在薄荷油或苹果醋溶液中浸泡是有效的抗真菌方法吗?

Mehtab H. Deyab , Basma EL. Awady , Nahed G. Bakir
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引用次数: 5

摘要

目的评价薄荷油和苹果醋浸泡对亚克力软衬的抑菌效果。材料与方法制备直径9 mm、长度2 mm的圆盘状试样60个,直径12.5 mm、长度20 mm的圆柱体试样60个,分别进行抗真菌活性和弹性测试。标本分为三组;各20粒,分别浸泡在薄荷油、苹果醋和蒸馏水中(对照)。这些小组被分为四个小组,每个小组五个,分别为一天、一周、三周和六周的浸泡时间。对于每一组,每天的浸泡方案是在测试溶液中浸泡8 h,然后在人工唾液中浸泡16 h。每个浸泡期都重复这一过程。在孵育24和48 h后,采用圆盘扩散法测定每个圆盘的抑制区两次,以评估其抗真菌活性。弹性模量的测定采用万能试验机,得到每个试件的应力-应变曲线,并计算曲线弹性部分下的面积。结果薄荷油浸出的抗真菌活性明显高于苹果醋浸出的抗真菌活性。浸泡时间对两种溶液浸泡24 h后测定的抗真菌活性有显著影响,而对苹果醋溶液浸泡48 h后测定的抗真菌活性无显著影响。除在苹果醋溶液中浸泡6周外,随着孵育时间从24小时增加到48 小时,抗真菌活性显著降低。薄荷油溶液浸泡1天以上和苹果醋溶液浸泡1周以上对丙烯酸酯软衬弹性模量有不利影响。结论薄荷油和苹果醋是腈纶软衬的天然抗真菌浸泡溶液,前提是浸泡方案实施得当。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Is immersion in mint oil or apple vinegar solution a valid antifungal approach for acrylic soft liners?

Objectives

In-vitro assessment of the validity of immersion in mint oil or apple vinegar solutions as antifungal approach for acrylic soft liners.

Materials and methods

Sixty disc-shaped specimens: 9 mm in diameter and 2 mm in length, and sixty cylinders: 12.5 mm in diameter and 20 mm in length of Vertex-Dental Heat-cured acrylic soft liner were prepared for antifungal activity and resilience measurements respectively. Specimens were divided into three groups; twenty in each, for immersion in mint oil, apple vinegar and distilled water (control). The groups were divided into four subgroups, five in each, for the different immersion periods: one day, one week, three weeks and six weeks. For each group, the daily immersion protocol was 8 h of immersion in the testing solution followed by 16 h in artificial saliva. This was repeated for each immersion period. Antifungal activity was assessed using disc diffusion method by measuring the inhibition zone for each disc twice: after 24 and 48 h incubation. Modulus of resilience was determined using a universal testing machine, where a stress-strain curve was obtained for each specimen and the area under the elastic portion of the curve was calculated.

Results

A significantly higher antifungal activity was revealed following immersion in mint oil compared to apple vinegar solution. The immersion period was a significant variable for the antifungal activity measured after 24 h following immersion in either solution whereas it was an insignificant variable for the antifungal activity measured after 48 h following immersion in apple vinegar solution. A significant reduction in the antifungal activity was noted as the incubation period was increased from 24 to 48 h except after six weeks immersion in apple vinegar solution. Modulus of resilience of the acrylic soft liner was adversely affected by immersion in mint oil solution for more than one day and in apple vinegar solution for more than one week.

Conclusions

Mint oil and Apple vinegar represent possible natural antifungal immersion solutions for acrylic soft liner provided that the immersion protocol is implemented properly.

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