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Degradation of Lignosulfonate by Fungal Laccase with Low Molecular Mediators

机译:低分子介导的真菌漆酶降解木质素磺酸盐

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摘要

In the presence of laccase,low molecular weight(M.W.)fractions from lignosulfonate(M.W.97 kD)were produced.By Sephadex column chromatography,four lower M.W.fractions of 9 kD,1.8 kD,1 kD and 0.85 kD were identified.The addition of acetovanillone(AV)or acetosyringone(AS)enhanced to the degradation of lignosulfonate with fungal laccase.During this process,there were found new generation of lower M.W.fractions,e.g.approximately 20 kD,1.8 kD,1 kD and 0.85 kD for AV,and 20 kD,3 kD,1 kD and 0.85 kD for AS,respectively.The quantities of lower M.W.products(especially the fractions of M.W.1 kD and 0.85 kD)were larger than those in the controls.Also,its degradation became more active in the presence of AS than AV.The presence of AS or AV seems to prevent the re-polymerization of degraded lignosulfonate by the laccase.
机译:在存在漆酶的情况下,木质素磺酸盐(MW97 kD)产生了低分子量馏分。通过Sephadex柱色谱法,鉴定出了4种较低的MW馏分,分别为9 kD,1.8 kD,1 kD和0.85 kD。乙酰香草醛(AV)或乙酰丁香酮(AS)增强了真菌漆酶降解木质素磺酸盐的能力。在此过程中,发现了新一代的较低MW馏分,例如AV分别约为20 kD,1.8 kD,1 kD和0.85 kD,并且AS分别为20 kD,3 kD,1 kD和0.85 kD。较低的MW产物(尤其是MW1 kD和0.85 kD的馏分)的数量大于对照组中的MW产物。 AS或AV的存在似乎可以防止降解的木素磺酸盐被漆酶再聚合。

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