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血清因素
相关语句
  serum factors
     Objective To investigate the binding characterastics between endothelial cell (EC) and lipopolysaccharide (LPS) without serum factors.
     目的 探讨无血清因素参与下血管内皮细胞 (vascularendothelialcell,EC)与细菌内毒素 (LPS)的结合特点。
短句来源
  “血清因素”译为未确定词的双语例句
     Effect of Medium and Serum on Schistosomula of Schistosoma Japonicum in Vitro
     培养基及血清因素对体外培养日本血吸虫童虫的影响
短句来源
     In order to explore the cause of the suppression of the bactericidal function,whether it was due to the presence of suppressive factors in the blood of burn victims,or due to the direct detrimental effect of thermal injury on the cells,further experiments to observe the crossed effects of burned serum on normal cells and normal serum on burned cells were performed.
     为了辨明杀菌能力受损的原因,是由于伤后血中出现的抑制因子,还是细胞本身受损,又进一步观察了血清因素的影响。 结果伤犬血清对正常中性粒细胞有抑制作用,说明血清抑制因素是存在的。
短句来源
     Objective To investigate the properties of the serum free binding of vascular endothelial cells(ECs) to lipopolysaccharide (LPS).
     目的 探讨无血清因素参与下血管内皮细胞 (Vasvularendothelialcell,EC)与细菌内毒素 (Lipopolysacchrides ,LPS)的结合特点。
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  相似匹配句对
     The content of P. C.
     血清P.
短句来源
     Blood sample was then centrifuged and serum was retained.
     血清
短句来源
     Study on interference factors of serum sialic acid
     血清唾液酸影响因素研究
短句来源
     Study on the influence factors of the serum flbrosis markers
     血清纤维化指标的影响因素分析
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     various environmental factors;
     环境因素;
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  serum factors
There was a marked difference in the frequency of the mitochondrial antibodies, but not of the antinuclear factor and other autoantibody-like serum factors.
      
A dual mode of action for these vaccines has been suggested because serum factors ingested by the tick during the blood meal may begin to reduce the spirochete inoculum prior to transmission to the host.
      
The nitroblue tetrazolium (NBT) test has been modified in an attempt to separately assess leukocytic and serum factors in the reduction of NBT.
      
No single serum factor or combination of serum factors responsible for gestational remission could be detected.
      
Serum factors may be responsible for reduced host-anti-tumor defence.
      
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Body defence functions are seriously impaired after thermal injury.Neutrophils,the important phagocytic cells against bacterial invasion,are also affected Therefore it is of value to study the functional statue of these cells in the postburn course.Two assays to observe the bactericidal function of neutrophils were adopted: the determination of the amount of H2O2 released and the126I taken by the activated neutrophils in oxidative metabolic processes.The results of the experiments on 2 animal models,inhalation...

Body defence functions are seriously impaired after thermal injury.Neutrophils,the important phagocytic cells against bacterial invasion,are also affected Therefore it is of value to study the functional statue of these cells in the postburn course.Two assays to observe the bactericidal function of neutrophils were adopted: the determination of the amount of H2O2 released and the126I taken by the activated neutrophils in oxidative metabolic processes.The results of the experiments on 2 animal models,inhalation injured dogs and scalded rats (TBSA 30% of third degree burns) with pseudomonas infection,showed that the cell oxidative metabolic response of the neutrophils was severely depressed in the first week postburn,indicating the presence of profound inhibition of the bactericidal function of the cells after thermal injury.In order to verify these results,direct yeast-killing assay was carried out and similar results were obtained.In order to explore the cause of the suppression of the bactericidal function,whether it was due to the presence of suppressive factors in the blood of burn victims,or due to the direct detrimental effect of thermal injury on the cells,further experiments to observe the crossed effects of burned serum on normal cells and normal serum on burned cells were performed.It was demonstrated that serum suppressive factors were present and the direct effects from thermal injury also played a part in suppressing the function

烧伤后机体免疫防御系统受到损害,中性粒细胞也同样受到影响,但在抗感染中它占有重要地位,为此,深入了解其在伤后的功能状态很有必要。本实验通过H_2O_2释放和碘化反应两种测定细胞氧化代谢反应方法,观察中性粒细胞的杀菌功能。从呼吸道烧伤犬和烫伤大鼠二个烧伤实验模型中所得初步印象均说明,在伤后第一周内细胞的氧化代谢反应呈现明显的逐渐减弱现象,即杀菌能力受到抑制。另外,更从直接杀伤酵母菌的实验中也得到相同的印象。为了辨明杀菌能力受损的原因,是由于伤后血中出现的抑制因子,还是细胞本身受损,又进一步观察了血清因素的影响。结果伤犬血清对正常中性粒细胞有抑制作用,说明血清抑制因素是存在的。但正常血清不能明显改善伤犬细胞受抑的氧化代谢反应,说明血清因素不是唯一的原因,细胞本身也因烧伤的影响而受到损害。

Objective To investigate the binding characterastics between endothelial cell (EC) and lipopolysaccharide (LPS) without serum factors. Methods Laser confocal microscope was used to observe the binding between EC and LPS. KD and binding sites per cells were calculated by radioligand binding assay (RBA) of receptors using 3H LPS. Results The binding between EC and LPS was saturable, time and dose dependent and could be competed with overdosed LPS of the same type. The fluorescence was mainly...

Objective To investigate the binding characterastics between endothelial cell (EC) and lipopolysaccharide (LPS) without serum factors. Methods Laser confocal microscope was used to observe the binding between EC and LPS. KD and binding sites per cells were calculated by radioligand binding assay (RBA) of receptors using 3H LPS. Results The binding between EC and LPS was saturable, time and dose dependent and could be competed with overdosed LPS of the same type. The fluorescence was mainly distributed in cytoplasma, especially near the nucleus,which could also be stained. Conculsions Some specific LPS binding sites existing on ECs and LPS can function intracellularily.

目的 探讨无血清因素参与下血管内皮细胞 (vascularendothelialcell,EC)与细菌内毒素 (LPS)的结合特点。 方法 用激光共聚焦显微镜观察异硫氰酸荧光素标记的LPS(FITC -LPS)与EC的结合情况 ,用氚标记的LPS(3H -LPS)与EC进行受体的放射性配基结合分析 ,计算出两者结合的平衡解离常数 (KD)和每个细胞上的结合位点数。 结果 EC与FITC -LPS的结合存在浓度、时间上的依赖性和可饱和性 ,可被过量同型LPS竞争抑制。荧光主要集中于细胞浆 ,尤其是胞浆近核周区 ,核仁也可染色。 结论 EC上存在特异性的LPS结合位点 ,LPS可能进入细胞内部而发挥作用

Objective To investigate the properties of the serum free binding of vascular endothelial cells(ECs) to lipopolysaccharide (LPS). Methods The binding of ECs to fluorescein isothiocyanate labelled LPS(FITC LPS) was observed with laser confocal microscope(LCM). The extract of ECs membrane after binding with FITC LPS was recorded with fluorescence microscope. Results The binding of ECs to FITC LPS was in a dose dependent manner. The fluorescence was mainly distributed in cytoplasm, especially near the nucleus...

Objective To investigate the properties of the serum free binding of vascular endothelial cells(ECs) to lipopolysaccharide (LPS). Methods The binding of ECs to fluorescein isothiocyanate labelled LPS(FITC LPS) was observed with laser confocal microscope(LCM). The extract of ECs membrane after binding with FITC LPS was recorded with fluorescence microscope. Results The binding of ECs to FITC LPS was in a dose dependent manner. The fluorescence was mainly distributed in cytoplasm, especially near the nucleus which could also be stained. The bound FITC LPS had a very close relationship with the membranous system of ECs. Conclusion ECs could bind to LPS directly and could function intracellularly.

目的 探讨无血清因素参与下血管内皮细胞 (Vasvularendothelialcell,EC)与细菌内毒素 (Lipopolysacchrides ,LPS)的结合特点。方法 用激光共聚焦显微镜观察异硫氰酸荧光素标记的内毒素 (FluoresceinisothiocyanatelabelledLPS ,FITC LPS)与EC的结合情况 ,并提取荧光标记内毒素与内皮细胞结合后细胞膜性成分观察其中的荧光物质强度。结果 EC与FITC LPS的结合存在浓度依赖性 ,结合的荧光主要集中于细胞浆 ,尤其是胞浆近核周区 ,核仁也可染色 ,结合的内毒素同细胞膜性成分关系密切。结论 EC可与LPS直接结合 ,并可能进入细胞内部而发挥作用。

 
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