Bioenergetics of Microbial Growth

摘要: Introduction A Standard Description of Microbial Growth Stoichiometry Measurement Stoichiometry Noncalculability Stoichiometry Ill-Conditioned Calculability Stoichiometry (Error Propagation) Redundancy Measurements A Mathematically Complete Analysis Calculability, Redundancy, Error Diagnoses, and Data Reconciliation The Effect Rate on Stoichiometry Maintenance Energy Concept Measuring Other Maintenance Quantities Complete as a Function Rate A Thermodynamically Based Method to Estimate Gibbs Need Gibbs for Growth A Useful Reference System Simplify Stoichiometric Energetic Calculations Gain Insight The System Balance Degree Reduction, Atomic Degrees the COD Balance Energetics Redox Couples, Catabolic Reactions, RET, Regularities Mathematical Equations Calculate from Known Dissipation Deriving Equations Application Mathematical Relations Kinetics Thermodynamic Point View A Basic Kinetic Growth A Relation Endogeneous/Decay Parameter A Correlation Affinity Constant Electron Donor, Threshold Concentration Nomenclature Acknowledgments Bibliography Keywords: biomass yield; conservation constraints; heat production; maintenance; maximal growth rate; thermodynamics