[Kinetics of hematopoietic stem cell migration in mice after severe mechanical injury]. / Kinetika migratsii stvolovykh krovetvornykh kletok u myshei posle tiazheloi mekhanicheskoi travmy.

Experiments on mice have shown that severe mechanical trauma brings about phasic changes in the kinetics of hemopoietic stem cell migration. Within the first four days after the trauma the migration of stem cells gets intensified and returns to normal by day 8. This reaction is regarded to be a defence one, since it guarantees the function of the most important component of immunity, namely the organs where stem cells differentiate as T and B lymphocytes.

[The role of the adrenals in the development of hyperenzymemia in experimental multiple injuries]. / Rol' nadpochechnikov v mekhanizme razvitiia giperfermentemii pri éksperimental'noi mnozhestvennoi travme

The authors studied the activity of acid phosphatase (AP), lactic dehydrogenase (LDH), aspartic and alanine-aminotranspherases (AST and ALT) in the serum of rats with intact and removed adrenal glands after a severe multifocal trauma induced according to Noble-Collip (300 rpt of the drum with the rotation speed of 37 rpt/min). Adrenalectomy showed practically no influence on the dynamics of the LDH and AP activity. An increase in the activity of the AST and especially of the ALT in the serum of adrenalectomized rats after the trauma was considerably less than in the animals with the intact adrenal glands.