Physiological Models in Microbiology Volume II 1st Edition by Michael J Bazin, James I Prosser ISBN 1351084097 9781351084093

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ISBN 10: 1351084097
ISBN 13: 9781351084093
Author: Michael J Bazin, James I Prosser

Physiological Models in Microbiology consists of two volumes. Volume I considers models of basic growth processes and the effects of environmental factors on microbial growth. Volume II describes models of secondary processes, in particular, microbial death, spore germination, chemotaxis, and surface growth.

Physiological Models in Microbiology Volume II 1st Table of contents:

Part 1: Microbial Physiology: Fundamental Principles

1. Introduction to Microbial Physiology

   • Overview of Microbial Physiology
   • Key Concepts in Microbial Growth and Metabolism
   • The Role of Microbial Models in Physiological Research

2. Microbial Metabolism

   • Energy Production and Utilization
   • Catabolic Pathways: Glycolysis, TCA Cycle, and Oxidative Phosphorylation
   • Anabolic Pathways: Biosynthesis and Cellular Maintenance
   • Metabolic Engineering of Microorganisms

3. Microbial Nutritional Requirements

   • Macronutrients and Micronutrients
   • Nutrient Uptake and Transport Systems
   • Role of Growth Factors and Vitamins

4. Microbial Stress Responses and Adaptation

   • Heat Shock, Oxidative, and Acid Stress
   • Responses to Nutrient Limitations and Toxic Environments
   • Mechanisms of Adaptation and Survival

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Part 2: Environmental Microbiology and Physiological Models

5. Microbial Adaptation to Extreme Environments

   • Psychrophiles, Thermophiles, and Hyperthermophiles
   • Halophiles and Acidophiles
   • Mechanisms of Environmental Stress Tolerance

6. Biofilm Formation and Physiology

   • Biofilm Development and Structure
   • Environmental Factors Affecting Biofilm Formation
   • Biofilms in Natural and Industrial Systems
   • Model Systems for Studying Biofilm Physiology

7. Microbial Interaction with Host Organisms

   • Symbiosis, Commensalism, and Pathogenesis
   • Models of Host-Pathogen Interaction
   • Mechanisms of Infection and Immune Evasion

8. Microbial Community Dynamics and Interactions

   • Quorum Sensing and Inter-species Communication
   • Cooperative and Competitive Behavior in Microbial Communities
   • Mathematical and Computational Models of Microbial Communities

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Part 3: Systems Biology and Modeling in Microbial Physiology

9. Systems Biology Approaches to Microbial Physiology

   • Genome-Scale Metabolic Networks
   • Transcriptomics, Proteomics, and Metabolomics
   • Integrating Omics Data for Model Development

10. Computational and Mathematical Models in Microbial Physiology

    • Kinetic Modeling of Metabolic Pathways
    • Modeling Growth Dynamics and Yield Predictions
    • Mathematical Models for Gene Regulation and Expression

11. Metabolic Engineering and Synthetic Biology

    • Principles of Metabolic Pathway Engineering
    • Construction of Synthetic Microbial Systems
    • Applications of Engineered Microorganisms in Biotechnology

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Part 4: Industrial and Environmental Applications of Physiological Models

12. Microbial Bioreactors and Industrial Applications

    • Design and Optimization of Bioreactors
    • Microbial Physiology in Industrial Fermentation
    • Large-Scale Production of Biofuels and Bioproducts

13. Microbial Models in Environmental Bioremediation

    • Biodegradation of Pollutants and Waste Management
    • Microbial Fuel Cells and Environmental Sustainability
    • Role of Microbial Communities in Ecosystem Recovery

14. Microbial Models in Pharmaceutical and Medical Research

    • Models for Antibiotic Production and Resistance Studies
    • Microbial Models in Vaccine Development
    • Applications in Human and Veterinary Medicine

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Part 5: Future Directions in Microbial Physiology and Modeling

15. Emerging Technologies in Microbial Physiology

    • Single-Cell Analysis Techniques
    • Metagenomics and Microbiome Studies
    • Advances in Microbial Physiology Research

16. Challenges and Opportunities in Microbial Modeling

    • Limitations of Current Models
    • Integrating Multidisciplinary Approaches
    • Future Trends in Microbial Physiology and Applied Research

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