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首页> 外文会议>Asian BioCeramicSymposium >Stability of Ultrathin Amorphous Calcium Phosphate Artificial Enamel Sheets under Simulated Intraoral Environment Condition
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Stability of Ultrathin Amorphous Calcium Phosphate Artificial Enamel Sheets under Simulated Intraoral Environment Condition

机译：模拟内部环境条件下超薄非晶磷酸钙人工搪瓷板的稳定性

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摘要

Dental materials purely composed of calcium phosphate are ideal for dental medicine. We have been developing ultrathin amorphous calcium phosphate (ACP) sheets for enamel repair. In this study, long term stability of the ultrathin ACP sheets applied on enamel surfaces which kept in a simulated intraoral condition for 21 days was evaluated. Surface morphologies of the ACP sheets were observed by optical images. A boundary condition between the ACP sheet and the enamel was evaluated by cross-sectional SEM image. Durability of the ACP sheet was evaluated by a brushing test conducted after 21 days incubation. As a result of these evaluations, it was confirmed that the ACP sheets were stable even after long-term incubation under the simulated intraoral environment condition.
机译：纯粹由磷酸钙组成的牙科材料是牙科医学的理想选择。我们一直在开发用于搪瓷修复的超薄非晶钙磷酸钙（ACP）板。在该研究中，评价施加在模拟内部条件21天的搪瓷表面上施加在搪瓷表面上的超长型ACP片材的长期稳定性。通过光学图像观察ACP片材的表面形态。通过横截面SEM图像评估ACP片材和牙釉质之间的边界条件。通过孵育21天后进行的刷涂试验评估ACP片材的耐久性。由于这些评价，证实即使在模拟的内部环境条件下长期孵育后，ACP片也稳定。

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