红细胞的变形能力是某些疾病的重要特征。
Erythrocyte deformability is the significant characteristic of some diseases.
治疗大、中剂量组可改善红细胞的变形能力、降低红细胞刚性指数和聚集指数。
The two groups also could enhance the deformity ability, reduced the erythrocyte aggregation.
红细胞的变形能力是一种重要的流变现象，是影响血液循环的主要因素，具有重要的生理学意义。
Erythrocyte deformability is one kind of significant hemorheology phenomenon. It is the dominating factor that influence the blood circulation, so it has important physiology meaning.
结果：养阴通脑颗粒具有提高红细胞变形能力、降低全血粘度的作用，延长减压缺氧小鼠存活时间。
Results: YTG can increase the red cell deformation ability, decrease the blood viscosity and prolong the survival time of the mouse with decompression hypoxia.
结果：养阴通脑颗粒具有提高红细胞变形能力、降低全血粘度的作用，延长减压缺氧小鼠存活时间。
Results: YTG can increase the red cell deformation ability, decrease the blood viscosity and prolong the survival time of the mo.
而磁场强度增加或照射时间延长都不利于红细胞变形能力的改善。
But exposure to magnetic field of stronger intensity or for longer time is harmful to deformability of erythrocyte.
戴稼禾，等?黄耆药物对人体红细胞变形能力作用的实验研究?贵州医药1987；11（1）：23。
Dai Jiahe, et al, Experimental study of effects of Radix Astragali on human erythrocyte deformation , Guizhou Medicine 1987; 11(1):23.
运动对红细胞膜的影响是多方面的，如膜的变形性、抗氧化能力、转运功能及能量代谢等。
Sports can lead to many-faceted changes of RBCM. Such as the ability of antioxidation, function of transport, energy metabolism etc.
红细胞核的存在和相应的细胞变形能力的变化，是鱼类的血液粘度和哺乳类相似的重要原因。
The presence of nucleus in red cell with the resultant changes of cell deformability was the major cause why the blood viscosity in fish was similar to that in mammals.
目的探讨老化红细胞变形能力与红细胞膜磷脂成分和收缩蛋白(SP)含量的关系。
Objective To explore the the relationship between senescent erythrocyte deformability and lipid composition, spectrin content (sp) of erythrocyte membrane.
目的探讨不稳定型心绞痛(UA)病人红细胞变形能力(ED)与红细胞膜脂质组成的关系。
Objective To explore the relationship between erythrocyte deformability (ED) and lipid composition of erythrocyte membrane in patients with unstable angina (UA).
本文报告32例不同证型银屑病患者及30例健康对照者红细胞变形能力及膜atp酶活性的检测结果。
Erythrocyte deformability and membrane adenosine triphosphatase (ATPase) activity from 32psoriatic patients with TCM Syndrome Differentiation-Typing and 30 healthy subjects were observed.
结论：结果提示三种动物红细胞变形能力基本相似，但涉及多种细胞外因素的红细胞聚集性则存在明显差异。
Conclusion: the erythrocyte deformability is nearly the same among 3 species of animals, but the erythrocyte aggregation involving many extracellular factors appears a noticeable difference.
结论：结果提示三种动物红细胞变形能力基本相似，但涉及多种细胞外因素的红细胞聚集性则存在明显差异。
Conclusion: the erythrocyte deformability is nearly the same among 3 species of animals, but the erythrocyte aggregation involving many extracellular factors appears a noticeable difference.
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