挥发油对陶瓷填料增强聚碳酸酯支架脱粘影响的定量研究(一)

A. Linjawi, H. Hashim
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引用次数: 1

摘要

前言:美观托槽的引入是口腔正畸领域的一种新的临床方法。两种主要类型的美学支架已经发展并广泛使用;聚碳酸酯支架和陶瓷支架。这两种类型都面临两个重要的脱粘问题:(1)牙釉质和托槽断裂。这两个问题已经被很好地记录下来,并继续成为临床医生关注的问题。目的:定量评价三种挥发油及其组合对陶瓷托槽脱粘的影响。材料和方法:用Transbond XT光固化胶粘剂将陶瓷填料增强的聚碳酸酯支架粘接在180颗人前磨牙上。然后根据挥发油的种类和使用时间将牙齿分为以下组:丁香油(5和30分钟),薄荷油(5和30分钟),黑籽挥发油(5和30分钟),薄荷+黑籽挥发油的混合物(5和30分钟)。然后使用Instron万能试验机对支架进行脱粘,并记录每种类型的挥发油在不同应用时间的脱粘力。结果:黑籽挥发油在施用5分钟和30分钟时的脱粘力最低,而黑籽油+薄荷油的混合物在两个时间的脱粘力都最高。此外,薄荷油应用5分钟被发现在第二级,而丁香油在第三级。此外,在30分钟的应用中,丁香油排在第二位,薄荷排在第三位,黑籽油+薄荷油的组合显示出最高的脱粘力。结论:尽管本研究结果存在一定的局限性,但从研究结果中可以得出如下假设:(1)与其他挥发油相比,黑籽或薄荷挥发油施用5分钟可被认为是最好的脱粘剂;(2)脱粘后可使用丁香油,以利于牙釉质表面的最终清洁。为了证实后一种假设,需要进一步的调查。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effect of Volatile Oils on De-Bonding of Polycarbonate Bracket Reinforced with Ceramic Filler: A Quantitative Study (Part 1)
Introduction: The introduction of esthetic brackets is a new clinical approach in the field of orthodontics. Two main types of esthetic brackets have been developed and became widely available; the polycarbonate brackets, and the ceramic brackets. Both types have faced two significant de-bonding problems: (1) enamel and bracket fracture. The two problems have been well documented and continue to be of concern to clinicians. Aim: The aim of this in vitro study was to evaluate quantitatively the effect of three volatile oils and their combinations on the de-bonding of ceramic brackets. Material and Method: Polycarbonate brackets reinforced with ceramic filler were bonded to one hundred and eighty (180) sound extracted human premolars using Transbond XT light curing adhesive. The teeth were then distributed into the following groups according to the type of volatile oil and period of application: clove oil (5 & 30 minutes), peppermint oil (5 & 30 minutes), Black seed volatile oil (5 & 30 minutes), and mixture of peppermint + Black seed volatile oils (5 & 30 minutes) in addition to control group. The brackets were then de-bonded using the Instron Universal Testing Machine and the de-bonding force was recorded for each type of the volatile oils in different times of application. Result: The result revealed that the Black seed volatile oil gave the lowest de-bonding force in 5 minutes and 30 minutes of application whereas the mixture of the Black seed oil + peppermint oils gave the highest force in both time of application. Further, the peppermint oil application for 5-minute was found to be in the second rank whereas the Clove oil was in the third rank. Furthermore, in the 30 minutes of application the Clove oil was in the second rank whereas the peppermint was found to be in the third rank and the combination of Black seed oil + peppermint oil shows the highest debonding force. Conclusion: Despite the limitation of the present study result, an assumption has been drawn from the results obtained that (1) the 5- minutes of black seed or peppermint volatile oils application can be considered the best debonding agent compared to the other volatile oils; (2) the clove oil can be used after de-bonding to facilitate the final cleansing-up of enamel surface. To confirm the latter assumption, further investigations are needed.
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