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表面活性剂在用于空气传播真菌计数、生长和鉴定的培养基中的作用。

The effect of a surfactant in media for the enumeration, growth and identification of airborne fungi.

作者信息

Madelin T M

机构信息

Department of Animal Husbandry, University of Bristol, Langford, UK.

出版信息

J Appl Bacteriol. 1987 Jul;63(1):47-52. doi: 10.1111/j.1365-2672.1987.tb02416.x.

Abstract

Air sampling on to culture media for viable fungi is complicated by the presence of fast-growing species. A non-ionic surfactant (Triton N-101) incorporated into the medium effectively reduced the spread of such species and thus facilitated the enumeration and identification of fungal colonies collected by an Andersen sampler. The concentration of surfactant from 250 to 8000 ppm was not critical. Sixteen species of common moulds inoculated on surfactant media showed restricted radial growth but never total inhibition. Surfactant did not prevent sporulation and did not greatly affect morphological characteristics. Rose bengal media performed poorly in comparative tests. These observations indicate the practical value of this surfactant in aeromycological studies.

摘要

对于活真菌,将空气采样接种到培养基上会因存在快速生长的物种而变得复杂。加入培养基中的一种非离子表面活性剂(Triton N - 101)有效地减少了此类物种的扩散,从而便于对通过安德森采样器收集的真菌菌落进行计数和鉴定。表面活性剂浓度在250至8000 ppm之间并不关键。接种在含表面活性剂培养基上的16种常见霉菌显示出有限的径向生长,但从未完全受到抑制。表面活性剂不会阻止孢子形成,也不会对形态特征产生很大影响。在对比试验中,孟加拉红培养基表现不佳。这些观察结果表明了这种表面活性剂在空气真菌学研究中的实用价值。

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