研究者们接下来通过特异性结合细胞表面蛋白质的抗体将神经胶质瘤细胞分成不同的类型。
The researchers then sorted glioma cells into different types using antibodies that stick to specific proteins on a cell's surface.
但是，他将其和一种名为艾比特思的抗体联合了起来，后者通过与促进癌细胞扩散和生长的蛋白结合来对它进行抑制。
He did, however, combine it with Erbitux, an antibody that binds to and thus disables a protein that promotes the proliferation and growth of cells.
使用抗体或者光力学疗法专门针对癌细胞进行治疗，两种方法在治疗某些癌症上一直都很成功，所以把两种方法结合当然是一个令人激动的计划。
Using antibodies or photodynamic therapy to specifically target cancer cells have both been successful for treating some cancers, so combining the two together is certainly an exciting plan.
Adcetris是一种抗体药物结合物， 结合抗体和药物，允许抗体指引药物至淋巴瘤细胞上被称为D30靶点。
Adcetris is an antibody-drug conjugate that combines an antibody and drug, allowing the antibody to direct the drug to a target on lymphoma cells known as CD30.
在抗体发育的最后阶段，抗体生成B细胞识别病原体的特定部分，然后变异或者成熟，所以抗体可以结合病原体更加牢固。
In the final stage of antibody development, antibody-producing B cells recognize specific parts of a pathogen and then mutate, or mature, so the antibody can bind to the pathogen more firmly.
它还通过阻止抗体对其本身结合并感染的细胞而起阻断作用。
It also is cloaked in such a way that it stops antibodies from blocking the proteins that HIV USES to bind to a cell and infect it.
目的：鉴定自制的抗CD3-抗胶质瘤双特异性抗体（双抗）的双向结合能力，测定其免疫活性及其对T淋巴细胞的作用。
Objective: To study bidirectional binding ability and immunoactivity of anti-CD3/anti-glioma bispecific antibodies(BsAb) , and to study its effect on T lymphocytes cells.
方法利用抗原、抗体特异性结合原理，在组织和细胞中进行抗原、抗体准确定性、定位的检测。
Methods:Applying the principle of specific binding of antibody and antigen, make detection on accurate localization and qualitaliveness in tissues and cells.
把放射性物质与特殊抗体结合，放射就会针对表达相应抗原的细胞，这样就会减少对其他组织的伤害。
Put radioactive material with a special antibody binding, radiation will be aimed at the expression of the corresponding antigen cells, which would reduce the harm to other organizations.
结果，这一抗体能与病毒紧密结合，限制铰链区的运动并阻止病毒与宿主细胞膜融合。
As a result, the antibody is then able to achieve a tighter hold on the virus, restrict hinge mobility and impede the ability of the virus to fuse to the membrane of the host cell.
这就是说，当双功能抗体与远离光线的健康组织结合时，它不会激活T细胞，这样就极少由副作用。
This means when the bispecific antibody binds to healthy tissues away from light, it cannot activate T-cells, resulting in far fewer side effects.
结论PKH26染色结合荧光抗体标记和流式细胞术，是分析淋巴细胞及其亚群增殖动力的有力工具。
Conclusion PKH26 staining combined with fluorescent antibody labeling and flow cytometry were powerful tools for analysis of proliferation of lymphocytes and their subsets.
通用抗体结合到细胞表面抗原。
结果红细胞血型抗体可以牢固的结合在硅酸钠处理过的玻片上，并且可以与其对应的红细胞抗原发生免疫学反应。
Results Blood type antibodies can be stably coated on the surface of the slide modified by sodium-silicate, and the antibodies can combine with the corresponding RBCs.
结果抗红细胞血型抗体可以牢固的结合在硅酸修饰过的玻片上，并且可以与其对应的红细胞抗原进行免疫学反应。
Results the RBC blood group antibody can be stably coated on the surface of the slide modified by silicic-acid, and it can be combined with its specific antigen RBC.
结果：该杂交瘤细胞株分泌抗人脑胶质瘤细胞单克隆抗体H12具有与脑胶质瘤细胞特异性结合的特性。
Result:The monoclonal antibody H12 against human glioma which the hybridizing cell secretions can consociate specifically with human glioma.
这种复合体由两种抗体组成，一种抗体结合一个肿瘤标记物，另一种抗体结合T细胞。
These complexes are formed from two antibodies, one antibody binds to a tumour marker, the other with a T-cell.
结果该双功能抗体与舌癌组织特异性结合率为85.29%，与血管内皮细胞结合率为82.35%。
Results: the specific conjugation rate between bifunctional antibody and lingual cancer tissue was 85.29%, and that between the antibody and vascular endothelial cells was 82.35%.
由这些结果，我们推论在活体动物内，抗登革病毒且具交叉反应的自体抗体与自体抗原的结合，会导致细胞功能的失常或破坏。
We conclude that the anti-dengue antibodies that cross-react to autoantigen will cause target cell to damage or function loss.
结论：蚊幼虫肠细胞膜泡抗体组分与肠壁具有结合作用。
This suggested that the antibody components indeed have binding activity in the midgut.
人体通过两种方式抵抗流感：通过被称为抗体的蛋白质与病毒结合，阻止病毒复制；通过免疫细胞追击并消灭已经感染的细胞。
The body has two lines of defence against flu: proteins called antibodies that bind to viruses and stop them replicating, and immune cells that can hunt out and destroy infected cells.
优选地，本发明的抗hb -EGF抗体结合有细胞毒性物质。
A cytotoxic substance is preferably bound to the anti-HB-EGF antibody of the present invention.
目的观察抗PNAS - 2单链抗体与PNAS - 2抗原特异性结合的能力，并在此基础上探究其对急性单核细胞白血病u 937细胞凋亡的影响。
Objective to observe specific binding ability of anti-PNAS-2 single chain antibody with PNAS-2 antigen and its effects on apoptosis of human leukemic U937 cells.
特别的，细胞结合剂是识别并结合CD38蛋白的单 克隆抗体、其表位结合片段。
In particular, the cell binding agent is a monoclonal antibody, and epitope-binding fragments thereof, that recognizes and binds the CD38 protein.
特别的，细胞结合剂是识别并结合CD38蛋白的单 克隆抗体、其表位结合片段。
In particular, the cell binding agent is a monoclonal antibody, and epitope-binding fragments thereof, that recognizes and binds the CD38 protein.
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