Biotechnology: a multi-volume comprehensive treatise
Everybody involved in biotechnology will appreciate having this volume at their fingertips. It contains the biological background material which is indispensable for the development of biotechnological processes and offers a unique collection of current information on the basic biology (ecology, taxonomy, biochemistry, physiology, and genetics) of industrially important organisms. The first part of the book presents the biological aspects of cell structure, organization, and metabolism to obtain a better understanding of the general function of cells. The second part deals with a large assemblage of insustrially important organisms. All of this information will be a useful basis for those who suddenly find themselves working on a new biotechnological project. Topics included are: Cell Structure/ Metabolism/ Growth of Microorganisms/ Metabolic Design/ Immobilized Organisms/ Methylotrophs/ Pseudomonads/ Yeasts/ Filamentous Fungi/ Bacteriophages/ Cell Cultures
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Growth of Microorganisms
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acetate activity aerobic amino acids anaerobic antibiotics Appl Bacillus Bacteriol Biochem Biol Biology biosynthesis Biotechnol Biotechnology callus carbon source cell cultures cell wall chemical chromosome cloning Clostridium complex compounds concentration cycle cytoplasmic degradation dehydrogenase dsDNA electron encoding energy environment enzymes Escherichia coli ethanol eukaryotic extracellular fermentation function fungi gene genetic genome genus glucose Gram-negative growth rate host immobilized isolated lactic acid bacteria lactobacilli Lactobacillus lactococci mechanism medium membrane metabolism metabolites methanogens methylotrophic microbial Microbiol microorganisms molecular molecules mRNA mutants nitrogen nutrients organisms oxidation oxygen pathway phage phosphate physiological plant cell cultures plant cells Plant Tissue Plant Tissue Culture plasmid product formation protein Pseudomonas pyruvate reactions recombinant regulation Rehm replication Saccharomyces cerevisiae secondary Sect sequence species spores strains Streptomyces structure substrate subtilis synthesis thermophilic tion transcription transfer transport ture uptake xylose yeast zymes