Shnaĭdman I M
Arkh Patol. 1978;40(6):25-31.
Electron microscopic and cytochemical studies indicate that structural and functional changes in coniophage occur under the influence of fibrogenous dust. These changes consiste in fragmentation of single phagolysosomes containing dust particles with the release of the contents into the cytoplasm, disorders in the structure of mitochondria, granular endoplasmic reticulum, and plate apparatus. These changes lead to a decline in the bioenergetics and biosynthetic function of coniophage. At a late stage, a damage of phagolysosomal apparatus as a whole causes autolysis of the cell. A principal possibility of directed effect on the membrane structures of coniophage for the purpose of influencing the initial mechanisms of silicosis development is demonstrated.
电子显微镜和细胞化学研究表明,在纤维性粉尘的影响下,食尘细胞会发生结构和功能变化。这些变化包括含有粉尘颗粒的单个吞噬溶酶体破碎,其内容物释放到细胞质中,线粒体、粗面内质网和板状器结构紊乱。这些变化导致食尘细胞的生物能量学和生物合成功能下降。在后期,整个吞噬溶酶体装置受损会导致细胞自溶。证明了有针对性地作用于食尘细胞膜结构以影响矽肺发展初始机制的主要可能性。