Foundations of biochemical engineering : kinetics and thermodynamics in biological systems /

Foundations of biochemical engineering : kinetics and thermodynamics in biological systems /

Show other versions (1)

Bibliographic Details
Corporate Authors:	American Chemical Society Division of Industrial and Engineering Chemistry (sponsoring body.), American Chemical Society Division of Microbial and Biochemical Technology (sponsoring body.), American Chemical Society Winter Symposium
Other Authors:	Blanch, Harvey W., 1947- (Editor), Papoutsakis, E. Terry, 1951- (Editor), Stephanopoulos, G. (Editor)
Format:	Book
Language:	English
Published:	Washington, DC : American Chemical Society, 1983
Series:	ACS symposium series ; 207
Subjects:	Acetone > Analysis Biochemical engineering Biological systems > Research Bioreactors > Design Butanol > Analysis Cell populations > Research Cells > Growth > Mathematical models Cells > Motility > Analysis Cellulase > Analysis > Research Cybernetics Enzyme kinetics Fermentation > Analysis Fermented beverages Genes > Function > Models Hydrodynamics > Research Immobilized cells > Research Ion pumps Lignocellulose > Analysis > Research Mass transfer > Research Mechanics, Analytic Metabolism > Models Metabolites > Excretion Microbial enzymes > Analysis > Research Microbial growth > Analysis Microbial growth > Research Microbial inactivation Microbial populations > Analysis Microbial products > Formation Microorganisms > Growth > Properties Mixed culture (Microbiology) > Research Phycomycetes > Growth > Analysis Solid-state fermentation Sporangium > Growth > Analysis Thermodynamics Transport theory Water > Dissolved oxygen Yeast > Growth TECHNOLOGY & ENGINEERING / Chemical & Biochemical Acetone > analysis Beer > microbiology Biochemistry Biomass Butanols > analysis Catalysis Cell Growth Processes Cell Movement Cells, Cultured > microbiology Cells, Immobilized > chemistry Cellulase > biosynthesis Cellulose > biosynthesis Chemical Engineering Electron Transport Enzymes > analysis Fermentation Hydrodynamics Hydrolysis Ion Pumps Kinetics Metabolism Microbiological Phenomena Models, Theoretical Phycomyces > rowth & development Protein Biosynthesis Starch > chemistry Stochastic Processes Transducers > microbiology Yeasts > growth & development Yeasts > metabolism

Internet

This item is not available through BorrowDirect. Please contact your institution’s interlibrary loan office for further assistance.