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Characteristics of the modulated ultrasound effect (range of modulation frequencies 10Hz-1000Hz intensity 0.2 W/cm 2 ) on white blood cells (WBCs) from different animals were studied. The quantitative ratio of WBCs was the most strongly altered by ultrasonic modulation frequency 1000 Hz. This frequency led to degenerative changes of cells. The presence of non-typeable or destroyed cells in smears was indicated. The results obtained demonstrated the possibility of directed impact on different WBC forms.

Development of a standard dosimetric facility with protection against external radiation background for the metrological support of highly sensitive radiation monitoring devices in accordance with the requirements of international standards .

It is known that the intensity of metabolic processes largely depends on the realization of their interrelationships, with a positive correlation with the growth, development and realization of productive qualities of the individual. It is important to note that it is impossible to increase the metabolic intensity against the background of depletion of antioxidant resources. Thus, the transovarian use of glutathione at optimal concentrations led to an increase in aerobic glycolysis and a tendency to activation of transamination enzymes, within reference values, intensification of mineral metabolism, which plays an important role in the maintenance of homeostasis. The fixed changes obviously were more positive for dynamically developing organism, as the received youngsters had not only higher viability during all period of embryogenesis, but also quality on a number of indicators. At the same time, it is important to note a fixed tendency to a certain depletion of protein and lipid metabolism in the absence of differences in body weight of the chickens from the experimental and control groups, which obviously points to the need for additional administration of glutathione at a later period of embryogenesis and requires further investigation. It is an important fact that the same trend was recorded when using the biostimulant in the embryogenesis of quail.

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