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by Gilbert N. Ling, Blaisdell Publishing Company, A Division of Random House, Inc., New York, London. 1962. Library of Congress Catalogue Number: 62-11835. 682 pages. Divided into 18 Chapters. (Book out of print.)
Chapter 1. Energy and Entropy in Association Phenomena
Chapter 2. Site Fixation and Association Phenomena
Chapter 3. The Calculation of the Density of Fixed Ionic Sties in Cellular and Noncellular Biological Material
Chapter 4. The Model of the Biological Fixed-Charge System
Chapter 5. The Transmission, Amplification and Mixing of Biological Signals at the Molecular Level
Chapter 6. Modulation and Control of Physiological Activity
Chapter 7.The Theory of Proteins
Chapter 8.The Role of Metabolism in Biological Functions
Chapter 9. Ionic Accumulation and Osmotic Properties
Chapter 10. The Mechanism of Cellular Potentials
Chapter 11. Ionic Permeability and Diffusion
Chapter 12. Selective Distribution and Permeability of Nonelectrolytes
Chapter 13. Excitation and Inhibition
Chapter 14. Enzyme Action
Chapter 15. Reversible Contractile Phenomena
Chapter 16. The Action of Hormones and Drugs
Chapter 17. The Mechanism of Antigen-Antibody Reactions
Chapter 18. Developmental Physiology and Cancer
by Gilbert N. Ling, Plenum Press, New York and London. 1984. ISBN 0-306-41409-0. 791 pages divided into 20 Chapters under five Sections:
Chapter 1. The Early History of Cell Physiology
Chapter 2. Evolution of the Membrane and Bulk Phase Theories
Chapter 3. The Emergence of the Steady-state Membrane Pump Concept
Chapter 4. The Re-emergence of the Bulk Phase Theories
Chapter 5. Experimental Tests of the Alternative Theories
Chapter 6. The Association-Induction Hypothesis I. Association-of Ions and Water with Macromolecules
Chapter 7. The Association-Induction Hypothesis II. The Inductive Effect and the Control of Physiological Activities
Chapter 8. The Physical State of K+ and Na+ in Living Cells
Chapter 9. The Physical State of Water in Living Cells
Chapter 10. ATP and the Source of Energy for Biological Work Performance
Chapter 11. Selective Distribution of Ions, Sugars, and Free Amino Acids
Chapter 12. Permeability
Chapter 13. Swelling, Shrinkage, and Volume Control of Living Cells
Chapter 14. Electrical Potentials.
Chapter 15. Oxidative Phosphorylation, ATP Synthesis, and Other Aspects of Mitochondrial Physiology
Chapter 16. Muscle Contraction and Related Phenomena
Chapter 17. Active Transport across Intestinal Epithelia and Other Bifacial Cell Systems.
Chapter 18. The Control of Protein Synthesis
Chapter 19. Growth and Differentiation
Chapter 20. Cancer
by Gilbert N. Ling, Krieger Publishing Company, Malabar, Florida. 1992, ISBN 0-89464-398-3. 378 pages, divided into 12 Chapters..
A Short History and Acknowledgment
Introduction
Chapter 1. Early Theories of the Living Cell
Chapter 2. The Membrane-pump Theory
Chapter 3, The Living State
Chapter 4. Cell Potassium
Chapter 5. Cell Water
Chapter 6. Induction
Chapter 7. Coherent Behavior and Control Mechanism
Chapter 8. Solute Distribution
Chapter 9. Permeability to Water, Ions, Nonelectrolyte , and Macromolecules
Chapter 10. Cell Volume and Shape
Chapter 11. Cellular Electrical Potentials
Chapter 12. The Completion of a Scientific Revolution and Events Beyond
In addition, a 203 page long review was published in 1994 in the journal, Physiological Chemistry Physics and Medical NMR, Volume 26. pp.121-203 under the title:
By Gilbert N. Ling