内膜是一种粘附蛋白，它能使细菌附着在肠道内的细胞上。
Intimin is an adhesion protein that allows the bacteria to attach to cells in the gut.
溶解酵素是一种蛋白质，它是人类免疫系统的一部分；由于功能正常，它可以刺破入侵细菌的细胞壁并毁灭它。
Lysozyme is a protein that is part of the human immune system; when functioning properly, it punctures the cell wall of an invading bacterium and destroys it.
这些细菌将把DNA丢入烟草植物的细胞之中，而这些烟草细胞能按步骤生产大量流感蛋白质。
The bacteria dump the DNA into the plant's cells, which follow its instructions to churn out the flu protein.
乙醇在化学上的性质与水相似，它能以自己独有的方式进入到细菌的细胞质当中，在这里，它会瓦解蛋白质并杀死细胞。
Alcohol is chemically similar to water, so it can work its way into bacterial cytoplasm, where it makes the proteins fall apart, killing the cell.
细菌的存在也减低了两种有助神经细胞成熟的蛋白的数量，说明细菌引导着不同的行为。
The presence of microbes also reduced the amounts of two proteins important to nerve-cell maturation, suggesting how the microbiome leads to the differences in behavior.
论证了细菌细胞和生物试剂，例如蛋白质和多糖，在矿物加工中的功能。
Proved bacterial cell and biology reagent, for example protein and polysaccharide, in the action in mineral treatment.
生产过程中需要培育转基因酵母，细菌或仓鼠细胞，大量生产对人体有益的蛋白质，然后经过多道工序提纯。
It entails breeding genetically modified yeast, bacteria or hamster cells to spawn therapeutic proteins which then need to be purified and refined in successive procedures.
细菌适应技能取决于其持续产生新的RNA分子的能力。RNA携带有关键信息，告诉细胞应该生产什么样的蛋白与具体的生产量。
Bacteria's knack for adaptation hinges on their ability to constantly churn out new molecules of RNA, which carry crucial messages that tell a cell what proteins to make and in what quantities.
那些包裹入侵细菌的蛋白鞘与身体的特定部分的原生细胞表面的蛋白是如此相似。
The protein sheath that coats each invading bacterium cell is remarkably similar to the one that coats the native cells that form a particular part of the body.
潜在的致命细菌沙门氏菌具有一种分子装置，这种分子结装置可以整配沙门氏菌用来干扰细胞机制、感染全球数百万人的蛋白质。
The potentially deadly bacterium Salmonella possesses a molecular machine that marshals the proteins it needs to hijack cellular mechanisms and infect millions worldwide.
如钾水平下降，膜蛋白在细菌刺激一连串的基因活性的子细胞信号形成的人数。
As potassium levels decline, a membrane protein on the bacterium stimulates a cascade of gene activity that signals neighboring cells to form a quorum.
在这种情况下，链球菌细菌蛋白质的代码与基底神经节细胞的代码非常接近。
In this case, the protein code on the strep bacteria is a close match with the code on the cells in the basal ganglia.
采用三种蛋白质测定方法对细菌悬液中细菌细胞的蛋白质量进行了测定。
Three methods for determining of concentration of proteins were used to determine the concentration of proteins in solution containing bacteria.
研究通过降解对苯二甲酸的酵母和细菌的复合处理，使TA的降解率达到95%以上，并生产了单细胞蛋白。
The degradation rate of TA treated with yeast followed by bacteria can be more than 95%, and the yeast biomass can be collected as single cell protein (SCP).
在大肠杆菌中表达量约占细菌总蛋白15 % ，在昆虫细胞中表达量约占细胞总蛋白10 % 。
The expressed target protein accumulated up to about 15% and 10% of the total cellular proteins, respectively.
志贺菌在与宿主肠道上皮细胞接触后，激活t3ss并将效应子蛋白注入真核宿主细胞内，引起细菌性痢疾。
Once Shigella makes contact with intestine epithelium, the T3SS is activated and effector proteins are injected into the cytosol of intestine epithelium to cause shigellosis.
在一些古细菌和真细菌中，表层蛋白是细胞膜最外层的结构。
S-layer (surface layer) has been identified as the outermost structure of cellular envelopes in numerous organisms from bacteria and archaea domains.
另一个意外是，美国研究组跟踪许多单个蛋白质，并发现一个随机分子事件可以将细菌细胞从一个代谢状态切换到另一个状态。
In another surprise, a U. S. team tracked individual proteins and found that a single random molecular event can switch a bacterial cell from one metabolic state to another.
目的：探讨细菌性肺炎患儿血清C反应蛋白（CRP）、血沉（ESR）及白细胞计数（WBC）的变化及临床意义。
Objective: To study the change and clinical significance of serum C reactive protein (CRP), erythrocyte sedimentation rate (ESR) and leucocyte (WBC) in children with bacterial pneumonia.
超高压处理对细菌细胞形态结构造成明显的损伤，破坏了细菌细胞膜蛋白的高级结构，对细菌细胞膜的通透性产生了较大影响，引起无机盐等内含物的流失。
High pressure treatment caused changes in the microstructure of the cell, the membrane proteins of cells were damaged, and the cell membrane permeability increased, resulting in leakage of the cell.
超高压处理对细菌细胞形态结构造成明显的损伤，破坏了细菌细胞膜蛋白的高级结构，对细菌细胞膜的通透性产生了较大影响，引起无机盐等内含物的流失。
High pressure treatment caused changes in the microstructure of the cell, the membrane proteins of cells were damaged, and the cell membrane permeability increased, resulting in leakage of the cell.
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