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Titlebook: Electron-Based Bioscience and Biotechnology; Masaharu Ishii,Satoshi Wakai Book 2020 Springer Nature Singapore Pte Ltd. 2020 electron.elect

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发表于 2025-3-21 16:26:14 | 显示全部楼层 |阅读模式
书目名称Electron-Based Bioscience and Biotechnology
编辑Masaharu Ishii,Satoshi Wakai
视频video
概述Comprehensive explanation of the importance of electron flow during metabolic processes in microorganisms.Detailed information on microbiologically induced corrosion.Insights into emerging application
图书封面Titlebook: Electron-Based Bioscience and Biotechnology;  Masaharu Ishii,Satoshi Wakai Book 2020 Springer Nature Singapore Pte Ltd. 2020 electron.elect
描述.This book offers a comprehensive introduction to electron-based bioscience, biotechnology, and biocorrosion. It both explains the importance of electron flow during metabolic processes in microorganisms and provides valuable insights into emerging applications in various fields. In the opening section, readers will find up-to-date information on topics such as electron transfer reactions, extracellular electron transfer mechanisms, direct interspecies electron transfer, and electron uptake by sulfate-reducing bacteria. The focus then shifts to state-of-the-art advances and applications in the field of biotechnology. Here, the coverage encompasses e.g. progress in understanding electrochemical interactions between microorganisms and conductive particles, enzymatic reactions and their application in the bioproduction of useful chemicals, and the importance of redox balance for fatty acid production. In closing, the book addresses various aspects of the complex phenomenon of microbiologically induced corrosion, highlighting novel insights from the fields of electromicrobiology and electrochemistry and their implications.  .
出版日期Book 2020
关键词electron; electromicrobiology; electric syntrophy; energy conversion; redox balance; microbial influenced
版次1
doihttps://doi.org/10.1007/978-981-15-4763-8
isbn_softcover978-981-15-4765-2
isbn_ebook978-981-15-4763-8
copyrightSpringer Nature Singapore Pte Ltd. 2020
The information of publication is updating

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Extracellular Electron Transfer in Bioelectrochemically Active Microorganismsmpound production. In the bioelectrochemical systems, extracellular electron transfer is essential in which .-type cytochrome, electrically conductive nanowires, and electron shuttles play key roles. This chapter reviews the underlying molecular mechanisms of the extracellular electron transfer by e
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Conversion of Electrical Energy into Life Energycultivation method for cultivating microorganisms using redox materials generated by electrode reactions. The electrochemical cultivation method is considered to be effective for high-density cultivation of microorganisms and acquisition of previously uncultured environmental microorganisms. Here, p
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Bioelectrochemical and Reversible Interconversion in the Proton/Hydrogen and Carbon Dioxide/Formate eactions of the 2H./H. and CO./HCOO. redox couples, respectively. The enzymes reversibly interconvert the two couples. Electrochemically reversible redox reaction of NAD(P)./NAD(P)H can also be realized with NAD.-reducing H.ase, FDH, or ferredoxin NADP. reductase. Bioelectrocatalytic reactions based
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Application of Enzymatic Reactions Involving Electron Transfer and Energy Supply for the Production pply such as reduction reactions, hydroxylation reactions, carbon-carbon bond-forming reactions, and transfer reactions requiring energy such as ATP. In this chapter, we will look at the progress of such novel enzyme tool developments in the reactions of generating hydroxyl groups as examples and al
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Fatty Acid Production from Xylose by Xylose-Assimilating Thraustochytrid and Cellular NADPH/NADP+ Ba of functional lipids. However, because thraustochytrids are heterotrophic microorganisms, a large amount of carbon is required for their growth and for lipid production. For the use of saccharified lignocellulosic biomass as a carbon source, pentose (particularly xylose) assimilating marine thraust
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Control of Microbial Metabolism by Electrochemical Cultivation Methody possibly be controlled by electrochemical approach. In this chapter, concepts of bioelectrochemical systems and their application in the control of microbial metabolism for the production of value-added chemicals from biomass or CO. have been reviewed.
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