The agent for increasing soybean yield and for the Round-up resistant one decrease in the synthesis of unnatural peptides with glycine glyphosate

M. Kulyk, Ş. Kobak, O. Khimich, T. O. Didorenko, L. Pohorila, Y. Kulyk
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Abstract

The purpose. In order to increase soybean yield to develop the agent for pre-sowing seed treatment and crop spraying in the budding phase, and application of an agent for Round-up resistant soybean should reduce the synthesis of unnatural peptides with glycine glyphosate in the structure of proteins, which can cause unpredictable consequences for animals and humans. Methods. Laboratory and field experiments on chickens and hens. Results. The agent «Zernovit» for pre-sowing seed treatment of soybean seeds (patent of Ukraine for utility model No.119739, 2017) and in the budding phase has been developed. In addition, the formation of unnatural peptides of glycine glyphosate in the structure of proteins decreases through the stimulation of protein synthesis in the genetically modified soybean when applying «Zernovit». Conclusions. The agent «Zernovit» for pre-sowing soybean seed treatment and application in the budding phase, which provides an increase by 16.8 % in yields against the control of 2.8 t/ha, has been developed and tested in the conditions of production, and when it is used in genetically modified soybean it reduces the synthesis of unnatural peptides with glycine glyphosate in the structure of soybean protein when sprayed with Round-up. This is due to the stimulation of the protein synthesis that prevents the inclusion of glycine glyphosate in the unnatural peptides of the protein synthesis.
提高大豆产量和抗草甘膦抗草甘膦合成非天然肽的减少剂
的目的。为了提高大豆产量,需要开发播前种子处理剂和出芽期作物喷施剂,抗农达大豆应减少蛋白质结构中含有甘氨酸草甘膦的非天然肽的合成,这可能对动物和人类造成不可预测的后果。方法。鸡和母鸡的实验室和现场实验。结果。开发了大豆种子播前种子处理剂“Zernovit”(乌克兰实用新型专利No.119739, 2017)。此外,当使用«Zernovit»时,通过刺激转基因大豆的蛋白质合成,蛋白质结构中甘氨酸草甘膦的非天然肽的形成减少。结论。用于大豆种子播种前处理和出芽期施用的“Zernovit”药剂已在生产条件下开发和测试,产量可增加16.8%,而控制在2.8吨/公顷,当它用于转基因大豆时,当喷洒农达时,它减少了大豆蛋白结构中含有甘氨酸草甘膦的非天然肽的合成。这是由于蛋白质合成的刺激阻止了在蛋白质合成的非天然肽中包含甘氨酸草甘膦。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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