A. A. Barsukov

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Sodium nucleinate increased essentially the insusceptibility of mice to pathogenic escherichia, strain O26, Pr. vulgaris, Ps. aeruginosa, Ser. marcescens, and produced a total stimulating effect on the nonspecific bacterial resistance; analogous stimulating activity was found in the homologous low polymeric RNA from the liver. Sodium nucleinate intensified(More)
Fourteen patients on hemosorption therapy were studied for variations in functional activity of neutrophils isolated from peripheral blood. These variations were evaluated from neutrophil chemiluminescence during adhesion reflecting the generation of active forms of oxygen. A correlation was established between the positive effect of therapy and neutrophil(More)
Yeast RNA and sodium nucleinate considerably increased the nonsusceptibility of mice to pathogenic escherichia and typhoid salmonellae. Ineffective single nucleonate doses created an intense resistance in repeated use; prolonged application was not accompanied by the appearance of tolerance to the preparation. The principal mechanism of the induced(More)
Sodium nucleinate significantly increased the non-specific resistance of mice to E. coli O26, Ps. vulgaris, Ser. marcesens, Ps. aeruginosa, Kl. ozaenae and their associations and total resistance also accompanied by a significant decrease in the number of the bacteria in the spleen and blood, the total number of the cells in the peritoneal exudate and the(More)
Sodium nucleate (SN) substantially increased the resistance of mice to pathogenic strainEscherichia coli 026,Proteus vulgaris,Pseudomonas aeruginosa, andSerratia marcescens and had a general stimulating action on nonspecific antibacterial resistance; homologous low-polymer RNA from the liver had a similar stimulating activity. SN enhanced the resistance of(More)
A new phenomenon is discovered: Helicobacter pylori suppressed production of superoxide radical by neutrophils, while intracellular production of oxygen radicals is considerably activated. This phenomenon seems to play an important role in Helicobacter modulation of the inflammatory process in the stomach and persistence of the bacterium in the inflammatory(More)