Chernukh A M, Balanter B I, Mintser O P, Karpenko V V, Mikhaĭlova I M
Biull Eksp Biol Med. 1983 Jan;95(1):35-7.
Application of a mathematical model of microhemocirculation enabled one to assess quantitatively the magnitude of transcapillary albumin metabolism and total hydraulic resistance of metabolic vessels, as well as the effect of geometric, biophysical and hemodynamic parameters on transport characteristics of the capillaries. Dramatic changes in transcapillary metabolism and in blood rheologic properties are classified with factors that determine the occurrence of postoperative complications in patients with mitral valve failure.
应用微循环数学模型能够定量评估跨毛细血管白蛋白代谢的程度、代谢血管的总水力阻力,以及几何、生物物理和血液动力学参数对毛细血管转运特性的影响。跨毛细血管代谢和血液流变学特性的显著变化可根据决定二尖瓣衰竭患者术后并发症发生情况的因素进行分类。