染料作为真菌抑制剂:对菌落计数的影响。

M R Bragulat, M L Abarca, G Castellá, F J Cabañes
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引用次数: 14

摘要

研究了3种染料对纯培养和混合培养中9种真菌(包括后菌和接合菌)菌落计数的影响。以麦芽提取琼脂为基础和对照培养基,测定了金胺(25 ppm)、龙胆紫(5 ppm)和孔雀石绿(1 ppm)的染料和浓度。在商业培养基中常用的化学物质二氯兰(2 ppm)和玫瑰碱(50 ppm)被纳入研究,作为参考霉菌扩散抑制剂。当混合分生孢子接种物不含扩散霉菌时,在含有二氯兰、玫瑰红或金胺的培养基中,包括不含化学物质的对照培养基中,通常获得较高的计数。然而,在大多数情况下,他们之间没有观察到显著差异。孔雀石绿(1ppm)主要作为一种强大的霉菌扩散抑制剂,只允许镰刀菌和曲霉菌菌株的充分菌落发育和恢复。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dyes as fungal inhibitors: effect on colony enumeration.

The effects of three dyes on the colony enumeration of nine fungal strains (including members of the Deuteromycetes and Zygomycetes) in pure and mixed cultures were investigated. Using malt extract agar as basal and control medium, the following dyes and concentrations were assayed: auramine (25 ppm), gentian violet (5 ppm) and malachite green (1 ppm). The chemicals commonly used in commercial media dichloran (2 ppm) and rose bengal (50 ppm) were included in the study as reference mould-spreading inhibitors. Higher counts were usually obtained in the media containing dichloran, rose bengal or auramine, including the control medium in the absence of chemical when the mixed-conidium inocula did not include a spreading mould. Nevertheless in most cases no significant differences were observed between them. Malachite green (1 ppm) performed mainly as a strong inhibitor of spreading moulds, only allowing adequate colony development and recoveries of both Fusarium and Aspergillus strains tested.

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