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Construction of a Bacterium Spingomonas paucimobilis UT26 Genetically Engineered for Degrading Methyl-parathion and γ-HCH Simultaneously

机译:基因工程菌同时降解甲基对硫磷和γ-六氯环己烷的细菌变形单胞菌UT26的构建

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摘要

@@ Bioremediation of pesticide residues by microorganisms is an efficient and environment friendly method. However, multifunctional indigenous microorganisms of degrading broad-spectrum pesticides, such as organophosphorous and organochlorine pesticide, are rare. Advances in genetic techniques have opened up new avenues to move towards the goal of genetically engineered microorganisms (GEMs) to function as "designer biocatalysts", in which different desirable biodegradation characters from different organisms are brought together in a single host with the aim of specific performance.
机译:通过微生物对农药残留物进行生物修复是一种有效且环保的方法。然而,降解广谱农药的多功能本机微生物,例如有机磷和有机氯农药,很少见。遗传技术的进步为实现基因工程微生物(GEM)充当“设计生物催化剂”的目标开辟了新途径,其中将来自不同生物体的不同理想的生物降解特征汇集到一个宿主中,以期达到特定目的。性能。

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