以木霉有效菌株为基础的菌落选择,以制造生物杀菌剂

D. Yerpasheva, N. Shumenova, M. Bostubayeva, M. Makenova, A. Nauanova
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引用次数: 0

摘要

作为一个农业国家,哈萨克斯坦有足够的资源来生产高质量的有机产品,这些产品在国外市场上有需求,与无机类似物相比,可以以更高的价格出售。采用生物植保措施将提高生产的有机产品的质量,并对土壤恢复产生积极影响。木霉属真菌是农作物多种真菌病原菌的有效拮抗菌,是化学杀菌剂的天然替代品,具有在廉价营养培养基上生长迅速的特点。世界各地的研究表明,由多种微生物物种或菌株组成的联合体作为一种生物植物保护措施比由单一微生物物种或菌株组成的制剂更有效。因此,通过反培养的方法研究了培养三种不同木霉菌株的可能性,而不影响每个菌株作为单独财团的一部分的生长和发育。作为研究的结果,选择了三个最相容的财团编号为2,3和4,没有明显抑制每个菌株的生长。研究还表明,木霉菌株在以麸皮和燕麦粉为基础的有机营养培养基上生长和产孢量丰富,而不是在合成的Czapek-Dox培养基上。所选的菌群将用于进一步的研究,以确定它们对各种农作物病原体的拮抗特性。此外,还将确定最佳条件,使许多分生孢子具有较长的保质期。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Selection of consortia based on effective strains of Trichoderma fungi to create a biofungicide
As an agrarian country, Kazakhstan has sufficient resources to produce high quality organic products which are in demand in foreign markets and can be sold at higher price in comparison with inorganic analogue. The use of biological plant protection measures will improve the quality of produced organic products, as well as will positively effect on soil recovery. Fungi of the genus Trichoderma are effective antagonists of many fungal pathogens of crops and natural alternative of chemical fungicides, characterized by rapid growth on cheap nutrient media. Studies all over the world show that consortia consisting of several microbial species or strains are more effective as a biological plant protection measure than preparations comprising a single microbial species or strain. Thus, the possibility of cultivating three different Trichoderma strains without inhabiting the growth and development of each individual strain as part of a separate consortium was studied by the method of counter cultures. As a result of the studies performed, three most compatible consortia numbered 2, 3 and 4 were selected, without noticeable suppression of the growth of each strain. Studies have also shown abundant growth and sporulation of Trichoderma strains on organic nutrient media based on bran and oat flour, rather than on synthetic Czapek-Dox medium. The selected consortia will be used in further research to identify their antagonistic properties in relation to various pathogens of agricultural crops. Moreover, the most optimal conditions will be determined, providing many conidia with a long shelf life.
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