查询词典 microorganisms

Microorganisms are an important group of organism mainly performing catabolic metabolism, which display extreme abundance in biodiversity.

微生物是一群以分解代谢为主的重要生物类群，其生物学多样性十分丰富。

Most microorganisms, such as bacteria and fungi, are decomposers; they break down, or catabolize, the organic materials produced by plants and animals and make the nutrients contained in them available to successive generations of living things.

大部分微生物，例如细菌和真菌等，都是腐生物，可分解或分解代谢动植物所产生的有机物，而且还可把体内的养料供给生物世世代代享用。在某种程度上，我们可以把生物清理法看作是这些生物自然变化的一种延伸。

For disclosing the morphogenesis of stromatolites , the chinese stromatolite workers more recently began to approach the models of biofabrics in cherty stromatolites and formation causes of laminae as well as the growth, movement and mat-making courses of microorganisms in stromatolites

近年来，为了揭示叠层石的形态发生，中国学者正在探讨硅质叠层石的生物组构模式和叠层石微层理的成因，以及叠层石中微生物生长、运动和造席过程。

This technology is suitable for various microbes; it can also be used compositely with other methods to mutate microorganisms.

这项技术适用于多种微生物，也可以和其它方法结合对菌种进行复合诱变，同样离子束介导转基因技术不仅适于植物细胞，对微生物细胞也是可行的。

However, only about 1% of soil microbes are cultivable with traditional techniques, others are all uncultured microorganisms.

土壤是微生物最重要的生境，土壤微生物具有极大的多样性。

However, only about 1% of soil microbes are cultivable with traditional techniques, others are all uncultured microorganisms.

然而传统培养技术只能得到约1%的微生物纯培养，其余都是未被纯培养微生物。

Both in laboratory and field studies, attempts have been made to speed these biodegradation processes by adding known degradative microorganisms.

在实验室和实地研究中，尝试通过加入已知的具有降解能力的微生物来加速降解进程。

Both in laboratory and field studies, attempts have been made to speed these biodegradation processes by adding known degradative microorganisms.

在实验室和实地研究中，尝试通过加入已知的具有降解能力的微生物来加速降解进程。毫无计划的随意帮助。

The key part of this project is the application of high effective degradative microorganisms for aromatic hydrocarbons and nitrify bacteria for biological nitrogen removal in the treatment of recalcitrant industrial wastewater .

本项目的关键技术是将人工筛选的芳香族化合物降解菌和生物脱氮的硝化细菌应用于难降解的工业废水处理工程。

The key part of this project is the application of high effective degradative microorganisms for aromatic hydrocarbons and nitrify bacteria for biological nitrogen removal in the treatment of recalcitrant industrial wastewater.

本项目的关键技术是将人工筛选的芳香族化合物降解菌和生物脱氮的硝化细菌应用于难降解的工业废水处理工程。技术特点是：可在去除难降解有机物的同时脱除高浓度的氨氮。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。