Makovetskiĭ V D, Stebel'skiĭ S E, Shishlo V K, Kozlov V A, Mishalov V D
Arkh Anat Gistol Embriol. 1986 Mar;90(3):45-9.
Using a complex approach in studying microcirculatory bed of the human heart, possibilities of scanning electron microscopy of corrosive preparations, those of silver nitrate impregnation after V. V. Kuprianov are demonstrated. The silver nitrate impregnation makes it possible to study the wall structure of the microcirculatory pathways, to analyse arrangement of nuclei in the endothelial and muscle cells of the microcirculatory links, to reveal together with the vessels the surrounding tissues. Scanograms of the corrosive preparations of the arterioles demonstrate "circulatory strips", that are absent in the venular part. The relief of the luminal casts of the microcirculatory bed vessels in the human heart is presented as impresses of nuclei of the endothelial and smooth muscle cells. Peculiarities in form and distribution of these nuclei in various links of the microbed are demonstrated.
通过采用复杂的方法研究人体心脏的微循环床，展示了对腐蚀标本进行扫描电子显微镜检查的可能性，以及在V. V. 库普里亚诺夫方法之后进行硝酸银浸渍的可能性。硝酸银浸渍能够研究微循环路径的壁结构，分析微循环环节中内皮细胞和肌肉细胞核的排列情况，还能与血管一起揭示周围组织。小动脉腐蚀标本的扫描图显示出“循环条带”，而静脉部分则没有。人体心脏微循环床血管腔内铸型的表面呈现为内皮细胞和平滑肌细胞核的压痕。展示了这些细胞核在微循环床不同环节中的形态和分布特点。
