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Extracellular enzyme activities of Bjerkandera adusta R59 soil strain, capable of daunomycin and humic acids degradation

机译:能够抑制道柔霉素和腐殖酸降解的Bjerkandera adusta R59土壤菌株的细胞外酶活性

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摘要

Geotrichum-like strain R59, the anamorphic form of the white-rot fungus, Bjerkandera adusta, was isolated from soil. It was found to completely decolorize and degrade 10% daunomycin post-production effluent during 10 days of incubation at 26 degrees C. Strain R59 produced only low levels of ligninolytic enzymes when grown on wheat straw- or beech sawdust-containing media, but in the presence of humic acids derived from brown coal it synthesized significant amounts of laccase and lipase. This phenomenon was coupled with the fungus entering the idiophase and the appearance of aerial mycelium. B. adusta strain R59 was found to completely decolorize 0.03% humic acids from brown coal and lessive soil and to partially decolorize humic acids isolated from a chernozem during 14 days of growth. This ability of strain R59 could be useful in constructing a new generation of biologically active filters for the purification of humic acids-contaminated drinking waters.
机译:从土壤中分离出了类似土t的菌株R59,即白腐真菌Bjerkandera adusta的变形形式。在26摄氏度下孵育10天后,发现它会完全脱色并降解10%的道诺霉素生产后废水。菌株R59在含有麦草或山毛榉木屑的培养基上生长时,木质素分解酶的含量很低,但在腐殖酸来源于褐煤,它合成了大量的漆酶和脂肪酶。这种现象与真菌进入特发期和气生菌丝的出现有关。已发现B. adusta菌株R59可以在14天的生长过程中使褐煤和次生土壤中的0.03%腐殖酸完全脱色,并使从黑钙石中分离出的腐殖酸部分脱色。 R59菌株的这种能力可用于构建新一代生物活性过滤器,以净化被腐殖酸污染的饮用水。

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