Front Cover; Current Topics in Membranes and Transport, Volume 5; Copyright Page; Contents; List of Contributors; Preface; Contents of Previous Volumes; Chapter 1. Cation Transport in Bacteria: K+, Na+, and H+; I. Introduction; II. The Ion Balance of Bacterial Cells; III. Ionophores; IV. Membrane Potential and Proton Transport; V. Transport of K+ and Na+; VI. Cation Transport and Cell Functions; References; Chapter 2. Pro and Contra Carrier Proteins; Sugar Transport via the Periplasmic Galactose-Binding Protein; I. Introduction; II. Properties of the MeGal Transport System
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II. The Quasi-Chemical Notation of Irreversible ThermodynamicsIII. The Coupling of Amino Acid Transport to lon Flows; References; Chapter 4. The Means of Distinguishing between Hydrogen Secretion and Bicarbonate Reabsorption: Theory and Applications to the Reptilian Bladder and Mammalian Kidney; Preface; I. General Considerations; II. Acidification of the Luminal Fluid by the Turtle Bladder; III. The Renal Mechanism of Acidification; References; Chapter 5. Sodium and Chloride Transport across Isolated Rabbit Ileum; I. Introduction; II. A Working Model of the Small Intestinal Epithelium
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III. Properties of the Galactose-Binding ProteinIV. Evidence for the Essential Function of the Galactose- Binding Protein in the Transport Mechanism of the MeGal Transport System; V. The Involvement of the Galactose-Binding Protein in Chemotaxis; VI. Regulation of the MeGal System and of the Galactose- Binding Protein Synthesis by Events Occurring during the Bacterial Cell Cycle; VII. Pro and Contra Carrier Funrtion of Periplasmic Binding Proteins; References; Chapter 3. Coupling and Energy Transfer in Active Amino Acid Transport; I. Introduction
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III. The Shunt Pathway in Isolated Rabbit IleumIV. Transepithelial Transport of Na and Cl across in Vivo and in Vitro Preparations of Ileal Mucosa; V. Influxes of Na and Cl across the Brush Border; VI. Solute-Coupled Transport; VII. Ion Transport and the Electrophysiology of Rabbit Ileum; VIII. Concluding Remarks; References; Chapter 6. A Macromolecular Approach to Nerve Excitation; I. Introduction; II. Abrupt Depolarization; III. Instability and Excitability of the Axon Membrane; IV. Interactions between Membrane Macromolecules and Small Ions; V. Optical Studies of Excitable Membranes
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VI. Fluorescence StudiesVII. Summary; References; Subject Index
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CURR TOPICS IN MEMBRANES & TRANSPORT V5.
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Current topics in membranes and transport. Volume 5.