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Stabilizing the gonadotropin activity with the use of different organic compounds

机译:通过使用不同的有机化合物来稳定促性腺激素的活性

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Complex studies of optimum quantitative and qualitative composition of carbohydrates and amino acids necessary for gonadotropines activity stabilization were the aim of our investigations. This was determined by biological active substances - saccharose, L- lysine which stabilizes gonadotropins activity for longer use while preserving activity. As a result of the studies we found out that during 6 weeks of incubation at 40 0 ., the activity of hCG was the highest in the samples with 50 and 75 mg/sm 3 of saccharose. Concentration of the hormone was high at 8 week of the incubation in the group of samples with 75 mg/sm 3 of saccharose. In the series of hCG samples with 10 mg/sm 3 of L - lysine, the activity of hormone was 54% during 8 weeks. Compatible adding of 10 mg/cm 3 of L-lysine + 75 mg/sm 3 of saccharose provided the best stabilization gonadotropin activity.
机译:旨在研究促性腺激素活性稳定所需的碳水化合物和氨基酸的最佳定量和定性组成的复杂研究是我们研究的目的。这是由生物活性物质-蔗糖,L-赖氨酸确定的,该物质可稳定促性腺激素的活性,以延长使用时间,同时又能保持活性。研究的结果是我们发现在以40和0孵育6周的过程中,hCG的活性在含50和75 mg / sm 3蔗糖的样品中最高。孵育8周时,含75 mg / sm 3蔗糖的样品组中的激素浓度很高。在一系列含有10 mg / sm 3 L-赖氨酸的hCG样品中,激素活性在8周内为54%。相容添加10 mg / cm 3的L-赖氨酸+ 75 mg / sm 3的蔗糖可提供最佳的稳定促性腺激素活性。

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