2015
DOI: 10.15600/2238-1236/fol.v25n2p47-55
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Biovidro 45S5: Um Avanço Biotecnológico nos Materiais Restauradores da Odontologia

Abstract: Revisões de LiteRatuRa / BiBliography review Biovidro 45s5: um avanço biotecnológico nos materiais restauradores da odontologia Bioglass 45S5: the biotechnology advance in restorative dentistry materials

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Cited by 3 publications
(2 citation statements)
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“…34 The advantages of using 58S bioglasses via the sol-gel route over traditional methods are greater purity and homogeneity, lower processing temperatures, better binding to bone tissue and better in vivo degradability and resorption. 35 From the characterization of the bioglass we can observe that the bioglass produced by the precipitated sol-gel route had smaller and more homogeneous particles, which would result in higher mineralization rates when compared to micrometric particles, 36 and that the addition of therapeutic ions in the production of bioglass influenced the morphology and quantity of fibers produced. Fibers produced from the solution doped with Mg present a greater formation of fibers and bioglass agglomerates when compared to fibers produced from the solution doped with Li and with fibers produced from the solution without ions (Figure 1).…”
Section: Discussionmentioning
confidence: 99%
“…34 The advantages of using 58S bioglasses via the sol-gel route over traditional methods are greater purity and homogeneity, lower processing temperatures, better binding to bone tissue and better in vivo degradability and resorption. 35 From the characterization of the bioglass we can observe that the bioglass produced by the precipitated sol-gel route had smaller and more homogeneous particles, which would result in higher mineralization rates when compared to micrometric particles, 36 and that the addition of therapeutic ions in the production of bioglass influenced the morphology and quantity of fibers produced. Fibers produced from the solution doped with Mg present a greater formation of fibers and bioglass agglomerates when compared to fibers produced from the solution doped with Li and with fibers produced from the solution without ions (Figure 1).…”
Section: Discussionmentioning
confidence: 99%
“…Este material bioativo dispõe de uma excelente capacidade para induzir a precipitação do fosfato de cálcio e, consecutivamente, a cristalização em hidroxiapatita quando imerso saliva. Devido ao seu mecanismo de ação, vidros bioativos possuem a capacidade de reparar defeitos ósseos e estão presentes em alguns tratamentos contra a hipersensibilidade dentinária 27,28 . 4.…”
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