Environmental Control of Cell Synthesis and Function :The 5th International symposium on the Continuous Culture of Micro-Organisms, Held at St. Catherine's College, University of Oxford, July 1971

Publication subTitle :The 5th International symposium on the Continuous Culture of Micro-Organisms, Held at St. Catherine's College, University of Oxford, July 1971

Author: Dean   A  

Publisher: Elsevier Science‎

Publication year: 2012

E-ISBN: 9780323147668

P-ISBN(Paperback): 9780122080500

P-ISBN(Hardback):  9780122080500

Subject: Q2 Cytobiology

Language: ENG

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Description

Environmental Control of Cell Synthesis and Function presents the proceedings of the Fifth International Symposium on the Continuous Culture of Micro-organisms, held at St. Catherine’s College, University of Oxford, on July 19-24, 1971. It reflects the symposium’s four main areas of interest, namely, kinetics of growth, advances in equipment design and operation, influence of environment on the control of cell synthesis, and physico-chemical effects on cell structure and functioning, and some 20 individual topics.
With a strong focus on the influence of chemical and physical nature of the growth environment on the structure and functioning of microbial cell, the book starts by presenting the chemostat theory, its validity, extensions, and future challenges. It goes on to discuss the progress in environmental control of continuous culture, the product formation in continuous culture, and internal and external conditions involved in its control. Chapters 3 to 8 explore the hypertrophic and continuously synchronized growths; mixed culture studies with the chemostat; kinetics of growth on aqueous-oil and aqueous-solid dispersed systems; design and operation improvements of the chemostat; and the role of turbidostat. Chapters 9 to 14 focus on the influence of environmental and cellular factors on cell physiology. The concluding chapters discuss the application of continuous culture to research in microbiology, particularly, to problems of microbial physiology.
This book i

Chapter

Front Cover

pp.:  1 – 2

Copyright Page

pp.:  3 – 6

Preface

pp.:  4 – 8

Table of Contents

pp.:  6 – 4

Chapter 2. Presidential Address: Environmental Control of Cell Synthesis and Function

pp.:  18 – 24

Chapter 3. Hypertrophic Growth

pp.:  24 – 32

Chapter 4. Continuously Synchronised Growthα

pp.:  32 – 58

Chapter 5. Mixed Culture Studies with the Chemostat

pp.:  58 – 78

Chapter 6. Kinetics of Growth on Aqueous–Oil and Aqueous–Solid Dispersed Systems

pp.:  78 – 102

Chapter 7. Improvements in the Design and Operation of the Chemostat

pp.:  102 – 114

Chapter 8. The Present Status and Future Prospects of the Turbidostat

pp.:  114 – 130

Chapter 9. Influence of Environment on the Control of Enzyme Synthesis

pp.:  130 – 146

Chapter 10. Environmental Factors Influencing the Synthesis and Excretion of Exocellular Macromolecules

pp.:  146 – 178

Chapter 11. Cellular and Environmental Factors Affecting the Synthesis and Excretion of Metabolitesα

pp.:  178 – 196

Chapter 12. Environment-mediated Changes in the Cellular Content of the "Pool" Constituents and their Associated Changes in Cell Physiology

pp.:  196 – 224

Chapter 13. Influence of Environment on the Content and Composition of Bacterial Envelopes

pp.:  224 – 234

Chapter 14. Influence of the Environment on the Growth and Cellular Content of Group A Haemolytic Streptococci in Continuous Culture

pp.:  234 – 238

Chapter 15. The Use of the Multi-stage Chemostat for Microbial Product Formation

pp.:  238 – 250

Chapter 16. Physiological Effects of Dissolved Oxygen Tension and Redox Potential on Growing Populations of Micro-organisms

pp.:  250 – 274

Chapter 17. Influence of Environment on Mitochondrial Function in Yeast

pp.:  274 – 292

Chapter 18. Influence of Growth Temperature on the Composition and Physiology of Micro-organisms

pp.:  292 – 306

Chapter 19. Environmental Effects on the Growth of Nitrogen-fixing Bacteria

pp.:  306 – 324

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