Vasina E N, Koshev V I
Arkh Anat Gistol Embriol. 1988 Jun;94(6):38-47.
The work deals with one of the least elaborated aspects on the system of microcirculation and is performed, taking into account the functions of histo-hematic and intertissue barriers. For this certain new original investigation methods have been developed, adequate to the problems discussed. The module principle of organization with a distinct functional specialization of the ganglionar and truncal vascular micromodules has been stated. The working principle of each module is based on functional interaction of the intra- and extraneural capillary systems; this is ensured by mechanisms of the blood stream redistribution: by arteriolar, precapillary and prevenular sphincters and by pathways of the shunt blood stream. A high stability of the blood stream in the vascular constructions studied is explained as a possibility of counterstream gas exchange between the arterial and venous blood in the truncal vascular micromodule.
这项工作涉及微循环系统中最缺乏详细阐述的方面之一，并且是在考虑组织 - 血液和组织间屏障功能的情况下进行的。为此开发了某些新的原创研究方法，以适应所讨论的问题。提出了具有神经节和主干血管微模块明显功能特化的模块化组织原则。每个模块的工作原理基于神经内和神经外毛细血管系统的功能相互作用；这通过血流再分配机制来确保：通过小动脉、毛细血管前和小静脉前括约肌以及分流血流途径。所研究的血管结构中血流的高稳定性被解释为在主干血管微模块中动脉血和静脉血之间逆流气体交换的可能性。
