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Publication
Centro biocerâmico reparador: e suas propriedades na endodontia
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| PPG_35046 | 427.91 KB | Adobe PDF |
Advisor(s)
Abstract(s)
O EndoSequence Root Repair Material® (ERRM®) surgiu devido às limitações de uso, tempo de presa e potencial de descoloração evidentes no material conhecido como Agregado Trióxido Mineral® (MTA®), até então tido como primeira escolha no mercado dos cimentos reparadores endodônticos. Para avaliar a eficácia deste novo material, foram realizados estudos comparativos das diversas características referentes a ambos materiais. O objetivo desta revisão bibliográfica foi conhecer as propriedades químicas, físicas e biológicas do produto supracitado, qualificando o mesmo como um material alternativo promissor na endodontia clínica atual.
EndoSequence Root Repair Material® (ERRM®) has emerged due to the limitations of use, prey time and potential decolorization evident in material known as Aggregate Trioxide Mineral® (MTA®), until then the first choice in the market for endodontic repairers. In order to evaluate the efficacy of this new material, comparative studies of the different characteristics of both materials were carried out. The objective of this bibliographic review was to know the chemical, physical and biological properties of the aforementioned product, qualifying it as a promising alternative material in the current clinical endodontics.
EndoSequence Root Repair Material® (ERRM®) has emerged due to the limitations of use, prey time and potential decolorization evident in material known as Aggregate Trioxide Mineral® (MTA®), until then the first choice in the market for endodontic repairers. In order to evaluate the efficacy of this new material, comparative studies of the different characteristics of both materials were carried out. The objective of this bibliographic review was to know the chemical, physical and biological properties of the aforementioned product, qualifying it as a promising alternative material in the current clinical endodontics.
Description
Keywords
EndoSequence Root Repair Material