查询词典 microorganisms

In this period, representatives of several new taxa of microorganisms were identified based on the successful culture in the laboratory.

随着实验室热液微生物的分离、培养成功，一些新的属种及其特殊的生理特征被发现。

It was dead, of course, but Cano theorized that microorganisms in the resin might simply be dormant.

当然，这支蜜蜂已经死掉了。但卡诺认为，树脂中的微生物仅仅只是休眠了。

As time goes on, different types of microorganisms appear, and the plaque thickens.

随着时间延长，不同类型的微生物出现菌斑也开始增厚。

Every animal, when it is alive, possesses defense which keep it from being vanquished by microorganisms.

每一个动物，当它活着的时候，都具有使其免于被微生物征服的防御能力。

By using more complex assemblages of microorganisms, bakers can produce special breads such as sour doughs.

通过使用更复杂的复合微生物，面包师能生产特色的面包，如酸面团面包

In their natural state, many foodstuffs contain sufficient water to support the growth of microorganisms.

在自然状态下，许多食品原料都含有充分的水供微生物生长之需。

Acid Mordant Dark Yellow GG concentration also had influence on the activity of anaerobic microorganisms.

酸性媒介黄GG浓度对厌氧菌的生物降解能力也有影响。

We further investigated the mechanism of VFAs production. Results revealed that this novel process could reduce the inhibitory effect of VFAs on the acid-forming microorganisms, and the total VFAs yield and the removal ratio of organic solids respectively depended on the first stage and the third stage of this novel process.

进一步分析多级逆流工艺产酸的机制，发现产酸效率的提高在于降低了发酵产物对厌氧产酸细菌的抑制效应，并且工艺的VFAs产率以及有机质去除率分别取决于第一级和第三级厌氧发酵过程。

How to Reanimate Prehistoric Microorganisms Raul Cano proved that single-celled creatures like yeast and bacteria can be revived after lying dormant in amber—fossilized tree resin—for tens of millions of years.

在《怎样复活史前微生物》这篇文章中，劳尔，卡诺证明了单细胞生物，比如酵母和细菌，可以在树脂化石——也就是琥珀中沉睡千百万年之后仍可以被唤醒。

Compared with the control, the percentages of living microorganisms on the biomembrane were 27.6, 14.1 and 0.01, respectively, after extracted by hydroxylamine hydrochloride （0.01mol·L^-1 NH2OH·HCl ＋ 0.01mol·L^-1 HNO3 ）, sodium dithionite （ 0.4mol·L^-1 Na2S2O4, pH 6.0 ）, and acidified ammonium oxalate.

经0.01mol·L^-1 NH2OH·HCl＋0.01mol·L^-1 HNO3、0.4mol·L^-1 Na2S2O4（pH6.0）和0.2mol·L^-1草酸氨（pH4.0）萃取后存活的微生物总量分别下降到原膜的27.6％、14.1％和0.01％；经15％HNO3萃取后，膜上只有极少数的细菌存活；而经H2O2／HNO3萃取后则无细菌存活、原生动物和藻类存活，说明选择性化学萃取剂的使用影响生物膜的活性。

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。