Changes of a destructive and adaptational character have been revealed in the extraplacental coats in late toxicoses of pregnant women by histological, histochemical and spectrophotometrical methods. The intesity of the apotomical way of the glucose oxidation decreased in the aminiotic epithelium. While the activity of enzymes converting the lipid decomposition products into glycolysis increased. The glucose utilization in the chorial epithelium occurs mainly due to anaerobic glycolysis. Histochemical methods have established a high content of acid glucoaminoglycanes in the smooth chorion under these pathological conditions and the appearance of fibrinoid deposits on the border with the decidual tissue. The number of polyploid cells containing a considerable amount of RNA has been found to increase in the amniotic and chorial epithelium by spectrophotometric methods. The possible role of the extraplacental coats of the fetus in pathogenesis of late toxicoses is discussed.
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96 placentas from mothers with genital mycoplasmosis diagnosed during the pregnancy (main group), and without mycoplasmosis (group for comparison) were studied. Histological study was performed in parallel with electron microscopy of the amnion and use of fluorescent antibodies. Progression of the involutive-degenerative changes in the placenta with the development of lipophanerosis and destruction of the extra-placental amnion epithelium were observed in the main group in parallel with the increase of the immunoglobulins studied (A, M, G), fibrinogen, C3-component of the complement with fixation of pathogenic immune complexes (IC).
View Article and Find Full Text PDFArkh Anat Gistol Embriol
October 1976
Changes of a destructive and adaptational character have been revealed in the extraplacental coats in late toxicoses of pregnant women by histological, histochemical and spectrophotometrical methods. The intesity of the apotomical way of the glucose oxidation decreased in the aminiotic epithelium. While the activity of enzymes converting the lipid decomposition products into glycolysis increased.
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