[The hormonal status and carbohydrate-energy metabolism of rats after the long-term action of low doses of ionizing radiation and heat]. / Gormonal'nyi status i uglevodno-énergeticheskii obmen u krys posle dlitel'nogo deistviia malykh doz ioniziruiushchego izlucheniia i tepla.

Hormonal status (blood content of triiodothyronine, thyroxin, insulin, 11-hydroxycorticosteroids), dehydration in the Krebs cycle, and activity of the first enzyme in the pentose-phosphate cycle, glucose-6-phosphate dehydrogenase, in the brain and myocardium of white rats were studied at different time periods after separate and combined prolonged exposure to radiation in relatively small doses and heat. It was found that combination of ionizing radiation and heat led to hypofunction of the endocrine glands and inhibition of dehydration processes in the Krebs Cycle.

[Modifying effects of neurotropin on post-radiation disorders of neuromediator processes in the autonomic function regulation centers]. / Modifitsiruiuschchie éffekty neirotropina na postluchevye narusheniianeiromediatornykh protsessov v tsentrakh reguliatsii vegetativnykh funktsii.

In experiments on Wistar rats, it was shown that 6 months after exposure to ionizing radiation (X-radiation 0.5 Gy and intraperitoneal 131I 6.5 mCu/kg) the hypothyroid state was accompanied by changes in inhibitory and excitatory mediation that are characteristic of chronic radiation stress in cerebral structures responsible for regulation of autonomic and animal functions and a relative deficiency of the hypothalamopituitary-adrenocortical axis. Application of therapeutic doses of neurotropin 3 months after radiation levelled the pattern of chronic radiation stress and diencephalic disorders that underlie disturbances of some systemic functions of the organism.

[Significance of adrenal hormones in brain energy metabolism]. / Nekotorye svedeniia o znachenii formonov nadpochechnikov v energeticheskom obmene mozga.

Intensity of glycolysis was studied under conditions of immobilization stress and adrenalectomy as well as with administration of adrenaline and hydrocortisone. The processes of aerobic glycolysis, activity of enzymes of the tricarboxylic acid cycle and mitochondria respiratory chain, content of total, free and protein-bound glycogen, glucose-I-phosphate, glucose-6-phosphate, pyruvate, alpha-ketoglutarate, cytrate and macroergs in the brain are shown to depend on the level of adrenal hormones producing a multilateral effect on a series of energy metabolism links.