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- Neutrophil chemotactic activity in sputum supernatant was higher than the pool of normal subjects both in chronic asthma and COPD patients. 慢性哮喘患者和COPD患者痰液上清液中的中性粒细胞趋化活性均较正常人高。
- Methods The distances of moving of WBC directed by fMLP i n argarose gel were observed by microscopy. Results and Conclusion Chemotactic activities of WBC wer e inhibited by CP,RA,ATL,T 0,TE,OF,CL,CHLO,CP+RA and CL+RA. 结果与结论 受试药中 :丙酸氯倍他索 (CP)、全反式维A酸(RA)、蒽林 (ATL)、雷公藤内酯醇 (T0 )、四环素 (TE)、氧氟沙星 (OF)、盐酸克林霉素 (CL )、氯霉素 (CHLO)、CP+RA和CL +RA对人WBC趋化性有不同程度的抑制作用 ,且量 -效关系显著。
- chemotactic activator 化学趋性激活剂, 趋化激活剂
- Human monocyte chemotactic protein 4,... 人单核细胞趋化蛋白4(MCP-4/CCL13)试剂盒;
- Mouse monocyte chemotactic protein 3... 小鼠单核细胞趋化蛋白3(MCP-3/CCL7)试剂盒;
- Effects of Some Anti-psoriatic and Anti-acne Agents on Chemotactic Activity of Human WBC in Vitro 几种治疗银屑病寻常痤疮药物体外抗白细胞趋化活性观察
- Keywords Complement;Scald;Chemotactic activity;Opportunistic pathogen infection;Blood culture;Tissue bacterial quantity; 补体;烫伤;趋化活性;机会菌感染;血培养;组织细菌定量;
- The next activator in the chain. 链中的下一个激活器。
- Gd3+ ion is a fine activator and sensitizer. Gd~(3+)离子是优良的激活剂和敏化剂。
- Mn~(2+) is the strongest activator,then Fe~(2+). Mn2+是酶活性强有力的激活剂,Fe2+次之。
- CAP: See catabolite gene activator protein. 降解物基因活化蛋白.
- neutrophil chemotactic activity 中性粒细胞趋化活性
- chemotactic activity 趋化的活性
- Uses:As an activator of phosphor and dopant of garnet. 用途:用于荧光粉的活化剂和柘榴石的添加剂。
- relative chemotactic activity 相对趋化活性
- Mn 2+ is suggested to bethe principal activator for CL in apatite. Mn2 + 为CL的主要激发元素。
- The present invention also relates to antibody of chemotactic factor super-family member, and medicine composition, agonist and activator containing chemotactic factor super-family. 本发明还涉及趋化素样因子超家族成员的抗体,含有趋化素样因子超家族的药物组合物,以及拮抗剂和激活剂。
- The breakdown of this compound requires a special activator. 分解这种化合物需要特殊的催化剂。
- The activation mechanism of activator is discussed. 并对激发剂的激发机理做了探讨。
- Osteopontin is an extensive existing cytokine and chemotactic factor,and play an important role in bone metabolism. 骨桥蛋白作为体内广泛存在的细胞因子和趋化因子,在骨代谢中起到重要作用。