[The morphological changes and cytochemical profile of the leukocytes in regulatory disorders of glucocorticoid secretion in the postresuscitation period]. / Morfologicheskie izmeneniia i tsitokhimicheskii profil' leikotsitov pri narusheniiakh reguliatsii sekretsii gliukokortikoidov v postreanimatsionnom periode.

It was shown in experiments on dogs who experienced death from blood loss that regulation of glucocorticoid secretion changes in phases. The changes are characterized by its disturbance in the first 3 days and a tendency to restoration 7 days after return to life. Disorders of function of the hypothalamo-hypophyseal-adrenal system were attended by a change of the intensity of metabolic processes in the leukocytes which depended on the duration of the circulatory arrest. On the 7th day of the postresuscitation period "dexamethasone depression" caused morphological and cytochemical changes of the leukocytes, which resembled those in intact animals.

[Insulin-depositing function of peripheral blood erythrocytes in rats that have sustained severe craniocerebral injury]. / Insulindeponiruiushchaia funktsiia éritrotsitov perifericheskoi krovi u krys, perenesshikh tiazheluiu cherepno-mozgovuiu travmu.

Rats with a grave craniocerebral injury were examined over time for the content of insulin in red cells (1, 3, 7, 14, 21 and 35 days after injury). Alterations were found in the affinity of circulating red cells for paraaldehyde fuchsin (PAF), linked primarily with a decrease in the proportion of the PAF-resistant forms of the cells. It is suggested that in general the data obtained reflect the intensification of the receptor function of the red cell membrane.