结果表明：糖尿病病人的完整红细胞膜脂区的流动性明显地低于正常人。
The results showed that the fluidity of membrane lipid regions of intact erythrocyte in diabetic patients was lower than that in healthy subjects.
山茛菪碱对红细胞膜脂的作用部位主要在极性头部，并影响膜脂的流动性。
The anisodamine interacts mainly with the polar head of the membrane lipid and affects the membrane fluidity.
本文测定了30例脑血管病(CVD)患者血浆及红细胞膜脂质过氧化物水平以及红细胞膜流动性。
We measured membrane fluidity and lipid peroxide level in plasma and erythrocyte membrane of 30 patients with cerebral vascular disease (CVD).
直线相关分析显示，红细胞膜流动性降低与红细胞膜脂质成分改变有明显相关性。
Linear correlation analysis showed that the reduce of erythrocyte membrane fluidity had correlation with the change of lipid compositions of erythrocyte membrane.
我们观察了10例烧伤病人伤后2天，3 ~5天，6 ~ 10天的红细胞膜流动性、血浆过氧化脂质含量、红细胞异形率及脆性的变化。
We have observed RBC membrane fluidity, serum lipid peroxide, RBC DE - formability and fragility in 10 burn patients on PBD 2, 3 ~ 5 and 6 ~ 10.
而红细胞膜经一定量橙皮苷预先处理后，膜MDA含量明显减少；膜脂流动性和膜重封闭能力可显著提高。
RESULTS: Hydroxyl free radical increased the content of MDA, decreased membrane fluidity, alleviated blocking degree, and caused lipid peroxidation of erythrocyte ghost.
而红细胞膜经一定量橙皮苷预先处理后，膜MDA含量明显减少；膜脂流动性和膜重封闭能力可显著提高。
RESULTS: Hydroxyl free radical increased the content of MDA, decreased membrane fluidity, alleviated blocking degree, and caused lipid peroxidation of erythrocyte ghost.
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