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The more stable among the tested samples were samples with saccharose in the concentration of 50–75 mg per cm 3 . While adding of L- lysine to samples the most stable activity was discovered in the experimental series of samples with the content of lysine of 10 mg per cm 3 – activity increased by 54 % as compared to theoretical initial activity of HCG during 8 weeks. While storing gonadotropin with L-glycine fluctuations of hormone activity in all series of samples were observed. Adding of 0.2 mg per cm 3 of L-glycine had a more expressed stabilizing effect. Adding of 0.2 mg per cm 3 of L-methionine produced relatively high and stable activity of gonadotropin during the 6 weeks storage. Adding of 0.25 mg / cm 3 of L- glycine and 75.50 mg / cm3 of saccharose to experimental samples during 2 weeks at 40 °C provided 69.8 % and 60.7 % saving activity of hCG respectively. Activity of gonadotropin in a series of samples with the addition of L- glycine and mannitol was significantly lower and at the end of the study was at an appropriate rate with the control series models. The highest activity of gonadotropin was detected while adding fillers – 10 mg / cm 3 L-lysine and 75 mg / cm 3 saccharose and mannitol – to recipes as a stabilizer.

STORAGE OF ACTIVITY OF THE HUMAN CHORIONIC GONADOTROPIN HORMONE IN SOLUTION AT ADDITION OF ORGANIC COMPOUNDS TO THE PHARMACOLOGICAL COMPOSITION