Advances in Applied MicrobiologyAdvances in Applied Microbiology |
Contents
Chapter 2 Biochemical Engineering Aspects of SolidState Fermentation | 99 |
Chapter 3 The New Antibody Technologies | 149 |
Physiology and Advances in Hydrogen Production Technology | 211 |
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Common terms and phrases
Acad acetate agar anaerobic anoxygenic phototrophic bacteria antibody antigen assays assimilation autoclave biochemical Bioeng biomass bioreactor Biotechnol capsulatus carbon dioxide cells Chem chemical cloacae coli concentration containing diffusion dilute distilled water ecological effects efficiency electron donors Enterobacter cloacae enzyme fermentation fermentor GEMs genetic glucose growth heat heterotrophic Hillmer and Gest homologous homologous parent hybridomas hydrogen evolution hydrogen photoproduction hydrogen production hydrogenase immobilized immunoglobulin Immunol immunotoxins incubation Jouanneau kinetics Kitchawan soil MAbs malate mass transfer master jar medium membrane metabolic methanol Methods microbial Microbiol microorganisms microtiter plates molecules NaOH Natl Nature London nitrogen nitrogenase nitrogenase activity novel genes organic oxygen peptide perfusion Pfennig plasmidless parents plates Proc processes protein putida reactor Rhodopseudomonas Rhodopseudomonas sp rubrum Sasikala soil inoculated solid substrate solution specific sphaeroides sterile Stotzky studies substrate techniques temperature tion tube Vignais Vincenzini water activity