, desempenham um papel crucial na saúde oral das crianças, sendo que a sua restauração adequada é fundamental para assegurar o correto desenvolvimento da dentição permanente. A análise comparativa realizada nesta revisão centrou-se na comparação deste material inovador com outros materiais restauradores convencionais, amplamente utilizados na prática clínica da medicina dentária. Para assegurar a robustez dos resultados e a qualidade das evidências reunidas, a pesquisa foi realizada em duas das principais bases de dados científicas: PubMed e Cochrane. Durante o processo de seleção dos estudos a incluir na revisão, foram aplicados critérios rigorosos, que resultaram na inclusão de diversos tipos de estudos, nomeadamente ensaios clínicos randomizados e controlados, assim como estudos observacionais. Ambos os tipos de estudos são de extrema relevância, pois permitem uma análise mais profunda e comparativa entre o desempenho da resina ACTIVA™ e dos materiais restauradores convencionais. A análise foi orientada por critérios específicos, tais como a resistência ao cisalhamento, que se refere à capacidade do material restaurador suportar forças aplicadas lateralmente, o que é essencial para a durabilidade das restaurações em dentes decíduos. Outros critérios cruciais avaliados incluíram os efeitos biológicos do material sobre células-tronco da polpa dentária humana, que são indicativos do impacto biocompatível do material nos tecidos dentários, e a taxa de microinfiltração marginal, um fator diretamente relacionado com a longevidade das restaurações e a prevenção de lesões de cárie secundárias. No total, foram selecionados e analisados 8 estudos que cumpriam rigorosamente todos os critérios de inclusão estabelecidos. Os resultados extraídos desses estudos revelaram que o material ACTIVA™ apresentou uma resistência ao cisalhamento significativamente superior, o que sugere uma maior durabilidade das restaurações em comparação com os materiais convencionais. Além disso, os efeitos biológicos observados em células-tronco da polpa dentária humana foram positivos, indicando uma biocompatibilidade e potencial para promover a regeneração do tecido pulpar. A análise da taxa de microinfiltração marginal revelou também que o ACTIVA™ apresentou melhores resultados, o que indica uma superioridade no selamento marginal e na prevenção de infiltrações que poderiam levar ao desenvolvimento de lesões de cárie secundária. Em conclusão, a resina ACTIVA™ mostrou ser um material inovador e extremamente promissor para o uso em Odontopediatria. Apresentou vantagens significativas quando comparado com os materiais restauradores tradicionais, destacando-se pela sua durabilidade superior, maior proteção da polpa dentária e um menor risco de desenvolvimento de lesões de cárie secundárias, o que a torna uma opção valiosa e recomendada para a prática clínica em crianças.
The main objective of this systematic review was to evaluate, in an exhaustive and comprehensive manner, the efficacy of the restorative material with the commercial name ACTIVA BioACTIVE Kids™, specifically applied to deciduous teeth. These teeth, also called temporary teeth or baby teeth, play a crucial role in the oral health of children, and their adequate restoration is essential to ensure the correct development of permanent teeth. The comparative analysis carried out in this review focused on comparing this innovative material with other conventional restorative materials, widely used in clinical dentistry practice. To ensure the robustness of the results and the quality of the evidence gathered, the search was carried out in two of the main scientific databases: PubMed and Cochrane. During the selection process of the studies to be included in the review, strict criteria were applied, which resulted in the inclusion of several types of studies, namely randomized and controlled clinical trials, as well as observational studies. Both types of studies are extremely relevant, as they allow a more in-depth and comparative analysis between the performance of ACTIVA™ resin and conventional restorative materials. The analysis was guided by specific criteria, such as shear strength, which refers to the ability of the restorative material to withstand laterally applied forces, which is essential for the durability of restorations in primary teeth. Other crucial criteria evaluated included the biological effects of the material on human dental pulp stem cells, which are indicative of the biocompatible impact of the material on dental tissues, and the marginal microleakage rate, a factor directly related to the longevity of restorations and the prevention of secondary caries lesions. In total, 8 studies that strictly met all the established inclusion criteria were selected and analyzed. The results extracted from these studies revealed that the ACTIVA™ material presented a significantly higher shear strength, which suggests greater durability of restorations compared to conventional materials. Furthermore, the biological effects observed on human dental pulp stem cells were positive, indicating biocompatibility and potential to promote pulp tissue regeneration. The analysis of the marginal microleakage rate also revealed that ACTIVA™ presented better results, which indicates superiority in marginal sealing and in preventing infiltrations that could lead to the development of secondary caries lesions. In conclusion, ACTIVA™ resin proved to be an innovative and extremely promising material for use in pediatric dentistry. It presented significant advantages when compared to traditional restorative materials, standing out for its superior durability, greater protection of the dental pulp and a lower risk of developing secondary caries lesions, which makes it a valuable and recommended option for clinical practice in children.
The main objective of this systematic review was to evaluate, in an exhaustive and comprehensive manner, the efficacy of the restorative material with the commercial name ACTIVA BioACTIVE Kids™, specifically applied to deciduous teeth. These teeth, also called temporary teeth or baby teeth, play a crucial role in the oral health of children, and their adequate restoration is essential to ensure the correct development of permanent teeth. The comparative analysis carried out in this review focused on comparing this innovative material with other conventional restorative materials, widely used in clinical dentistry practice. To ensure the robustness of the results and the quality of the evidence gathered, the search was carried out in two of the main scientific databases: PubMed and Cochrane. During the selection process of the studies to be included in the review, strict criteria were applied, which resulted in the inclusion of several types of studies, namely randomized and controlled clinical trials, as well as observational studies. Both types of studies are extremely relevant, as they allow a more in-depth and comparative analysis between the performance of ACTIVA™ resin and conventional restorative materials. The analysis was guided by specific criteria, such as shear strength, which refers to the ability of the restorative material to withstand laterally applied forces, which is essential for the durability of restorations in primary teeth. Other crucial criteria evaluated included the biological effects of the material on human dental pulp stem cells, which are indicative of the biocompatible impact of the material on dental tissues, and the marginal microleakage rate, a factor directly related to the longevity of restorations and the prevention of secondary caries lesions. In total, 8 studies that strictly met all the established inclusion criteria were selected and analyzed. The results extracted from these studies revealed that the ACTIVA™ material presented a significantly higher shear strength, which suggests greater durability of restorations compared to conventional materials. Furthermore, the biological effects observed on human dental pulp stem cells were positive, indicating biocompatibility and potential to promote pulp tissue regeneration. The analysis of the marginal microleakage rate also revealed that ACTIVA™ presented better results, which indicates superiority in marginal sealing and in preventing infiltrations that could lead to the development of secondary caries lesions. In conclusion, ACTIVA™ resin proved to be an innovative and extremely promising material for use in pediatric dentistry. It presented significant advantages when compared to traditional restorative materials, standing out for its superior durability, greater protection of the dental pulp and a lower risk of developing secondary caries lesions, which makes it a valuable and recommended option for clinical practice in children.
Description
Keywords
Resinas bioativas Activa Bioactive Activa Kids Bioactive resins