微生物

An organically modified silicate-PVA as an immobilization material for Hansennula anomala was investigated to develop an optochemical BOD sensor for the determination of BOD.

通过有机改性溶胶凝胶PVA包埋方法固定微生物菌株，以氧光化学传感器作为二次传感，制备了响应良好的光化学BOD微生物传感器。

This paper was studied on soybean waste with Aspergill usniger, Candida Utilis and Saccharomyces cerevisiae by mixed culture solid-state fermentation.

目前，从国内外的开发生产来看，绝大多数采用微生物发酵豆渣的方法，在发酵过程中微生物产生纤维素酶等多种酶类，而使豆渣富有活性，减少了豆渣含水量，增加了豆渣干物质含量，提高豆渣质量。

Ecological control of sludge bulking is highly important, especially in preventing sludge bulking through ecological relationship such as prey and autoeciousness of microorganisms.

指出丝状菌污泥膨胀的实质是活性污泥微生态系统平衡失调，微生物群落结构与功能发生变化，丝状菌种群代替菌胶团菌群成为优势种；利用微生物种群之间的捕食、寄生等关系控制污泥膨胀的生态学调控方法，是实现控制丝状菌污泥膨胀，保持污泥微生态系统稳定，获得良好污水净化效果的治本之法。

The interactive of model and benchwork facilitate understanding the sophisticated metabolism systematically and improving the metabolic features of industrialmicrobial strains and the expression of target metabol...

根据这些信息，可以设计、优化工业微生物代谢特征，高表达目标代谢物。本文综述了系统生物技术在工业微生物育种和高通量筛选中的最新应用进展。

At the same time, the effect of sulfate on the anaerobic treatment, and how to avoid sulfate bacteria restraining methane bacteria were specially discussed. Through the studies of microbe bionomic of anaerobic, the sludge training, characters and model of granule sludge were deeply comprehended.

并对抗生素废水厌氧生物处理的微生物及生态学进行分析，从而深入了解抗生素废水厌氧生物处理的污泥培养机制、系统中微生物群落的演替规律和相互作用的关系、颗粒污泥的特征和代谢模式等。

The rule of ecological succession was studied in combined anaerobic process treating antibiotic wastewater. The structure and the metabolize model of granule sludge were founded primarily. The bionomic succession was a dynamic process, and would be developed in the perfect ways through control of bionomic factors and non-bionomic factors.

本文同时系统地研究了复合厌氧法处理抗生素废水的微生物群落演替规律，初步建立了处理抗生素废水的复合厌氧反应器中颗粒污泥的代谢模型，并指出，微生物的群落演替是动态的，通过对生态因子和非生态因子的人为调控，可以使演替按照理想的方向发展。

Calf rennet, consisting of mainly chymosin with a small but variable proportion of pepsin, is a relatively expensive enzyme and various attempts have been made to find cheaper alternatives from microbial sources These have ultimately proved to be successful and microbial rennets are used for about 70% of US cheese and 33% of cheese production world-wide.

与其他凝乳酶一起组成了一个虽小然而却有很大比率的胃蛋白酶的幼牛凝乳酶相对来说比较昂贵，因此目前关于能否在微生物资源中寻找廉价的凝乳酶正在试验中。这一设想最终一定会成功并且从微生物中得到的凝乳酶将会用于生产美国市场中77%，全球市场33%的乳酪制品。

Today, purified chymosin is alsomanufactured through genetic modification of microorganism whenthe chymosin gene from a calf is duplicated and inserted into microbial cells.

现在，从小牛身上获得的凝乳酶基因经过复制注入到微生物细胞中后，通过微生物转基因可以生产提纯的凝乳酶。

The book comprehensively reviews the molecular and cellular biology of the most important microbial toxins with a focus on recent advances in the field, covering topics such as toxin ADP-ribosylation of proteins, toxin inhibition of protein synthesis, modulation of actin cytoskeleton, cytolethal distending toxins, cell-damaging/pore-forming toxins, clostridial neurotoxins, toxins of the immune system, streptococcal and staphylococcal toxins, anthrax toxins, Shiga toxin, Yersinia toxin, mycotoxins, and the regulation of toxin expression, as well as the potential of microbial toxins in bioterrorism.

该书全面评论了最重要的微生物毒素的分子与细胞生物学，重点是这一领域中的最新进展，主题包括蛋白质毒素ADP核糖基化，毒素抑制蛋白质合成，肌动蛋白细胞骨架的调控，细胞致死增加毒素，细胞损伤/孔状毒素，梭菌属的神经毒素，免疫系统的毒素，链球菌和葡萄球菌毒素，炭疽毒素，Shiga毒素，Yersinia毒素，毒枝菌素，和毒素表达调节，以及生物恐怖中微生物毒素的潜在可能性。

This technology is suitable for various microbes; it can also be used compositely with other methods to mutate microorganisms.

这项技术适用于多种微生物，也可以和其它方法结合对菌种进行复合诱变，同样离子束介导转基因技术不仅适于植物细胞，对微生物细胞也是可行的。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！