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Influence of Surfactants on Biodegradation of Chlordane by Wood-Rotting Fungus

机译:表面活性剂对木质腐烂真菌碳铜生物降解的影响

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Wood-rotting fungus, Phlebia lindtneri GB 1027, was tested in toxicity assays with three surfactants in order to select surfactants for degradation assays of chlordane. Tween 80 and Triton X-100 appeared to have lower effect on the fungal growth on solid medium, while higher effect of fungal growth was observed in solid medium with SDS. Tween 80 had positive effects both on the chlordane degradation and the fungal growth. When fungus was incubated on PDB liquid medium with Tween 80 of 10 CMC after 20 d, 78.6% of chlordane was removed. In the treatments with Triton X-100, this strain showed comparatively greatest degradation rate (70.8%) of chlordane at a concentration of 2 CMC. However, when Triton X-100 concentration was higher than 2 CMC (5 and 10 CMC), the enhancement for the biodegradation of chlordane decreased.
机译:木材腐烂的真菌,Hlebia Lindtneri GB 1027,用三种表面活性剂进行毒性测定测试,以选择氯丹的降解测定的表面活性剂。 吐温80和Triton X-100似乎对固体培养基的真菌生长较低,而在具有SDS的固体培养基中观察到真菌生长的效果较高。 吐温80对氯丁烷降解和真菌生长均具有阳性作用。 当在20d时在PdB液体培养真菌液体培养物时,除去10dEEEN 80,20d,78.6%的氯烷被除去。 在具有Triton X-100的处理中,该菌株在2cmc的浓度下表现出相对最大的氯氮(70.8%)的氯乙烯。 然而,当Triton X-100浓度高于2cmc(5和10cmc)时,氯葡萄酒生物降解的增强降低。

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