产生细菌的

The ultra-high pressure water jet mainly lies in theultra-high pressure to unload in a sudden effect, high speedimpacting effect and high shearing effect and produces inconvertible lethal action on the two kinds of germ.

超高压水射流对两种细菌主要产生瞬时卸压、高速撞击和高剪切等综合杀菌作用，而且对两种细菌产生了不可逆转性的致死效果。

Cyanophycin is a protein produced by cyanobacteria (blue-green algae) and some other bacteria. They use it to store nitrogen, among other things.

藻青素是蓝细菌和其它细菌中产生的一种蛋白质，这些细菌利用藻青素来贮藏氮源。

Because of the exceptive mechanism of antibacteria, bacteriacan hardly acquire the ability of enduring drugs.

由于其独特的抗菌机制，使得细菌产生耐药性的可能性极大地减少，从而有可能成为新型的抗生素；在其抗病毒活性中，其抗艾滋病毒活性引起了人们的广泛关注。

The invention relates to a method for stocking and preserving green round wood and sawn timber, which is stored in an airtight and lighttight sealing cover. The oxygen inside the cover is decomposed by the respiratory process of mushrooms, bacteria and wood cells that are still alive, thereby forming CO2 and H2O.

本发明涉及用来保存绿圆木或锯成木材的方法，其中将绿圆木或锯成木材储存在不透气和不透光的包覆层下面，所述包覆层以内的氧气被真菌和细菌的呼吸和发酵过程以及仍然存活的木细胞的呼吸过程所消化，因此产生CO2、H2O。

Namely, the relative abundance of AAPB was higher in eutrophic waters than in oligotrophic waters.3 There were significant positive relationship between abundance and rate of AAPB and Chl.

AAPB丰度及占总异养细菌的比例与叶绿素浓度存在着很好的正相关性，暗示了AAPB对浮游植物产生的溶解有机碳的依赖性。4。

Pesticidal chemicals are in the plastic casing of the bed and chemicals have probably been added to the water to prevent the growth of algae, fungi and bacteria.

水床中的水不可饮用，因水床的塑料壳体中含有农药成分，而且水床的水中或许增添了化学物质以防止藻类、菌类与细菌的产生。

A series of mono-, sesqui-, di- and tri-terpenoids with various structural types, which produced by bio- oxidation, hydrogenation, hydrolyzation, esterification and cyclic cleavage toward-limenone, were analyed by GC-MS.

经GC-MS分析发现该两细菌对-柠檬烯有显著的生物催化转化作用，能对底物进行不同程度的氧化、还原、水解、酯化、开环等反应，并产生丰富的系列结构不同的其它萜类化合物：包括单萜、倍半萜、二萜、以及三萜等。

Because of the traditional air condition system didn't eliminate and avert the biological and chemical polluter, it is easy to happen some problem, for example: the all-air system return air easy to initiate the overlapping pollution and fan coil system condensed water plate possibly to multiply the bacterium.

传统空调系统在消除和防止生物性或化学性污染方面，无特殊的考量，容易产生下列问题，如：全空气系统的回风容易引发交叉污染，送风机系统的冷凝水蓄水盘有滋生细菌的可能等。

The results show that though the strain is growing slower in the nitrogen-free medium than in the nitrogen-containing medium, the content of capsular polysaccharides produced by the strain in the nitrogen-free medium is higher than those in the nitrogen-containing medium, the content of capsular polysaccharides produced by the strain in the nitrogen-free medium is higher than those in the nitrogen-containing medium. The capsular polysaccharides produced by the strain in the culture which contains different mineral powders will reach the highest content on the third or the fourth day in its growing period. The strain's capability of releasing potassium from k-feldspar and biotite in the nitrogen-containing medium is higher than that in the nitrogen-free medium because in the nitrogen-free medium, the strain and its production of glucoprotein are less than those in the nitrogen-containing medium.

结果表明，尽管该菌在无氮培养条件下的菌体数量远小于有氮培养条件，但无氮培养条件下所提取的细菌多糖多于在有氮条件下培养所提取的细菌多糖；胶质芽孢杆菌在以添加钾长石粉或黑云母粉制作的无氮培养基中生长可形成大量多糖，采用丙酮法进行细菌培养液多糖提取，发现细菌培养的第3天所提多糖含量最高；胶质芽孢杆菌在以添加钾长石粉或黑云母粉制作的有氮培养基中生长亦可形成较多的多糖，且在细菌培养的第4天所提多糖含量最高；胶质芽孢杆菌在有氮条件下对含钾矿物的释钾率高于在无氮条件下的释钾率，这可能与该菌在有氮条件下生长更快、可产生较多菌体细胞有关。

Autoinducer_Ph-1 exploits a traditional rice cultivation technique from SE Asia where Azolla is grown in large quantities and used as an organic, nitrogen rich fertilizer in the rice paddies. A naturally occuring symbiosis between the water fern Azolla and the cyanobacteria Anabaena is reworked to force a real and a synthetic culture of bacterial cells to exhibit symbiotic behaviours.

自体诱导物 Ph-1 入侵了东南亚传统稻田施肥技术；大量有机生长的满江红原生植物，供给稻田所需的有机氮化物，水生蕨类的满江红、鱼腥蓝藻产生了共生的自然现象，其力量诱导人工细菌的细胞展现共生的行为。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。