1) 99m Tc-heat damaged RBC
热变性红细胞
1.
Methods The splenic function of 29 cases with autosplenic transplantation and 18 cases of cirrhosis with subtotal splenectomy were evaluated using spleen imaging with 99m Tc-heat damaged RBCs or 99m Tc-Sodium phytate colloid.
方法 应用热变性红细胞法和胶体法观察自体脾移植和肝硬化脾大部切除术后患者脾功能。
2) erythrocyte deformability
红细胞变形性
1.
The effect of reduced glutathione on alcoholic cirrhosis and erythrocyte deformability;
还原型谷胱甘肽对酒精性肝硬化患者红细胞变形性的影响及疗效观察
2.
Effects of levocarnitine on erythrocyte deformability and membrane stability in hemodialysis patients;
左卡尼汀对血液透析患者红细胞变形性和膜稳定性的效应
3.
Effects of NO on stored erythrocyte deformability in vitro
一氧化氮对库血红细胞变形性的影响特征之探讨
3) red cell deformability
红细胞变形性
1.
On clinical significance of red cell deformability and Na~+-K~+ exchanging ATPase in red cell membrane in brain injuries;
脑外伤患者红细胞变形性与红细胞膜Na~+-K~+-ATP酶的水平及临床意义
2.
Objective To study the signifcance and relationship of erythrocyte calcium (E Ca 2+ )and red cell deformability(RCD) in patients with hypertensive crisis.
目的 探讨红细胞内钙 (E Ca2 + )和红细胞变形性 (RCD)在高血压危象中的意义及二者之间的关系。
3.
By collecting literature,the authors discuss the influencial factors on red cell deformability (RCD) ,interrelations between RCD andthe athletic capecity ,espacially the effect of RCD on the athletic capacity.
采用文献研究法,对红细胞变形性的影响因素、红细胞变形性与运动能力的相互关系,尤其是红细胞变形性对运动能力的影响进行了讨论。
4) RBC deformability
红细胞变形性
1.
Two intuitive parameters of RBC deformability(i.
本文对硅微通道法测量红细胞变形性的理论进行了针对性的分析和推导 ,提出了在硅微通道法中以细胞通过阻力 β和细胞堵塞比率ε分析红细胞变形性的双参数方法 ,并结合我们利用该技术研制的红细胞流变性测量芯片系统进行实验研究 ,验证了理论方法的适用
2.
Results: ① Hematocrit and RBC deformability were higher in all highland populations than that in normal controls,these increase were time dependent.
方法 :对进入高原不同时间人群进行血液流变学 (红细胞压积、血液粘度、红细胞变形性和聚集性以及供氧指数等 )检测和分析。
3.
Results:It was found t hat ESW could in crease RBC deformability and reduce the contents of MDA,cholesterol and the rati o of cholesterol/phospholipid in rats RBC membrane.
目的 :研究土鳖虫粉对大鼠红细胞变形性和红细胞膜成分的影响。
5) Rheological Properties of RBC
红细胞流变特性
补充资料：红细胞变性
红细胞变性
参见"变性"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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