微生物纯培养

1

微生物纯培养技术一直没有解决天然木质纤维素的分解难题。

Technique of microbial pure culture can not resolve the puzzle of lignocellulose degradation .
2

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。

However , only about 1 % of soil microbes are cultivable with traditional techniques , others are all uncultured microorganisms .
3

利用从多效唑生产废水排放口土壤中富集获得的混合微生物和纯培养菌研究多效唑的生物降解性。

Mixed microbial cultures were enriched from the soil contaminated by Paclobutrazol .
4

总结了国内外生物强化技术的发展，包括微生物的纯培养和复合培养技术，以及微生物的固定技术；

Development of biological treatment techniques both at home and abroad , including the pure and combination cultivation of microbial , as well as its fixation are summarized .
5

然而，只有不到1%的微生物是可纯培养的，99%以上的微生物是不可纯培养的。

However , only less than 1 % of microorganisms can be cultured , over 99 % of microorganisms cannot be cultured by the traditional culturable methods .
6

目前，生物法处理含酚工业废水正经历着从传统的混合微生物处理技术向纯培养微生物处理技术的转型阶段。

At present , the biological treatment technology is in the transitional period from mixed culture to pure culture .