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Screening antagonistic microbes for seedling blight of rice and study on antagonistic mechanisms

机译:水稻白叶枯病拮抗微生物的筛选及拮抗机理研究

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It is shown by the result of the dual-cultured experiment that the inhibitory rate of DZW-47 was 60.42%, and the inhibitory rates of R.solani by actinomyces ZLR-2 and ZLR-11 were 43.75% and 43.05%, lower than that of DZW-47. The inhibitory mycelia growth mechanism of different strains on R.solani was quite different, with DZW-3 mainly on the aspect of hyperparasitism, DZW-21 on the synergism of hyperparasitism and metabolite, DZW-47 on the synergism of nutrient competition and secondary metabolite, ZLR-2 and ZLR-11 on producing secondary metabolite. Controlling efficiency of seedling bed accorded basically with that of the broth. The controlling efficiency of DZW-47, ZLR-2, ZLR-11, DZW-21 and DZW-3 were 97.20%, 95.7%, 94.6%, 93.6% and 89.20%, respectively.
机译:双重培养实验结果表明,DZW-47的抑制率为60.42%,放线菌ZLR-2和ZLR-11对R.solani的抑制率分别为43.75%和43.05%,低于DZW-47的不同菌株对solani的抑制菌丝体生长机理存在很大差异,其中DZW-3主要表现在高寄生性方面,DZW-21主要表现在高寄生性和代谢产物的协同作用,DZW-47表现出营养竞争和次级代谢产物的协同作用。 ,ZLR-2和ZLR-11产生次生代谢产物。苗床的防治效果基本与肉汤一致。 DZW-47,ZLR-2,ZLR-11,DZW-21和DZW-3的控制效率分别为97.20%,95.7%,94.6%,93.6%和89.20%。

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