Na+H+ Exchange

S. Grinstein

1. pH-Selective Microelectrodes: construction and Use in Investigations of Transmembrane Sodium/Hydrogen Exchange 2. Measurement of pH and Na+ by Nuclear Magnetic Resonance. Part 1: Basic Properties and Distributing of The Na+/H+ Exchanger 3. Methods for the Study of Na+/H+ Exchange: Ion Fluxes and Ion-Selective Electrodes 4. Kinetics of Na+/H+ Exchange 5. Na+/H+ Ex-change in Excitable Cells 6. Properties of Na+/H+ Exchange in Excitable Cells 7. Na+/H+ Exchange in Bacteria and Organelles Part 2: Inhibitors and Ligands Of The Na+/H+ Exchanger 8. Amiloride: Chemistry, Kinetics, and Structure-Activity Relationships. Part 3: Physiological Role of The Na+/H+ Exchanger 9. Basic Principles of pH Regulation 10. The Role of the Na+/H+ Antiport in Cardiac Cells, Skeletal Muscle Cells, Neurona Cells and Glial Cells 11. Physiological Role of Na+/H+ Exchange in Epithelial Cells 12. Na+/H+ Exchange and Volume Regulation in Nonepithelial Cells 13. Symports and Antiports and Epithelial Cell Volume Regulation 14. Coupling between Na+/H+ and Cl-/HCO3 Exchange in pH and Volume Regulation 15. The Role of Na+/H+ Exchange and Intracellular pH Changes in Fertilization Part 4: Regulation Of Na+/H+ Exchange: Rapid Effectors 16. Effects of Growth Factors on Na+/H+ Exchange 17. Phorbol Esters and the Regulation of Na+/H+ Exchange 18. Regulation of Na+/H+ Exchange: Role of Ca2+ 19. Effects of Catecholamines and Cyclic Nucleotides on Na+/H+ Exchange 20. Effects of Neutrophil and Platelet Activators 21. Action of Insulin on Na+/H+ Exchange. Part 5: Regulation Of Na+/H+ Exchange: Slow (Adaptive) Effectors 22. Regulation of Na+/H/up Exchange Activity by Adaptive Mechanisms 23. Chronic Adaption of Na+/H+ Exchange in Renal Disease Part 6: Genetic Studies Of Na+/H+ Exchange 24. Molecular Genetics of the Mammalian Na+/H+ Antiporter