Titlebook: Bioproducts; Conference proceedings 1986 Springer-Verlag Berlin Heidelberg 1986 ATP.Amino acid.Coenzym.DNA.biofilm.wastewater.water quali

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https://doi.org/10.1007/978-94-009-0699-0and achiral starting materials which are produced cheaply by chemical industry. Several enzymes are used for the stereoselective labeling of amino acids, amines, and coenzymes with deuterium or tritium. The mechanisms of these enzyme reactions also are described here.

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https://doi.org/10.1007/978-3-030-48872-7 particles of the medium results in a high reactor biomass holdup which enables the process to be operated at significantly higher liquid throughputs with the practical absence of biomass wash-out. The process intensification (i.e., a reduction in process size while maintaining performance) achieved

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Application of recombinant DNA technology to the production of useful biomaterials,aterials in industry, gene cloning, scale-up of the process, and isolation and purification of products are the most important. For the efficient cloning of specific genes, suitable host-vector systems should be selected. For the successful cultivation of recombinant organisms in a large fermentor,

一大块

,Application of recDNA techniques to the production of ATP and glutathione by the “Syntechno System”y have various desired properties. Using these useful techniques, we have succeeded in the breeding of functional microorganisms which can produce large amounts of ATP or glutathione (a detoxification drug for liver). This review deals with the construction of microbial bioreactor or biocatalyst sys

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Extracellular microbial lipids as biosurfactants,and fungi. The present paper reviews the available information on microbial processes which result in the formation of such compounds — biosurfactants —, i.e. appropriate conditions as well as the known chemical structures and physico-chemical properties of isolated biosurfactants. The physiological

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considerable

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Toward an Equitable and Livable Streetge amounts of ATP or glutathione (a detoxification drug for liver). This review deals with the construction of microbial bioreactor or biocatalyst systems by the use of recDNA techniques and with the production of glutathione by genetically engineered cells.