London M
Department of Pathology, State University of New York, Health Science Center at Brooklyn 11203, USA.
Clin Hemorheol Microcirc. 1997 Mar-Apr;17(2):93-106.
Review of the role of blood rheology in regulating blood pressure discloses that macromolecular binding to the erythrocyte membrane is a significant factor. Evidence is summarized supporting the thesis that blood viscosity is a prime regulator of blood pressure. Macromolecules may bind to erythrocytes and other macromolecules forming structures that increase blood viscosity when the blood stream flow rate is decreased. Review of the nature and extent of RBC membrane binding and a model for relating these bonds to blood pressure are presented.
对血液流变学在调节血压中的作用进行综述发现，大分子与红细胞膜的结合是一个重要因素。本文总结了支持血液粘度是血压主要调节因子这一论点的证据。当血流流速降低时，大分子可能与红细胞及其他大分子结合形成结构，从而增加血液粘度。本文还介绍了红细胞膜结合的性质和程度以及将这些结合与血压相关联的模型。
