提高生物矿化过程效率与训练菌株:技术观点

Chang Zhao , Vahab Toufigh , Jinxuan Zhang , Yi Liu , Wenjun Fan , Xiang He , Baofeng Cao , Yang Xiao
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引用次数: 2

摘要

数百万年来,微生物在自然界中一直是必不可少的,对环境相互作用做出了重大贡献。一些细菌由于其突出的生物矿化能力,在岩土工程和环境工程中具有潜在的应用前景。因此,如何将细菌培养成特殊的、专业的生物矿化“工人”,越来越成为相关研究领域的关键课题。本文简要介绍了提高细菌环境适应性和矿化效率的常用方法,包括微生物驯化、微生物突变育种、微生物靶向筛选和生物刺激,这些方法对推进生物矿化领域具有重要意义。
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Enhancing biomineralization process efficiency with trained bacterial strains: A technical perspective

Microorganisms have been essential in the natural world for millions of years, contributing significantly to environmental interaction. It has been disoverd that some bacteria are potential in geotechnical and environmental engineering due to their outstanding ability of biomineralization. Therefore, how to train bacteria as special and professional “workers” for biomineralization is increasingly a key topic in related research fields. This article briefly introduces the methods that are commonly utilized to improve the environmental adaptability and mineralization efficiency of bacteria, including microbial domestication, microbial mutation breeding, microbial targeted screening, and bio-stimulation, which make great implications to advance the field of biomineralization.

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