Kozlov V I, Litvin F B
Fiziol Zh SSSR Im I M Sechenova. 1986 Sep;72(9):1189-98.
Biomicroscopic studies performed in anesthetized white rats revealed the increase in the cortex mass and the formation of microcirculatory bed as the main factors in microcirculation development. Three periods were distinguished in the process of the pial microcirculatory system formation: an excessive blood flow in the primary capillary net (1-7 days); an unstable (translocating) blood flow and formation of definite structure of the microcirculatory bed (7-30 days); a stable blood flow and stabilizing of the microcirculatory bed construction (75-90 days). A possibility of distinguishing the structural-functional units within the pial microcirculatory system and their role in formation of the microcirculation in ontogenesis, are discussed.
在麻醉的白鼠身上进行的生物显微镜研究表明，皮质质量的增加和微循环床的形成是微循环发育的主要因素。软脑膜微循环系统形成过程可分为三个阶段：初级毛细血管网中血流过多（1 - 7天）；血流不稳定（移位）以及微循环床确定结构的形成（7 - 30天）；血流稳定以及微循环床结构稳定（75 - 90天）。文中讨论了区分软脑膜微循环系统内结构功能单位的可能性及其在个体发育中微循环形成中的作用。
