Saprykin V P, Kuznetsov S L
Department of Histology, Cytology and Embryology, I.M. Sechenov Moscow Medical Academy.
Morfologiia. 2001;120(6):37-41.
Verification of presumed inertness of blood neutrophil granulocytes revealed their morphological heterogeneity in practically healthy donors. At light microscopic level it was expressed as a varying degree of cell cytoplasm granularity--58% of the cells were highly granular, 30% contained moderate amount of granules and 12% were completely devoid of granules. According to the ultrastructural analysis, neutrophils were subdivided into four groups: intact cells (60%), cells with slight (26%), moderate (12%) and severe (2%) changes. The criteria for this classification included changes in neutrophil shape and ultrastructure during its activation: formation of pseudo- and lobopodia, spatial redistribution of organelles, degranulation etc. Presence of neutrophils with the signs of activation in the circulation suggests that the neutrophil system normally is not inert, but is in a state of so-called working tone, thus providing high antibacterial resistance of the macroorganism exposed to natural bacterial environment.
对血液中性粒细胞假定惰性的验证显示,在实际健康的供体中它们存在形态异质性。在光学显微镜水平上,这表现为细胞质颗粒度的不同程度——58%的细胞颗粒高度丰富,30%含有中等数量的颗粒,12%完全没有颗粒。根据超微结构分析,中性粒细胞被分为四组:完整细胞(60%)、有轻微(26%)、中度(12%)和重度(2%)变化的细胞。这种分类的标准包括中性粒细胞激活过程中其形状和超微结构的变化:伪足和叶足的形成、细胞器的空间重新分布、脱颗粒等。循环中存在具有激活迹象的中性粒细胞表明,中性粒细胞系统通常并非惰性,而是处于所谓的工作状态,从而使暴露于自然细菌环境中的大生物体具有高抗菌抗性。