Publication
Utilização de cimentos biocerâmicos em endodontia: biodentine™
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| PPG_9232 | 465.46 KB | Adobe PDF |
Advisor(s)
Abstract(s)
Introdução e objectivos:
Com o presente trabalho, propomos-nos a analisar o que a literatura científica actual, tem vindo a relatar, relativamente aos cimentos Biocerâmicos à base de silicato de cálcio, mais específicamente o material denominado por Biodentine™. Propomo-nos a tentar esclarecer se as características anunciadas como promissoras pelo fabricante nas diversas aplicações deste cimento se confirmam na realidade, através da pesquisa e análise bibliográfica de estudos já realizados.
Materiais e Métodos:
Para a realização da pesquisa bibliográfica foram usados os motores de busca e bases de dados da “Pub med”, “scielo” e “Google académico”. Foram selecionados artigos de revisão bibliográfica, meta-análise e estudos randomizados, disponíveis em língua inglesa, que no âmbito da pesquisa de seleção estivessem limitados temporalmente desde o ano 2000 a 2017, tendo sido este o critério de inclusão principal.
Discussão:
Foram referênciadas as diversas utilizações indicadas do Biodentine™, que, como cimento da família dos cimentos à base de silicato de cálcio, apresenta vantagens relativamente a cimentos tradicionais como Hidróxido de Cálcio, Ionómero de Vidro, Óxido de Zinco-Eugenol e, mesmo relativamente ao actual MTA.
Conclusão:
Concluiu-se que o Biodentine™ apresenta bom comportamento nas utilizações que lhe são indicadas, respondendo de forma expectável às solicitações de que é alvo. Notou-se no entanto, que devem ser feitos mais estudos sobre a utilização do mesmo, nomeadamente nos casos em que foi notada que a sua dificuldade de remoção pode prejudicar o retratamento endodôntico.
Introduction and objectives: This bibliographical revision purposes to refer what the actual scientific literature has been mentioning about the Bioceramic, calcium-silicate based cements, specifically Biodentine™. It aims to confirm if its promising characteristics referred by the manufacturer on the diverse mentioned applications, based on bibliographic research of scientific, studies are indeed real. Material and methods: To perform the bibliographic research there were used the “Pub med”, “scielo” and “Google académico” databases and search engines. The articles selected were bibliographic revision, meta-analysis or randomized studies kind, published in English language between 2000 and 2017, being this, the main inclusion criteria. Discussion: Diverse Biodentine™ indications were referred and it was noticed that being a calcium silicate based cement, it has diverse advantages relatively to other cements like calcium hydroxide, glass ionomer, zinc oxide eugenol, and even to the actual MTA. Conclusion: It was possible to conclude that Biodentine™ has a good behavior on its indicated uses, and its response to solicitations of usage is very satisfactory. It was, nevertheless, noted a need for more future studies to be performed on its usage behavior, namely on the cases that the removal of Biodentine™ was noted as being somewhat difficult when an endodontic retreatment is needed.
Introduction and objectives: This bibliographical revision purposes to refer what the actual scientific literature has been mentioning about the Bioceramic, calcium-silicate based cements, specifically Biodentine™. It aims to confirm if its promising characteristics referred by the manufacturer on the diverse mentioned applications, based on bibliographic research of scientific, studies are indeed real. Material and methods: To perform the bibliographic research there were used the “Pub med”, “scielo” and “Google académico” databases and search engines. The articles selected were bibliographic revision, meta-analysis or randomized studies kind, published in English language between 2000 and 2017, being this, the main inclusion criteria. Discussion: Diverse Biodentine™ indications were referred and it was noticed that being a calcium silicate based cement, it has diverse advantages relatively to other cements like calcium hydroxide, glass ionomer, zinc oxide eugenol, and even to the actual MTA. Conclusion: It was possible to conclude that Biodentine™ has a good behavior on its indicated uses, and its response to solicitations of usage is very satisfactory. It was, nevertheless, noted a need for more future studies to be performed on its usage behavior, namely on the cases that the removal of Biodentine™ was noted as being somewhat difficult when an endodontic retreatment is needed.
Description
Keywords
Biocerâmicas em endodontia Biodentine™ em endodontia Biocerâmica biodentine™ MTA e biocerâmicas MTA e cimento biodentine™ Biodentine™ Obturadores canalares Obturador canalar biocerâmico Propriedades do biodentine™ Bioceramics in endodontics Biodentine™ in endodontics Bioceramic biodentine™ MTA and bioceramics MTA and biodentine™ Biodentine™ cement Root canal sealers Bioceramic root canal sealers Biodentine™ properties