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Evaluation and Comparison of The Ef-fect of Artificial saliva and Mouthwash Solution on Force Degradation of Different Types of Orthodontic Traction Aids (Comparative in Vitro Study)

机译:人工唾液和漱口水溶液对不同类型矫正牵引助剂的力降解的评价与比较(比较体外研究)

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摘要

Aims: To determine the amount of force degradation of three types of orthodontic traction aid polyure-thane elastomeric chain (PEC), nickel titanium closed coil spring (NiTi CCS) and stainless steel closed coil spring (SS CCS). Material and methods: Samples were extended to a specific distance which was 18 mm in case of PEC and 20 mm in case of NiTi CCS and SS CCS. Each extended sample will then incubated in dry condition, artificial saliva, and mouthwash solution, for total incubation period of three weeks. Results: showed that samples in dry condition always showed minimum force degrada-tion percent than in wet conditions. It also showed that the increase of incubation time leads to increase in force degradation percent with major degradation percent located within first twenty four hours. Conclusions: in dry and two wet conditions, NiTi CCS reflects the lowest percent of force degradation, PEC showed highest percent, while SS CCS showed intermediate one.
机译:目的:确定三种正畸牵引助剂的力降解量的力量降解,弹性体链(PEC),镍钛闭合螺旋弹簧(NITI CCS)和不锈钢闭合螺旋弹簧(SS CCS)。材料和方法:在NITI CC和SS CCS的情况下,在PEC和20mm的情况下,样品延伸到18mm的特定距离。然后将每个延长的样品在干燥条件下,人工唾液和漱口水溶液中孵育,总孵化为期三周。结果:显示干燥条件中的样品总始终显示最小的力量降解而不是潮湿条件。它还表明,孵育时间的增加导致力降解百分比,其主要降解百分比在前二十四小时内。结论:在干燥和两个潮湿条件下,NITI CCS反映了力降低的最低百分比,PEC显示出最高百分比,而SS CCS显示中间体。

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