Kisliakov Iu Ia
Fiziol Zh SSSR Im I M Sechenova. 1987 May;73(5):569-78.
The O2 transport in erythrocytes was shown to depend mostly on the form of erythrocyte, concentration of hemoglobin and its interaction with O2. The O2 transport in microvessels and capillaries depends on distribution of erythrocytes over the blood flow and their velocity, whereas intensity of O2 consumption and architectonics of capillary net determine the velocity and amount of O2 supply in tissues. Study of intricate processes of the O2 transport in microcirculation is only possible when using modern physical-chemical and mathematical techniques revealing the complicated interactions among the parameters under study.
红细胞中的氧气运输主要取决于红细胞的形态、血红蛋白浓度及其与氧气的相互作用。微血管和毛细血管中的氧气运输取决于红细胞在血流中的分布及其速度,而氧气消耗强度和毛细血管网的结构决定了组织中氧气供应的速度和数量。只有使用现代物理化学和数学技术揭示所研究参数之间的复杂相互作用,才有可能研究微循环中氧气运输的复杂过程。