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Antagonistic activity of Pseudomonas isolates from Kolli hills against Fusarium aphanidermatum

机译:库里山假单胞菌分离株对枯萎镰刀菌的拮抗活性

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Plants Growth Promoting Rhizospheric bacteria (PGPR) are capable of increasing directly or Indirectly crop yield. Pseudomonas has been found in large populations, which inhabit in the rhizosphere of several agriculture crops. The aim of this study wasto determine the antagonistic activity in vitro and in vivo of Kolli Hill Pseudomonas (KLP) Isolates of plant growth promoting rhizobacteria against Fusarium aphanidermatum, and to assess their ability to produce lAA and to promote plant growth. The bacterial strains were tested to assess their fungal growth inhibition and plant growth stimulation. The plant growth assays were done in a modified microcosm experiment and in greenhouse conditions. The results demonstrated that these rhizobacteria producelAA and exhibit antagonistic effect on Fusarium aphanidermatum inoculated in the substrate. Pseudomonas Sps out for their plant growth stimulation in maize and for the biological control exerted on Fusarium aphanidermatum.Jhe strains of pseudomonas Sps.KLP6, KLP7 and KLP11 showed the best results In disease suppression, which was achieved up to 80%. These results have practical relevance, since potentially effective bacterial strains were selected and could be used in agriculture, for the enhancertient of plant growth and disease control in maize crop.
机译:促进根际细菌生长的植物(PGPR)能够直接或间接增加作物产量。假单胞菌被发现存在于许多农业作物的根际中。这项研究的目的是确定Kolli Hill假单胞菌(KLP)植物生长分离株在体外和体内的拮抗活性,所述分离株可促进针对根霉镰刀菌的根际细菌,并评估其产生lAA和促进植物生长的能力。测试细菌菌株以评估其真菌生长抑制和植物生长刺激。在改良的缩影实验和温室条件下进行植物生长测定。结果表明,这些根瘤菌产生了lAA,并且对接种在基质中的南瓜镰刀菌表现出拮抗作用。假单胞菌(Pseudomonas Sps)用于刺激玉米的植物生长以及对枯萎镰刀菌(Fusarium aphanidermatum)的生物防治作用。假单胞菌(S.seedmonas Sps。)KLP6,KLP7和KLP11菌株在抑制病害方面表现出最好的效果,最高达到80%。这些结果具有实际意义,因为选择了潜在有效的细菌菌株并可以用于农业,以增强玉米作物的植物生长和疾病控制。

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