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Toxin production by Fusarium solani from declining citrus plants and its management

机译:镰刀菌索兰的毒素生产从柑橘植物和管理层下降

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The core purpose of this current research was to meticulously survey four tehsils of Sargodha district and to probe the present status of citrus decline in infected citrus orchards. The utmost fungi (39.52%) were secluded from the roots followed by the soil (38.86%). The highest?Fusarium?sp. followed by?Aspergillus,?Phytophthora, Pythium,?Penicillium?and?Alternaria?species were remote from the collected samples of roots and soil from the four tehsils of Sargodha district of Pakistan. The maximumFusarium?sp. was isolated from the roots of declining citrus trees from tehsil Bhalwal (68.57%) followed by Kot Momin (65.87%), Sillanwali (55.87%) and Sargodha (50.32%). Toxin studies were also carried out using thin layer chromatography which revealed that?F. solani?produces toxins (anhydrofusarubin) which may cause decline in citrus.?In vitro?effect of fungicides on the mycelial growth rate of?Fusarium solaniexposed aliete to be more effective at 50 and 100 ppm, respectively. Ridomil Gold and Dithane M-45 showed same effect while Deconil showed least effect.?Key Words:?Citrus, citrus decline,?Fusarium solani,?toxin, Anhydrofusarubin, aliete.
机译:本研究研究的核心目的是精心调查Sargodha区的四个Tehsils,并探讨了感染柑橘园的柑橘下降现状。最大的真菌(39.52%)被从根部脱离,然后是土壤(38.86%)。最高的?fusarium?sp。其次是?曲霉,?植物藻,腐霉菌,植物,?青霉蛋白?和anderaria?物种远离来自巴基斯坦的萨尔奇哈地区的四个德赫斯的根和土壤中的收集样本。 MaximumMusarium?SP。与来自Tehsil Bhalwal(68.57%)的柑橘树(68.57%)下降的根源分离出来,然后是KOT MOMIN(65.87%),Sillanwali(55.87%)和Sargodha(50.32%)。还使用薄层色谱法进行毒素研究,薄层色谱显示Δf。 Solani?生产毒素(Anhydrofusarubin),其可能导致柑橘含量下降。杀菌剂对菌丝体生长速率的影响分别为50和100ppm的菌丝菌菌菌菌菌素生长速率。 Ridomil Gold和Dithane M-45表现出相同的效果,而Deconil则显示出最小的效果.?Key词:?柑橘,柑橘,?Fusarium solani,?毒素,Anhydrofusarubin,Aliete。

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