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Laboratory varietal control as a guarantee of successful work of agribusiness in Russia

机译:实验室品种控制是俄罗斯农业综合企业成功开展的保证

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A new direction of agribusiness has been formed in the modern agricultural industry. This is expressed in the appearance of highly specialized enterprises working in the field of production of high-quality seeds of agricultural crops. The use of electrophoresis method in varietal identification is a new technology in domestic agribusiness. The purpose of the research was to study the electrophoresis role of prolamins in varietal identification of crops for high-quality seed material. The laboratory of varietal identification of seeds analyzed 47 varieties of oats Russian selection. On the basis of data on the component composition of avenin, varieties with a high level of intersort genetic differences were identified: Megion, Fobos, Local (K-8427), Uspekh, Otrada, Pushkinskij. Groups of samples with identical component composition of prolamins were found. Their genetic formulas of avenin have the following form: Avn A2B4C2, Avn A4B4C2, Avn A2B4C1 or Avn A2B1C3 . It is established that the method of electrophoresis of oat prolamins allows effectively distinguish varieties belonging to the same variety and indistinguishable by morphological features. Implementation of a system of regular laboratory control of purity and compliance of original and reproductive oats seeds by electrophoresis of prolamins is necessary to improve the competitiveness of Russian grain production in the world market.
机译:在现代农业中,农业综合企业的新方向已经形成。这体现在从事高品质农作物种子生产领域的高度专业化企业的出现。电泳法在品种鉴定中的应用是国内农业综合企业的一项新技术。该研究的目的是研究醇溶蛋白在高品质种子材料农作物品种鉴定中的电泳作用。种子的品种鉴定实验室分析了俄罗斯选择的47个燕麦品种。根据有关avenin成分组成的数据,鉴定出具有高水平种间遗传差异的品种:Megion,Fobos,Local(K-8427),Uspekh,Otrada,Pushkinskij。发现了一组具有相同醇溶蛋白成分的样品。它们的avenin基因式具有以下形式:Avn A2B4C2,Avn A4B4C2,Avn A2B4C1或Avn A2B1C3。已经确定,燕麦醇溶蛋白的电泳方法可以有效地区分属于同一品种并且不能通过形态特征区分的品种。实施实验室常规控制系统,通过谷醇溶蛋白电泳对原始和生殖燕麦种子的纯度和顺应性进行,对于提高俄罗斯谷物生产在世界市场上的竞争力是必要的。

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