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Biomedical subjects

V F Zhuravlev

Publications and source records attributed to V F Zhuravlev.

At least 37 records · Page 2Linked to original sources

[New technique designed for the evaluating of respiratory function].

New models of the matrix of sensors and devices operating in the meter-range are presented for use in the medical diagnostics. A technique of a remotely controllable analysis of respiratory volumes and a method for the functional visualization of respiration were worked out. The possibilities of using the DU and FD-P pulmonology computer systems in medicine were studied.

Adolescent↗

[A new technology for evaluation the functional condition of the cardiovascular system].

New models of a sensor matrix and of a device designed for biomedical diagnostics are described. A radio-induction analysis technique applicable to hemodynamic parameters as well as the related equipment and soft meant for evaluating the functional condition of the cardiovascular system were elaborated. The potentialities of using the above computer system in medical diagnostics are defined.

Adult↗

[The radioprotective efficacy of karotinil under acute external and internal irradiation].

Radioprotective, with respect to the whole body and reproductive system, geroprotective and anticarcinogenic properties of carotinyl after single acute external gamma-irradiation or exposure to tritium oxide have been revealed. It is concluded that the use of beta-carotene-containing substances is highly promising in preventing remote effects of chronic irradiation at low rates of absorbed doses, particularly the effects of incorporated radioactive substances.

Acute Disease↗

[The effect of external gamma-irradiation on the distribution of deuterium oxide in the rat body].

External gamma-irradiation (7.74 and 15.48 x 10(-2) C/kg) does not influence the distribution of deuterium oxide within a rat body: it is distributed uniformly among the organs and tissues as it is observed in nonirradiated animals. The effect of external irradiation favors the retention of deuterium oxide within the organs and tissues. The delayed excretion of deuterium oxide from the body can enhance the biological effect. This should be taken into account in standardizing the combined radiation effects.

Animals↗