[Heterophilic granulocytes of rats during irradiation]. / Geterofil'nye granulotsity krys pri obluchenii.

The bone marrow eosinophils of rats subjected to irradiation are capable of secreting a peroxidase system obtained by neutrophils and endotheliocytes. As a result, there appear heterophil granulocytes in the peripheral blood.

[Dynamics of students' health]. / Dinamika zdorov'ia studentov.

The data on students' health according to the results of medical examinations form a basis for the organization of curative and health-promoting work at higher educational establishments and for the formulation of teaching and educational process at physical culture lessons.

[Ultrastructural changes in the cells of bone marrow capillaries in chronic lead exposure]. / Ul'trastrukturnye izmeneniia v kletkakh kapilliarov kostnogo mozga pri khronicheskom vozdeistvii svintsom.

Prolonged influence of lead on the laboratory white rats was studied. The interchange of the "light" and "dark" endothelial cells in the bone marrow capillaries, pseudomyelination of mitochondria, periendothelial space extension, more dense or loose basement layer and clasmatosis in the adventitial cells of sinusoids were observed. These alterations were observed in both adult and newborn rats whose parents were influenced by lead before the coupling.

[Role of endothelial and perivascular cells in the capillarogenesis of epiphysial cartilage channels]. / Rol' éndotelial'nykh i perivaskuliarnykh kletok v kapilliarogeneze khriashchevykh kanalov épifizov.

Capillaries growing into cartilaginous epiphysis are protocapillaries, some of which are formed by "seamless" endothelium. Budding of endotheliocytes and presence of two nuclei in them are supposed to be the characters of incomplete (polyploidization) mitosis.

[Peripheral blood and bone marrow cell status of white rats with long-term lead exposure]. / Sostoianie kletok perifericheskoi krovi i kostnogo mozga belykh krys pri dlitel'nom vozdeistvii svintsom.

Blood test and bone marrow examination in experiments with albino rats weighing 100-110 g subjected to long-term lead influence (1% lead acetate per os) showed availability of reticulocytosis with thrombocytopenia (on the 62d day) and thrombocytosis on the 92d day of the experiment) in peripheral blood. Reduction of the bone marrow neutrophil index and leuko-erythroblastic ration due to an increase of an erythroblastic radicle was recorded in the bone marrow.

[State of guinea pig peripheral blood and bone marrow cells in phenol poisoning]. / Sostoianie kletok perifericheskoi krovi i kostnogo mozga morskikh svinok pri fenol'noi intoksikatsii.

Blood tests and examination of bone marrow in 2-3 week guinea pigs under conditions of a long-term phenol intoxication (0.5 mg/kg perorally) showed the presence of thrombocytopenia and eosinophilia in peripheral blood and a decrease of the erythroblast maturation index in bone marrow. In the experiment with animals treated with a high dose of phenol there was an evidence of thrombocytopenia accompanied by reticulocytosis and a nuclear shift of neutrophils to the right. Erythroblast maturation index in bone marrow increase (the immature forms are quite probable to be formed due to ineffective division).

[Action of hydrazine sulfate on rat liver plasma membranes]. / Deistvie gidrazin-sul'fata na plazmaticheskie membrany pecheny krys.

Subcutaneous injection of hydrazine sulphate to animals decreases specific activity of some enzymes in homogenates. The content of total lipids in homogenates was decreased, while that in plasma membrane of the rat liver was increased. This induces substantial changes in the content of the neutral lipid fraction. A disturbance in hepatocyte desmosomes was observed.

[Proliferative characteristics of the endothelial cells and pericytes from the capillary vessels of rabbit bone marrow]. / Proliferativnye osobennosti éndotelial'nykh kletok i perotsitov kapilliarnykh sosudov kostnogo mozga krolikov

The high labelling index with the low mitotic activity of pericytes as well as an interdependent change in labelling indexs and labelling intensity in endothelial cells and pericytes for 72 hours of the experiment permit pericytes to be regarded as a proliferating cell reserve for the vessels proper and, probably, for the topographically adjacent histogeneses, myeloid and osseous.