生物反应工程原理

作者简介

《生物反应工程原理(原著第3版)(英文版)》内容包括生物反应工程基本方法、原理，一些新工艺和新设备的介绍内容。《生物反应工程原理(原著第3版)(英文版)》适用于：化学、化工、生物等专业科研人员，高校师生。

书籍目录

1 What Is This Book About？ 1.1 Note on Nomenclature2 Chemicals from Metabolic Pathways 2.1 The Bioreflnery  2.1.1 Ethanol Production  2.1.2 Producfion of P1atform Chemicals in the Biorefinery 2.2 The Chemistry of Metabolic Pathways  2.2.1 The Currencies Of Gibbs Free Energy and of Reducing Power  2.2.2 Glycolysis  2.2.3 Fermentative Metabolism：Oxidation of NADH in Anaerobic Processes  2.2.4 The TCA Cycle：Provider of Building Blocks and NADH／FADH，  2.2.5 Production of ATP bv 0xidative Phosphorylation  2.2.6 The Pentose Phosphate Pathway：A Multipurpose Metabolic Network  2.2.7 Summary of the Primary Metabolism of Glucose 2.3 Examples of Industrial Production 0f Chemicals by Bioprocesses  2.3.1 Amino Acids  2.3.2 Antibiotics  2.3.3 Secreted Proteins 2.4 Design of Biotech Processes：Criteria for Commercial Success  2.4.1 Strain Design and Selection  2.4.2 Criteria for Design and Optimization of a Fermentation Process  2.4.3 Strain Improvement 2.5 T11e Prospects of the Biorefmery Problems References3 Elemental and Redox Balances 3.1 The Continuous.Stirred Tank Reactor  3.1.1 Mass Balances for all Ideal.SteadY-State Corninuous Tank Reactor 3.2 Yield Coefncients 3.3 Black BOX Stoichiometries 3.4 Degree of Reduction Balances  3.4.1 Consistency Test of Experimental Data  3.4.2 Redox Balances Used in the Design of Bioremediation Processes 3.5 Systematic Analysis of Black BOX Stoichiometries 3.6 Identification of Gross Measurement Errors Problems References4 Thermodynamics OfBioreactions 4.1 Chemical Equilibrium and Thermodynamic State Functions  4.1.1 Changes in Free Energy and Enthalpy  4.1.2 Free Energy Changes in Bioreactions  4.1.3 Combustion：A Change in Reference State 4.2 Heat ofReaction  4.2.1 Nonequilibrium Thermodynamics  4.2.2 Free Energy Reclaimed by Oxidation in the E1ec on Transfer Chajn  4.2.3 Production of ATP Mediated by F0一F1 ATP Synthase Problems References5 Biochemical Reaction Networks 5.1 Basic Concepts  5.1.1 Metabolic Network with Diverging Branches  5.1.2 A FormalMatrix .Based Description of Metabolic Networks 5.2 Growth Energetics  5.2.1 Consumption of ATP for Cellular Maintenance  5.2.2 Energetics ofAnaerobic Processes  5.2.3 Energetics ofAerobic Processes……6 Enzyme Kinetics and Metabolic Control Analysis7 Growth Kinetics ofCell Cultures8 Population Balance Equations9 Design of Fermentation Processes10 Gas-Liquid Mass Transfer11 Scale-Up ofBioprocessesIndex

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