首页> 外文OA文献 >Kemampuan Beberapa Jamur Tanah Dalam Menguraikan Pestisida Deltametrin Dan Senyawa Lignoselulosa [the Ability of Some Soil Fungi on Degradation of Deltamethrin and Lignocelluloses]
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Kemampuan Beberapa Jamur Tanah Dalam Menguraikan Pestisida Deltametrin Dan Senyawa Lignoselulosa [the Ability of Some Soil Fungi on Degradation of Deltamethrin and Lignocelluloses]

机译:某些土壤真菌描述溴氰菊酯农药和木质纤维素化合物的能力[某些土壤真菌对溴氰菊酯和木质纤维素纤维素的降解能力]

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摘要

Some of soil fungi capable in degrading pesticide deltamethrin, therefore they can be used as fertilizer in organic farming. As a biofertilizer ,fungus also must be able to provide nutrients for plants. The purpose of the study was to obtain fungal isolates that have the ability to decompose pesticides deltamethrin and lignocellulose compounds, dissolved inorganic phosphate compounds and produce growth hormone IAA (Indole Acetic Acid) . The fungal isolates will then be used in the manufacture of bio-fertilizers. Soil samples were put into mineral medium containing deltamethrin, fungus that grew on this medium would then be isolated. The ability of fungus in decomposing deltamethrin was observed using GC. While the ability of fungi to decompose lignocellulose, to dissolve inorganic phosphate compounds and to produce IAA was observed using a spectrophotometer. The results showed that the fungus Aspergillus Niger TR1 had the ability to degrade 90.68% of deltamethrin 500 ppm after 1 h incubation and to degrade 0.46% of Poly R - 478 by after 30 min incubation. In addition, this fungus had cellulase activity of 0.029 units/ml and were able to dissolve inorganic phosphate compounds and produce IAA.
机译:一些土壤真菌能够降解农药溴氰菊酯,因此可以用作有机农业中的肥料。作为生物肥料,真菌还必须能够为植物提供营养。该研究的目的是获得具有分解农药溴氰菊酯和木质纤维素化合物,溶解的无机磷酸盐化合物并产生生长激素IAA(吲哚乙酸)的能力的真菌分离物。然后将这些真菌分离物用于生产生物肥料。将土壤样品放入含有溴氰菊酯的矿物培养基中,然后分离在该培养基上生长的真菌。使用GC观察到真菌分解溴氰菊酯的能力。使用分光光度计观察到了真菌分解木质纤维素,溶解无机磷酸盐化合物和产生IAA的能力。结果表明,真菌黑曲霉TR1在孵育1小时后具有降解90.68%溴氰菊酯的能力,在孵育30分钟后具有降解0.46%的Poly R-478的能力。另外,该真菌具有0.029单位/ ml的纤维素酶活性,并且能够溶解无机磷酸盐化合物并产生IAA。

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    Subowo, YB;

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