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Activity of Selected Essential Oils against Candida spp. strains. Evaluation of New Aspects of their Specific Pharmacological Properties, with Special Reference to Lemon Balm

机译:精选精油对念珠菌的活性。株。他们的特殊药理特性的新方面的评估,特别是柠檬香脂

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The aim was to investigate the antifungal effectiveness and some of pharmacological properties of essential oils (EOs), which had not yet been thoroughly studied in the planned scope. We first evaluated MIC/MFC of sixteen EOs against C. albicans ATCC 10231. Then, five most active EOs were tested, using 50 clinical Candida spp. strains and additional reference C. albicans ATCC 90028 strain. The time-kill curve, carryover, post-antifungal effects (PAFE), mutant prevention concentrations, the susceptibility of reference strains to the cell wall disrupting agents and tolerance to oxidative stress, were evaluated. For these detailed studies, we chose the following four essential oils. Clove oil, Geranium oil, Lemon balm and Citronella oil, with MICs of 0.097% (v/v), resulted concentration- and time-dependent killing and may be therapeutically safe, because they do not generate resistance. The best one was Lemon balm, which caused most extended PAFE, significantly reduced tolerance to oxidative stress and increased susceptibility to Calcofluor White, Congo Red and SDS. Phytochemical analysis of these four EOs has been performed and compared; looking for the reason that Lemon balm was the best.
机译:目的是研究精油(EOs)的抗真菌功效和某些药理特性,尚未在计划范围内进行彻底研究。我们首先针对白色念珠菌ATCC 10231评估了十六种EO的MIC / MFC。然后,使用50个临床念珠菌属检测了五个活性最高的EO。菌株和其他参考白色念珠菌ATCC 90028菌株。评估了时间杀灭曲线,残留,抗真菌后效应(PAFE),突变体预防浓度,参考菌株对细胞壁破坏剂的敏感性以及对氧化应激的耐受性。对于这些详细的研究,我们选择了以下四种精油。丁香油,天竺葵油,柠檬香脂和香茅油的MIC为0.097%(v / v),可导致浓度和时间依赖性杀灭,并且由于它们不产生耐药性,因此在治疗上可能是安全的。最好的是柠檬香脂,它会导致PAFE延长最长时间,显着降低对氧化应激的耐受性,并增加对Calcofluor White,刚果红和SDS的敏感性。已经对这四个EO进行了植物化学分析并进行了比较;寻找柠檬香脂是最好的原因。

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