进一步的试验显示，细胞毒素免疫细胞更有可能去摧毁那些无法产生小rna的变异病毒而不是普通的病毒。
Further experiments showed that cytotoxic immune cells were more likely to kill cells infected with a mutant virus that cannot make the microRNA than the normal virus.
作者采用小鼠骨髓瘤细胞系与破伤风类毒素免疫的人外周血淋巴细胞进行融合，对影响人-鼠杂交瘤细胞制备人单抗成功的因素进行了探讨。
The cells from mouse myeloma cell line SP2/0 were fused with human peripheral blood lymphocytes from the donors primed with a conventional dosage of tetanus toxoid (TT).
用t - 2毒素免疫家兔，获得了抗t - 2毒素的多克隆抗体，运用该抗体建立了检测玉米中t - 2毒素的间接竞争性酶联免疫吸附测定法。
Polyclonal antibody against T-2 toxin was produced using T-2 toxin immunity rabbits. It could be used to determine T-2 toxin in corn.
迄今为止，大部分研究工作都集中在致病菌是如何通过释放毒素或者刺激免疫系统的方式影响大脑的。
So far, most of the work has focused on how pathogenic bugs influence the brain by releasing toxins or stimulating the immune system, Cryan says.
绝大多数围绕植物如何自我防卫展开，例如释放毒素或者在附近无关植物被吃掉时将资源集中于它们的免疫系统。
Much of it described how plants defended themselves, producing toxins and concentrating resources on their immune systems when unrelated neighboring plants were eaten.
为了避免你长小脓包或得白喉病，所以会给你的身体接种小量毒素，然后你的身体会针对这些毒素产生免疫力。
To protect you against small pox or diphtheria, you are vaccinated with a small amount of the toxin, and then your body develops immunity against that toxin.
溃疡分枝杆菌可生成一种破坏性毒素细菌内酯，它造成组织损坏和抑制免疫应答。
M. ulcerans produces a destructive toxin, mycolactone, which causes tissue damage and inhibits the immune response.
同时，该平台还可以在10分钟内执行免疫测定以探测毒素。
The platform can also concurrently perform immunoassays to detect toxins in less than 10 minutes.
细菌产生的强效毒素则成为引发免疫系统亢进的超级抗原。超级抗原先激活血液中的免疫系统产生大量T细胞。
This is triggered by superantigens, which are powerful toxins produced by the bacteria and which activate a large number of the human immune system's T-cells in the bloodstream.
免疫系统对这些毒素的反应能够损害血管壁或使血凝块更轻易地形成。
The immune system's response to these toxins could harm vessel walls or make blood clot more easily.
但是，在喂食已经商业化的转基因作物与转基因食品的动物中已经发现未曾预料的病态反应，包括毒素反应与免疫反应。
But unexpected ill effects, including toxic effects and immune responses, have been found in animals fed on GM crops and foods that have been commercialized.
它有助于免疫系统细胞的生长发育，帮助抑制有害毒素。
It's instrumental in the growth and development of immune system cells and helps neutralize harmful toxins.
但是巨噬细胞的信号通路中也包括SNAP - 25，因此查普曼博士想，他能够用肉毒素来关闭这些免疫细胞。
But macrophage signalling also involves SNAP-25, so Dr Chapman thinks he can use botulinum toxin to shut the cells up.
2006年第41届美国环境医学学院年会会议录(2卷)大脑和环境：免疫，传染，发炎和毒素。
American Academy Of Environmental Medicine. Annual Meeting. 41st 2006. (2 Vols) The Brain And The Environment: Immunity, Infection, Inflammation, And Toxins.
应对霍乱，引起免疫系统反应的是被称为霍乱毒素b亚单位的蛋白质。
With cholera, the immune response is induced by what is known as the cholera toxin B-subunit.
尽可能的避免压力，压力会降低你的免疫能力，外界毒素会影响你的身体。
Avoid stress as much as possible, stress lowers your immune system differences and the environment toxins can affect your body.
免疫毒素是近年来新兴的一种特异性靶向治疗药物，由毒素蛋白和载体两部分构成。
Immunotoxin is a novel class of targeted agents in recent years, which is composed of toxin fragment and antibody or cytokine.
本文主要综述了免疫毒素在口腔相关疾病生物治疗中应用的研究进展。
The development situation and application prospect of immunotoxin therapy in oral disease are reviewed in this paper.
在动物实验中，T-2毒素对动物显示了比较明确的免疫毒性及血液毒性，可抑制DNA、RNA及蛋白质合成，诱导细胞凋亡，引起白细胞缺乏等。
In animal experiments, T-2 toxin on animals shows a clearer immunotoxic and blood toxicity, suppresses DNA, RNA and protein synthesis, induces cell to die and causes leucocyte lack and so on.
利用免疫毒素进行导向治疗是生物治疗的一个重要途径。
One strategy for targeted cancer biotherapy is to utilize recombinant immunotoxins.
志贺毒素保护性抗原基因的获得为志贺毒素的免疫学研究准备了必要的材料。
The cloned genes of Shiga toxin protective antigens provided essential material for the immunological re-search of Shiga toxin.
目的通过静脉注入抗cd4、CD 8免疫毒素及供体可溶性抗原诱导胰岛移植物免疫耐受。
Objective to induce islet grafting tolerance by intravenous injection of anti CD4, anti CD8 immunotoxins and donor soluble antigen.
治疗方式为及时注射白喉抗毒素，产生长期的免疫力。
Diphtheria is. treated with an antitoxin that neutralizes the toxin and produces long-term immunity.
类毒素经过处理后已消除其毒素特性的一种物质，但仍保留有激发产生抗毒素的能力，用于免疫中。
A substance that HAS been treated to destroy its toxic properties but retains the capacity to stimulate production of antitoxins, used in immunization.
目的探讨l -精氨酸对危重病人一氧化氮、内毒素以及免疫功能的影响。
Objective to study the effect of L-arginine on nitric oxide, endotoxin and immune response in critical patients.
结论：大鼠饥饿后早期确有肠黏膜组织结构受损，发生内毒素移位，同时伴有肠黏膜免疫学屏障受损。
CONCLUSION: the structure of intestinal mucosa is damaged in the earlier stage of starvation in rats, accompanied by endotoxin translocation and dysfunction of intestinal mucosal immune barrier.
结论：大鼠饥饿后早期确有肠黏膜组织结构受损，发生内毒素移位，同时伴有肠黏膜免疫学屏障受损。
CONCLUSION: the structure of intestinal mucosa is damaged in the earlier stage of starvation in rats, accompanied by endotoxin translocation and dysfunction of intestinal mucosal immune barrier.
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