在与菲共同降解的过程中，吐温80亦能作为碳源被降解微生物利用。
During the biodegradation process, Tween 80 can be utilized by microbe as a carbon source.
典型变量分析揭示了不同牧草根际微生物群落利用碳源种类和数量存在明显差异。
Typical variable analysis further revealed that the kind and amount of carbon source used by different herbage rhizosphere microbial community varied markedly.
BIOLOG碳源利用分析结果表明在秸秆施用下接种蚯蚓后土壤的微生物群落组成发生明显变化。
It was indicated that soil microbial community composition changed significantly under straw application and earthworm activities using BIOLOG carbon utilization analysis.
潮土各处理之间，微生物对碳源的利用率差异较小。
Among the treatments, the utilization ratios of carbon sources by drab soil microbe had a little difference.
结果表明，以可降解餐盒为碳源和微生物附着载体进行异养反硝化，能有效去除水中的硝酸盐。
The experimental results indicate that nitrate can be effectively removed using biodegradable meal box(BMB) as carbon source and biofilm carrier of denitrifying microorganisms.
结果表明，在淹水条件下羊毛的腐化分解产物为土壤微生物提供了碳源、氮源，使其对汞的生物甲基化能力增强。
This may be due to the fact that the wool's decomposed products can offer carbon and nitrogen nutrients to soil microorganisms and enhance the methylation of mercury.
截止目前，已经培育和开发出以烃类为碳源的采油微生物菌种300余株，并投入矿场实验和推广应用。
Up to now, over 300 kinds of microorganism oil bacteria were developed and put into field test and application.
生物油优选采用含纤维素作为主要的碳源的原料，由一种或多种微生物经异养发酵进行制备。
The biological oils are preferably produced by heterotrophic fermentation of one or more microorganisms using cellulose-containing feedstock as a main source of carbon.
污水生物脱氮除磷工艺中，微生物在反硝化和吸磷时需要消耗一定的有机碳源。
In wastewater biological nitrogen and phosphate removal processes, microorganisms need to consume certain organic carbon sources both in denitrification and phosphorus uptake.
微生物所需要的基本营养物质有六大类要素，即水、碳源、氮源、无机盐、生长因子和能源。
Micro-organisms need the basic nutrients are six categories of elements, namely: water, carbon and nitrogen sources, inorganic salts, growth factors and energy. and so on.
依据所得规律，对应用原油碳源微生物提高采收率的生产模式提出了建议。
Some suggestions for enhancing oil recovery using microorganisms consuming crude oil are presented.
总体上，红壤微生物对聚合物类碳源，尤其是对其中的吐温40和吐温80的利用率较高。
On the whole, the utilizations that the red soil microbe utilized polymer carbon sources especially tween 40 and tween 80, were at a high level.
甲基营养菌是一类能利用甲基化合物为唯一碳源和能源的微生物，已有不少研究发现该类微生物能转化甲醇为多种有价值的化合物。
Methylotrophic bacteria are a group of microorganisms that are able to use compounds containing one-carbon as well as multi-carbons as energy and carbon sources.
甲基营养菌是一类能利用甲基化合物为唯一碳源和能源的微生物，已有不少研究发现该类微生物能转化甲醇为多种有价值的化合物。
Methylotrophic bacteria are a group of microorganisms that are able to use compounds containing one-carbon as well as multi-carbons as energy and carbon sources.
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