[Effect of phytic acid and its derivatives on blood lipid peroxidation state in vitro].

We have studied specific features of lipid peroxidation in whole human blood under the action of aqueous solutions of xymedone (19.6 microM), phytic acid (117.9 microM) and its complex (237.

[System analysis of metabolic profile of blood in patients with thermal trauma].

Aim: To make multiparametric analysis of blood metabolic profile in early period of burn disease.

Materials And Methods: We tested blood samples of 15 healthy adults (control group) and 60 patients with thermal trauma (main group--II-4IIIA, B degree of burn, more then 15 bsp). Parameters of lipid metabolism, level of glucose, lactate, malonic dialdehyde and some enzymes in blood plasma and erythrocytes were estimated.

[Effect of dinitrosyl iron complexes on erythrocyte energy metabolism under thermal trauma conditions].

The effect of dinitrosyl iron complexes (DNIC) on the energy metabolism of erythrocytes under combined thermal trauma conditions has been studied on a group of 30 Wistar rats, which was divided into 3 groups: intact (n = 10), control (n = 10), and main (n = 10). Combined thermal trauma (skin burn + thermoinhalation damage) was modeled in animals of the control and main groups. Rats of control group received infusions of sodium chloride solution (n = 10) every day.

[Estimation of some molecular effects of gaseous nitrogen oxide on human blood in vitro].

The aim of this work is complex estimation of the nitric oxide action on whole blood of healthy people. We tested the reaction of whole human blood (n=14) to the processing of it with cold NO-containing plasma. We performed direct sparging of blood samples by gaseous flow with NO in a special plant.

[Specialties of singlet oxygen and ozone inhalations action on lipoperozydation and antioxidant system of rats blood and tissues].

The aim of this work was the analysis of singlet oxygen and the ozone effect on lipid peroxidation and antioxidant activity of rat organs and blood. Wistar rats were randomly divided into five groups: control group (without any manipulations; n = 10) and four main groups (n = 10 in each group) with inhalations by dry, moisture and oil-processed ozone-oxygen mixture (ozone concentration 60 micro g/l) or singlet oxygen, respectively. Activity of pro- and antioxidant systems was estimated in blood and tissues (lungs, heart, liver and kidney) by inducing biochemiluminescence.