There has previously been no way to identify an antibody (a type of targeted immune molecule) without first knowing the antigen that triggers its production.
以前有没有方法来识别的抗原没有事先知道触发其生产的抗体（有针对性的免疫分子型）。
The culprit is thymic stromal lymphopoietin (TSLP)， a signalling molecule secreted by damaged skin cells which elicits a strong immune response from the body to fight off invaders.
罪魁祸首就是胸腺基质淋巴生成素(简称TSLP)，这是一种由受损的皮肤分泌的信号分子，受损的皮肤引起身体强烈的免疫反应以便对抗入侵细胞。
The problem is getting the immune system to pay attention to a molecule that is such a small target.
问题是让免疫系统注意到这么小的一个目标。
The problem is getting the immune system to pay attention to a molecule that is such a small target.
关键在于免疫系统能“发现”这样小的目标。
Symptoms included increased insulin resistance and atherosclerosis and higher levels of a signaling molecule that activates a class of immune defensive cells known as macrophages.
症状包括胰岛素抵抗增加、动脉粥样硬化和能够刺激免疫防御细胞-巨噬细胞的高水平信号分子。
The immune system works, in part, by making antibodies that are specific to particular sorts of hostile molecule.
在某种程度上，免疫系统针对某些有害分子产生抗体来实现运作。
The molecule delivers proteins to a crucial cluster of genes and helps regulate immune response, cancer growth, and fat and stem-cell production, among other things.
这种LINCs（RNA）将蛋白质运输到一个关键基因簇，并帮助细胞控制管理诸如免疫反应，肿瘤生长，肥胖细胞及干细胞的生成等事务。
Nitric oxide is an important effector molecule of macrophages that is involved in immune regulation and host defense.
一氧化氮是一种重要的巨噬细胞免疫效应分子，它参与免疫调节和宿主防御反应。
Conclusions Ligustrazine can increase the expression of adherent molecule of bone marrow cells in immune mediated AA mice, thus promote the growth of hematopoietic cells.
结论川芎嗪能增强免疫介导再障小鼠骨髓造血细胞和基质细胞粘附分子的表达，有利于造血细胞的增生。
The relationship between gaseous signal molecule nitric oxide(NO) with stress response and immune dysfunction after burn has been studied.
探讨气体信号分子一氧化氮（NO）与烧伤后所致机体应激反应，免疫功能障碍的关系。
Nitric oxide (NO), an important biological messenger and effector molecule, is involved in maintaining the physiological function in cardiovascular, immune and nervous systems.
一氧化氮(NO)作为信使分子和效应分子在心血管、免疫、神经等系统中发挥重要生理功能。
The research on MHC′s molecule characteristic of poultry is one important method to illustrate organism immune mechanism.
研究家禽MHC分子特性是阐明机体免疫机制的重要途径之一。
They predicted that the immune system's t cells could be turned on by using an antibody to a cell-surface molecule called CD40, which controls the cells' activation.
他们预测，采用控制细胞激活的细胞表面分子CD 40的抗体，可以激活免疫系统中的T细胞。
Avastin is a laboratory-produced molecule known as a monoclonal antibody that mimics the antibodies produced by the body's immune system to defend against harmful substances.
阿瓦斯汀是一种实验室内生产的分子物质，也就是众所周知的单克隆抗体，它能够模拟机体免疫系统产生的抗体来抵御有害物质。
Intercellular adhesion molecule-1 (ICAM-1), a representative of adhesion molecules, joins in cell mediated immunoreaction through promoting adhesion between immune cells and target cells.
细胞间黏附分子- 1 (ICAM - 1)是黏附分子中较具代表性的一种，通过促进免疫细胞与靶细胞的黏附参与细胞介导的免疫反应。
The culprit is thymic stromal lymphopoietin (TSLP), a signalling molecule secreted by damaged skin cells which elicits a strong immune response from the body to fight off invaders.
罪魁祸首就是胸腺基质淋巴生成素(简称TSLP)，这是一种由受损的皮肤分泌的信号分子，受损的皮肤引起身体强烈的免疫反应以便对抗入侵细胞。
The problem is getting the immune system to pay attention to a molecule that is such a small target.
问题在于要使免疫系统对如此小的目标做出反应。
Here we discussed the HSP function as a signal molecule to regulatory immune cells under exercise stress.
本文从细胞信号传导的角度，综述热休克蛋白在运动应激下免疫机能的反应和适应过程中的作用。
The synthesis of haptens was the key of small molecule immune assay.
抗原的合成是小分子免疫分析技术的关键。
The synthesis of haptens was the key of small molecule immune assay.
抗原的合成是小分子免疫分析技术的关键。
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