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被忽视的海洋真菌、、及其用于天然产物发现的分离。

The Neglected Marine Fungi, , and Their Isolation for Natural Products' Discovery.

机构信息

Ottawa Research and Development Centre, Agriculture and AgriFood Canada, Ottawa, ON K1A 0C6, Canada.

Marbio, Norwegian College of Fishery Science, University of Tromsø-The Arctic University of Norway, 9019 Tromsø, Norway.

出版信息

Mar Drugs. 2019 Jan 10;17(1):42. doi: 10.3390/md17010042.

Abstract

Despite the rapid development of molecular techniques relevant for natural product research, culture isolates remain the primary source from which natural products chemists discover and obtain new molecules from microbial sources. Techniques for obtaining and identifying microbial isolates (such as filamentous fungi) are thus of crucial importance for a successful natural products' discovery program. This review is presented as a "best-practices guide" to the collection and isolation of marine fungi for natural products research. Many of these practices are proven techniques used by mycologists for the isolation of a broad diversity of fungi, while others, such as the construction of marine baiting stations and the collection and processing of sea foam using dilution to extinction plating techniques, are methodological adaptations for specialized use in marine/aquatic environments. To this day, marine fungi, , remain one of the few underexplored resources of natural products. Cultivability is one of the main limitations hindering the discovery of natural products from marine fungi. Through encouraged collaboration with marine mycologists and the sharing of historically proven mycological practices for the isolation of marine fungi, our goal is to provide natural products chemists with the necessary tools to explore this resource in-depth and discover new and potentially novel natural products.

摘要

尽管与天然产物研究相关的分子技术发展迅速,但培养物分离仍然是天然产物化学家从微生物来源发现和获得新分子的主要来源。因此,获得和鉴定微生物分离物(如丝状真菌)的技术对于成功的天然产物发现计划至关重要。本文综述了一种用于天然产物研究的海洋真菌的采集和分离的“最佳实践指南”。这些方法中的许多都是真菌学家用于分离广泛真菌多样性的经过验证的技术,而其他方法,例如建造海洋诱饵站以及使用稀释平板技术收集和处理海沫,都是针对海洋/水生环境的专门用途的方法改编。时至今日,海洋真菌仍然是天然产物中研究较少的资源之一。可培养性是阻碍从海洋真菌中发现天然产物的主要限制因素之一。通过鼓励与海洋真菌学家合作并分享历史上经过验证的用于分离海洋真菌的真菌学实践,我们的目标是为天然产物化学家提供探索这一资源的必要工具,以深入发现新的和潜在的新型天然产物。

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