[Isolation and characterization of marine oligotrophic bacteria].

Sabine Matallana-Surget, Fabien Joux, Philippe Lebaron, Ricardo Cavicchioli
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引用次数: 4

Abstract

A significant part of the world ocean is characterized by low absolute nutrients and chlorophyll concentrations. In these oligotrophic environments, bacteria are very abundant and play a vital role in the remineralization of the dissolved organic matter. Bacteria adapted to oligotrophic waters differ from those adapted to richer environments by some genetic and metabolic characteristics. Culture techniques in bacteriology are based on rich media and do not allow the growth of most marine bacteria. New techniques have been developed for the culture of oligotrophic bacteria, which allow to isolate unknown bacteria. Pelagibacter ubique and Sphingopyxis alaskensis belong to these bacteria recently isolated from the marine environment and their study yielded better understanding of how marine bacteria adapt to oligotrophic conditions.

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[海洋寡营养细菌的分离与鉴定]。
世界海洋的一个重要部分的特点是绝对营养物质和叶绿素浓度低。在这些贫营养环境中,细菌非常丰富,在溶解有机物的再矿化中起着至关重要的作用。适应贫营养水域的细菌与适应丰富环境的细菌在某些遗传和代谢特征上有所不同。细菌学中的培养技术是基于富培养基的,大多数海洋细菌不允许生长。培养寡营养细菌的新技术已经开发出来,可以分离出未知的细菌。泛层厚壁杆菌和阿拉斯肯鞘菌属于这些最近从海洋环境中分离出来的细菌,它们的研究使人们更好地了解海洋细菌如何适应少营养条件。
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