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L M Polukhina

Publications and source records attributed to L M Polukhina.

15 recordsLinked to original sources

[Comparative activity of depot sulfanilamides in experimental infection in mice caused by K1. pneumoniae].

The chemotherapeutic activity of 6 sulfanilamide depots, i.e. sulfalene, sulfamonomethoxin, sulfadimethoxin, bayrena, pallidin and sulfapyridazin was studied on 890 albino mice inoculated intranasally or intraperitoneally with 51. pneumoniae, strain 444. Sulfadimesin and domian, 2 sulfanilamides of short action served as the control. The drugs were administered orally in a dose of 500 mg/kg daily for 5 days. High efficacy of the sulfanilamide depots in the treatment of the 51. pneumoniae infected mice and low activity of the short-action drugs were shown, which was confirmed by the data of the pathomorphological investigation in experimental pneumonia. Sulfalene and sulfamonomethoxin proved to be the most active. Differences in the activity of the sulfanilamide depots depending on the experimental model were found. It is recommended that the combined effect of sulfanilamide depots and antibiotics be studied on infections caused by 51. pneumoniae.

Animals↗

[Sulfapyridazine].

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Sulfamethoxypyridazine↗

[Urinary excretion of dioxidine and quinoxidine in experiments on mice].

By using spectrochromatography the dioxidine and quinoxidine passage with urine, depending upon their doses and the method of introduction, was studied in tests on mice. On its enteral or subcutaneous introduction dioxidine is found in the urine within a period of 7-to 24 hours (depending upon the dose administered). With its maximum concentration it is definable within 1 hour. The animals' urine showed no presence of quinoxidine. In mice receiving quinoxidine the urine is found to contain the product of its disacetylization-dioxidine. The dynamics of the dioxidine excretion with urine in mice receiving quinoxidine is in line with regularities common to the passage of dioxidine following its administration to mice.

Administration, Oral↗