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Modeling the Metabolic and Physiologic Activitiesof Microorganisms
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More About This Title Modeling the Metabolic and Physiologic Activitiesof Microorganisms

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Describes methods for formulating models of the metabolic and physiological processes of microorganisms from a mathematical perspective. The models used--biodegradation, individual cellular functions and environmental cycles--are practical, mathematical tools that enable researchers to predict and control microorganism behavior. The focus is on their behavior in the natural environment, with mixed populations of microorganisms and heterogeneous substrates.
  • English

English

MODELING OF BIODEGRADATION.

Introduction to Modeling the Metabolic and Physiologic Activities of Microorganisms Using Wastewater Treatment as an Example (A. Gaudy).

Models for Studying the Population Ecology of Microorganisms in Natural Systems (S. Schmidt).

A Compartment Model Approach to Bacterial Population Genetics and Biodegradation (W. Childress & P. Sharpe).

MODELING OF INDIVIDUAL CELLULAR FUNCTIONS.

Modeling the Growth of Cellulase-Producing Organisms (D. Hubbard & T. Co).

Kinetic Model of Antibiotic Production by Streptomyces Clavuligerus (P. Namdev, et al.).

Comparing the Accuracy of Equation Formats for Modeling Microbial Population Decay Rates (C. Hurst, et al.).

Mathematical Modeling and Quantitative Characterization of Bacterial Motility and Chemotaxis (R. Ford).

MODELING OF ENVIRONMENTAL CYCLES.

Network Analysis of Nitrogen Cycling in an Estuary (R. Christian, et al.).

Modeling Carbon Utilization by Bacteria in Natural Water Systems (J. Connolly, et al.).

Index.

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