Structural and Functional Relationships in Prokaryotes

This book on bacterial physiology takes a balanced view of physiology, discussing both bioenergetics and bacterial metabolism in a way that establishes general principles and concepts and emphasizes the information gained from model systems. It also covers some experimental design issues in order to give readers an appreciation of the practical aspects and consequences of bacterial metabolism. The author stimulates readers to think about future developments in the field by presenting discussions from five world-famous bacterial physiologists.

Stimulates students to think about future developments in the field by including discussions by five world-famous bacterial physiologists on future developments in the field

Texte du rabat

This new textbook on bacterial physiology is aimed at senior level students pursuing a one-semester course in the biology or microbiology curriculum. The text takes a balanced view of prokaryotic physiology, discussing both bioenergetics and bacterial metabolism in a way that establishes general principles and concepts and emphasizes throughout the information gained from model systems. The book also covers some experimental design issues, giving students an appreciation of the practical aspects and consequences of bacterial metabolism. It also stimulates students' interests in future developments in the field by including discussions by five world-famous bacterial physiologists about future developments in the field.

Contenu
An Introduction to the Prokaryotic Cell.- The Cellular System.- Cellular Structures and Their Function.- The Plasma Membrane.- Cell Wall Structure.- The Cell Wall Matrix.- Capsules, Pili, and Internal Structures.- Profiles of Bacterial Growth.- Cell Motion, Sensing, and Communication.- Cellular Growth and Reproduction.- Physiological Basis for Growth in Extreme Environments.- Bioenergetics.- Electron Transport and Coupled Phosphorylation.- Transmembrane Movement: Mechanisms and Examples.- Metabolic Processes.- Pathways of Carbon Flow.- Organization and Cellular Processing.- Metabolism of Nitrogen and Sulfur.- Biometals.