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Monomers Release from Dental Composites: Effect of Immersion Media and Photoactivation Light Source | Science Publications

机译:牙科复合材料中的单体释放:浸没介质和光活化光源的影响科学出版物

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> The present study aimed to evaluate qualitatively and quantitatively the products released by composites with different light sources when immersed in distilled water or artificial saliva. Thirty-six samples were obtained from the composites using a silicone matrix. Specimens were divided into 12 groups according to: Composite (Charisma??, FiltekTMSilorane or GC Kalore??), device used for the materials photoactivation (halogen light or LED) and immersion medium (distilled water orartificialsaliva). Measurements were obtained using a UV-visible spectrophotometer. The FiltekTMSilorane resin showed the highest absorbance and thus the highest concentration of monomers released at the maximum time assessed when immersed in artificial saliva. No significant difference was observed in the amount of monomers release when using LED (0.54 mg mL-1) and halogen light (0.53 mg mL-1). Release of monomers from composites can occur and is dependent on the composite formulation, immersion medium or the photoactivation unit.
机译: >本研究旨在定性和定量评估浸入蒸馏水或人工唾液中的具有不同光源的复合材料释放的产品。使用有机硅基质从复合材料中获得了36个样品。标本根据以下成分分为12组:复合材料(Charisma ?? ,Filtek TM Silorane或GC Kalore ?? ),用于材料光活化(卤素灯或LED)和浸没介质(蒸馏水或人造唾液)。使用紫外可见分光光度计获得测量值。 Filtek TM 硅氧烷树脂在浸入人工唾液中时表现出最高的吸光度,因此在所评估的最大时间释放的单体浓度最高。当使用LED(0.54 mg mL -1 )和卤素灯(0.53 mg mL -1 )时,单体释放量没有显着差异。单体可能会从复合物中释放出来,并取决于复合物的配方,浸入介质或光活化单元。

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