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Secondary metabolite profiling, growth profiles and other tools for species recognition and important Aspergillus mycotoxins

机译:次生代谢物分析,生长概况和其他工具 物种识别和重要的曲霉菌毒素

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摘要

Species in the genus Aspergillus have been classified primarily based on morphological features. Sequencing of house-hold genes has also been used in Aspergillus taxonomy and phylogeny, while extrolites and physiological features have been used less frequently. Three independent ways of classifying and identifying aspergilli appear to be applicable: Morphology combined with physiology and nutritional features, secondary metabolite profiling and DNA sequencing. These three ways of identifying Aspergillus species often point to the same species. This consensus approach can be used initially, but if consensus is achieved it is recommended to combine at least two of these independent ways of characterising aspergilli in a polyphasic taxonomy. The chemical combination of secondary metabolites and DNA sequence features has not been explored in taxonomy yet, however. Examples of these different taxonomic approaches will be given for Aspergillus section Nigri.
机译:曲霉属中的物种主要根据形态特征进行了分类。家族基因的测序也已用于曲霉的分类学和系统发育中,而外泌体和生理特征的使用则较少。三种适用于分类和鉴定曲霉的独立方法似乎适用:形态学结合生理学和营养学特征,次级代谢产物谱和DNA测序。这三种鉴定曲霉属物种的方法通常指向同一物种。最初可以使用这种共识方法,但是如果达成共识,建议在多相分类法中结合至少两种独立的曲霉特征表征方法。然而,尚未在分类学中探索次生代谢产物和DNA序列特征的化学结合。这些不同分类方法的例子将在黑曲霉节中给出。

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