Exploring novel bioactive compounds from marine microbes
The historical paradigm of the deep ocean as a biological ‘desert’ has shifted to one of a ‘rainforest’ owing to the isolation of many novel microbes and their associated bioactive compounds. Recently, there has been an explosion of information about novel bioactive compounds that have been isolated...
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Veröffentlicht in: | Current opinion in microbiology 2005-06, Vol.8 (3), p.276-281 |
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creator | Zhang, Lixin An, Rong Wang, Jinping Sun, Nuo Zhang, Si Hu, Jiangchun Kuai, Jun |
description | The historical paradigm of the deep ocean as a biological ‘desert’ has shifted to one of a ‘rainforest’ owing to the isolation of many novel microbes and their associated bioactive compounds. Recently, there has been an explosion of information about novel bioactive compounds that have been isolated from marine microbes in an effort to further explore the relatively untapped marine microbes and their secondary metabolites for drug discovery. The microbes are recovered and purified from the ocean by both conventional and innovative isolation methods to obtain those previously thought to be ‘uncultivable’. To overcome the difficulties and limitations associated with cultivation techniques, several DNA-based molecular methods have been developed to bypass the culture-dependent bottleneck. Bioactive compounds isolated using the above strategies have not only shown importance in biotechnological and pharmaceutical applications but have also increased our understanding of the diversity of marine microbiota, ecosystem functions and the exploitable biology. |
doi_str_mv | 10.1016/j.mib.2005.04.008 |
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Recently, there has been an explosion of information about novel bioactive compounds that have been isolated from marine microbes in an effort to further explore the relatively untapped marine microbes and their secondary metabolites for drug discovery. The microbes are recovered and purified from the ocean by both conventional and innovative isolation methods to obtain those previously thought to be ‘uncultivable’. To overcome the difficulties and limitations associated with cultivation techniques, several DNA-based molecular methods have been developed to bypass the culture-dependent bottleneck. 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subjects | Anti-Infective Agents - chemistry Bacteria - chemistry Bacteria - growth & development Biological and medical sciences Drug Industry - trends Fundamental and applied biological sciences. Psychology Industrial Microbiology - trends Marine Marine Biology Microbiology Oceans and Seas |
title | Exploring novel bioactive compounds from marine microbes |
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