产生细菌的

In this work, ALA production from organic wastewater by photosynthetic bacteria was studied...

本 论文主要研究了产ALA光合细菌的分离和选育及其利用有机废水产生ALA 的潜力。

But hydrogen is not easy to make, for producing it by amylum glucose is of too high a cost, while the method of decomposing organic material by bacteria is hard to industrialize

但是氢气不容易制取，用淀粉葡萄糖产生氢气的成本太高，细菌降解生物物质的方法又难以工业化。

That's because of the accumulation of toxic matter in your body that produces bacteria.

这是因为累积的有毒物质在你的身体，产生细菌。

In this report, chloramphenicol and oxytectacycline were chosen.

因为抗生素的存在，对细菌族群造成选择压力，导致抗药性细菌的产生。

A strain library containing 226 bacterial and fungal xylanase producers was successfully constructed, two bacterial producers Pseudomonas sp WXULI-11 and WL-11 and three fungal producers Aspergillus niger XY04B, Aspergillus niger XY07C and Aspergillus glaucus XY12D were screened out from this library.

建立了一个包括226株细菌和霉菌木聚糖酶产生菌的小型菌种库，从中筛选出了2株细菌（Pseudomonas sp WXULI-11和WL-11）及3株霉菌（Aspergillus nigerXY04B、Aspergillus niger XY07C及Aspergillus glaucus XY12D），它们的共同点是木聚糖酶生物合成量高，且不产或少产纤维素酶。

World Health Organization clinical trials to prove substantial, resulting in tooth decay due to the large population of harmful bacteria, the functional characteristics of type toothbrush display type in its unique design and high-quality brush sanding dual filament tip to the forward bending of the back of hard-depth Brush laniary site, around the teeth close to teeth, dental plaque thoroughly cleaned; arc mitigation brush too much force caused by gingival bleeding and abnormal wear and tear; follow internal alveolar brush with regulation, in-depth teeth cleaning teeth bacteria grouper; display type brush to help clean and dry quickly to curb the breeding of germs.

世界卫生组织大量临床实验证明，产生蛀牙的原因是有害细菌的大量繁殖，功能型牙刷的特色在于其独特展示型刷头设计及优质双尖磨毛细丝，能向前弯曲，深入后排难刷大牙部位，包住牙齿紧贴牙缝，彻底清洁牙菌斑；弧型刷头缓解用力过猛而导致的牙龈出血和异常磨损；跟着牙槽内部排列调节刷头，深入牙缝清洁牙菌斑；展示型刷头，有助于快速清洁和晾干，抑制细菌滋生。

In one kind of genetic engineering, scientists have inserted human genes into the DNA of bacteria in order to mass-produce insulin and other human proteins.

有一种基因工程，科学家将人类基因插入细菌的DNA中，从而大规模产生胰岛素及其他人类蛋白。

Nowadays, the nomenclature and taxonomy based on Linnaean system, though has a history of over 250 years, are still predominant among taxonomists, and the following international nomenclature codes of zoology, botany and bacteria have run its way for about 100 years and are keeping on revising.

基于林奈命名法和林奈分类系统的生物分类系统已经存在250多年并仍然为广大生物学工作者使用，由此产生的国际动物、植物、细菌的命名法规亦执行了100年（1905年，国际植物命名法规第1版产生），并在不断修订。

The pathogen of gas gangrene mainly exist and live in local place, and seldom enter blood system to cause blood poisoning, but than can form lots of toxins, this toxins can harm blood system, kidney system, and also the tissue can putrescence and the wound will enlarge step by step, all tissue putrescence and toxin can make these bacteria easier to live and reproduce, all these situation if not being control in time will lead a serious situation that multiple organs dysfunction and then died

气性坏疽的病原菌主要在伤口内生长繁殖很少侵入血液循环引起败血症。产气夹膜杆菌产生α毒素、胶原酶透明质酸酶、溶纤维酶和脱氧核糖核酸酶等，红细胞破坏引起溶血血红蛋白尿、尿少、肾组织坏死水肿、液化，肌肉大片坏死使病变迅速扩散、恶化。糖类分解产生大量气体使组织膨胀；蛋白质的分解和明胶的液化，产生硫化氢，使伤口发生恶臭由于局部缺血，血浆渗出，及各种毒素的作用伤口内的组织和肌肉，进一步坏死和腐化，更利于细菌的繁殖使病变更为恶化。

Heat-loving, methane-producing consortia of microorganisms even appear to produce nanowires that connect organisms from separate domains of life.

喜欢热、产生甲烷的细菌群看起来也会产生纳米线，这种纳米线把有机体从生命分离的区域中连接起来。

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。