Сочетание биологического препарата на основе бактерий Pseudomonas Fluorescens и стимулирующих веществ

М. Соломийчук, Украина Украинская научно-исследовательская станция карант Наан, О. И. Панимарчук, В И Кушнир, М. Никорюк, Украина Буковинский государственный медицинский университет, Украина Черновицкий Национальный Университет им.Ю.Федьковича
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Abstract

Derivatives of ammonium salts of dihydropyrimidine did not show a toxic effect on reducing the concentration of viable cells of the bacterium strain AR-33 Pseudomonas fluorescens. The best indicators of the weight of 100 seeds and the number of formed beans in soybeans were shown by the combination Planriz - 5 l / ha + 0.1% solution of xymedon + 0.2% solution of succinic acid + 2 ml of DMAE + 2 ml of DMSO. The use of all combinations of biocomplexes showed the effectiveness of drugs against diseases in the range of 59.31-69.63%. As a result of the use of biocomplexes, their fungicidal, immunoprotective and stimulating action, an increase in yield of 1.15 - 1.7 times relative to control was recorded. The best yield on potatoes showed a combination of Planriz, v.s. (bacteria of strain AP-33 Pseudomonas fluorescens, 3x109 CFU / cm3) - 5 l / ha + 0.1% solution of ximedon + 0.2% solution of succinic acid + 2 ml of DMAE + 2 ml of DMSO, which was 3 , 4 t / ha. The effectiveness of the drug against late blight was 79.1%.
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生物制剂与Pseudomonas Fluorescens细菌结合
二氢嘧啶铵盐衍生物对降低AR-33荧光假单胞菌的活细胞浓度没有毒性作用。以Planriz - 5 l / ha + 0.1% xymedon溶液+ 0.2%琥珀酸溶液+ 2 ml DMAE + 2 ml DMSO组合处理的大豆百粒重和成豆数指标最佳。所有生物复合物组合的使用表明,药物对疾病的有效性在59.31-69.63%之间。由于使用生物复合物,其杀菌、免疫保护和刺激作用,产量比对照提高1.15 - 1.7倍。马铃薯最佳产量为Planriz, vs .s. (AP-33假单胞菌,3 × 109 CFU / cm3) - 5 l / ha + 0.1%西美顿溶液+ 0.2%琥珀酸溶液+ 2 ml DMAE + 2 ml DMSO,为3.4 t / ha。该药对晚疫病的有效率为79.1%。
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