红细胞黏附于玻璃表面：在明确界定的流体剪切场中的变形
Red cells adhering to a glass surface: deformation in a well-defined fluid shear field.
作者信息
Mohandas N
出版信息
Nouv Rev Fr Hematol (1978). 1976;16(3):357-62.
PMID:827735
Abstract
Red blood cells adhering to a clean glass surface deform and elongate when acted on by a fluid shear stress. Crenated cells become smooth when the shear stress exceeds 6 dynes/cm2. The cell membrane forms thin tethers, and cell detachment from the surface occurs when the shear stress exceeds 10 dynes/cm2.
摘要
当受到流体剪切应力作用时，附着在干净玻璃表面的红细胞会发生变形和伸长。当剪切应力超过6达因/平方厘米时，皱缩的细胞会变得光滑。细胞膜会形成细的系链，当剪切应力超过10达因/平方厘米时，细胞会从表面脱离。
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