油棕植物根瘤菌当地菌株对紫茄子叶斑病的抑制作用

H. Walida, Fitra Syawal Harahap, Dewi Apriliawati Siregar
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引用次数: 0

摘要

长期使用杀虫剂会对环境和人类健康产生副作用。PGPR 是生物防治叶斑病的一种环境友好型解决方案。本研究旨在从油棕植物根瘤层中获得细菌分离物,这些分离物具有作为生物制剂控制茄子真菌叶斑病的潜力。研究采用了 10 种处理方法,即提供 9 个不同细菌分离物样本和 1 个对照,重复 2 次,共 20 个植物样本。结果表明,油棕植物根瘤层中有 4 种细菌分离物具有抑制叶斑真菌生长的巨大潜力,它们分别是分离物 R5(99.35%)、分离物 R2(98.1%)、分离物 R6(94.69%)和分离物 R10(94.29%)。与观察第一周相比,第四周能降低病害发生率的细菌分离物是分离物 R4、R2 和 R10,病害发生率分别降低了 15.15%、7.14% 和 1.98%。根据这些数据可以看出,R2 细菌分离物是一种具有抑制真菌分离物、降低茄子植株叶斑病发病率潜力的分离物。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Effectiveness of The Inhibition of Local Bacterial Isolate From The Rhizosphere of Oil Palm Plant on Leaf Spot Disease in Purple Eggplant (Solanum melongena L.)
Longterm use of pesticides can cause side effects on the environment and human health. PGPR is an environmentally friendly solution for biological control of leaf spot disease. This research aims to obtain bacterial isolates from the rhizosphere of oil palm plants which have the potential as biological agents to control fungal leaf spot diseases in eggplant plants. The research was carried out using 10 treatments, namely giving 9 samples of different bacterial isolates and 1 control and repeated 2 times, bringing the total to 20 plant samples. The results showed that there were 4 bacterial isolates from the rhizosphere of oil palm plants that had great potential to inhibit the growth of leaf spot fungi, namely isolate R5 (99.35%), isolate R2 (98.1%), isolate R6 (94.69%) and isolate R10 (94.29%). The bacterial isolates that were able to reduce the percentage of disease attacks compared to the first week of observation to the fourth week were isolates R4, R2 and R10, with a reduction in the percentage of disease attacks respectively of 15.15%, 7.14% and 1.98%. Based on the data, it can be seen that the R2 bacterial isolate is an isolate that has the potential to inhibit fungal isolates and reduce the percentage of leaf spot disease attacks on eggplant plants.
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