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The Synergistic Effect of Two Formulated Biofungicides in the Biocontrol of Root and Bottom Rot of Lettuce

机译:两种生物杀菌剂在生菜根腐病生防中的协同作用

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The aim of this study was to evaluate the synergistic effect of two formulated biofungicides (Rhizoleen-T and Rhizoleen-B) in the suppression of root and bottom rot of lettuce caused by Rhizoctonia solani , as well as the consequent effect on the phytosanitarian status of the plants.The results proved that application of the biofungicides either singly or in combination increased the germination and survival of the lettuce up to 61.67% and 100%, respectively. The phytosanitarian status of the plants, which was indicated by morphological and physiological parameters, was improved as the result of the application of the biofungicides. The noteworthy valuable result was the increase in fresh weight by 52.5% of the control when the two biofungicides were applied as a mixture. Interestingly, the mixture of the two biofungicides brought about a significant increase in most parameters compared to either of them in single preparation. Proline and phenols significantly increased as a result of the application of the biofungicides compared to the control. This means that the treated plants were more resistant against the pathogens. The study concludes that application of the biofungicides protects the lettuce plants against root and bottom rot, and in addition they increase the strength of the defense system of the plants. It is recommended that the application of a biofungicide mixture is a good and effective strategy in the biocontrol of plant diseases.
机译:这项研究的目的是评估两种配方的生物杀真菌剂(Rhizoleen-T和Rhizoleen-B)在抑制由茄根瘤菌引起的生菜根部和底部腐烂中的协同作用,以及由此产生的协同作用。结果表明,单独或组合使用生物杀真菌剂可使生菜的发芽和存活率分别提高61.67%和100%。通过使用生物杀真菌剂可以改善植物的植物检疫状况,这可以通过形态和生理参数来表明。值得注意的有价值的结果是当两种生物杀真菌剂混合使用时,鲜重比对照增加了52.5%。有趣的是,与单一制备中的任何一种相比,两种生物杀真菌剂的混合物在大多数参数上均带来了显着提高。与对照相比,由于施用了生物杀真菌剂,脯氨酸和苯酚显着增加。这意味着处理过的植物对病原体的抵抗力更高。研究得出结论,生物杀真菌剂的应用可以保护莴苣植物免受根腐烂病的侵害,此外,它们还可以增强植物防御系统的强度。建议在植物病害的生物防治中使用生物杀真菌剂混合物是一种良好而有效的策略。

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