Secondary metabolites as co-markers in the taxonomy of Aspergilli.

Acta microbiologica Polonica Pub Date : 2003-01-01
A A Abu-Seidah
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引用次数: 0

Abstract

The production of extracellular and intracellular secondary metabolites by 13 Aspergillus species has been directly detected using the agar plug technique. In addition to several unknown compound A. aculeatus, A. ochraceus and A. terreus were found to be the highest producers of extracellular secondary metabolites, while the lowest producer species were A. tamarii, A. rugulosus in addition to A. oryzae whose secondary metabolites couldn't be detected by this technique. In case of intracellular secondary metabolites, the highest producer species were A. flavus, A. nidulans and A. wentii, while the lowest producers were A. clavatus, A. tamarii and A. violaceous. All the examined species could be distinguished on the basis of their secondary metabolite profiles indicating the potential role of secondary metabolites in the chemotaxonomy of Aspergilli.

次生代谢物在曲霉分类中的共同标记作用。
利用琼脂塞技术直接检测了13种曲霉胞外和胞内次生代谢物的产量。除几种未知化合物外,aculleatus、A. ochraceus和A. terreus是胞外次生代谢物产量最高的物种,而最低的是A. tamarii、A. rugulosus和A. oryzae,这些物种的次生代谢物无法通过该技术检测到。在胞内次生代谢物方面,产生最多的种是黄麻、灰麻和文氏麻,产生最少的种是棒状麻、柽柳麻和紫麻。所有被检测的种类都可以根据它们的次生代谢物谱进行区分,这表明次生代谢物在曲霉化学分类中的潜在作用。
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