Complete the Mosby Physiology Series! Systems-based and portable, these titles are ideal for integrated programs.
1. Chapter 1: Introduction: Homeostasis and cellular physiology - p. iii 2. Chapter 2: Diffusion and permeability - p. 1 3. Chapter 3: Osmotic pressure and water movement - p. 16 4. Chapter 4: Electrical consequences of ionic gradients - p. 20 5. SECTION TWO: Ion Channels and Excitable Membranes - p. 31 6. Chapter 5: Ion channels - p. 31 7. Chapter 6: Passive electrical properties of membranes - p. 47 8. Chapter 7: Generation and propagation of the action potential - p. 59 9. Chapter 8: Ion channel diversity - p. 66 10. SECTION THREE: Solute Transport - p. 89 11. Chapter 9: Electrochemical potential energy and transport processes - p. 89 12. Chapter 10: Passive solute transport - p. 98 13. Chapter 11: Active transport - p. 113 14. SECTION FOUR: Physiology of Synaptic Transmission - p. 118 15. Chapter 12: Synaptic physiology I - p. 118 16. Chapter 13: Synaptic physiology II - p. 159 17. SECTION FIVE: Physiology of Muscle Contraction - p. 162 18. Chapter 14: Molecular motors and the mechanism of muscle contraction - p. 162 19. Chapter 15: Excitation-contraction coupling in muscle - p. 193 20. Chapter 16: Mechanics of muscle contraction - p. 216 21. Epilogue - p. 225 22. Abbreviations, symbols, and numerical constants - p. 225 23. A mathematical refresher - p. 225 24. Root-mean-squared displacement of diffusing molecules - p. 225 25. Summary of elementary circuit theory - p. 225 26. Answers to study problems - p. 225 27. Comprehensive review examination - p. 225 28. Index - p. 225
Complete the Mosby Physiology Series! Systems-based and portable, these titles are ideal for integrated programs.
1. Chapter 1: Introduction: Homeostasis and cellular physiology - p. iii 2. Chapter 2: Diffusion and permeability - p. 1 3. Chapter 3: Osmotic pressure and water movement - p. 16 4. Chapter 4: Electrical consequences of ionic gradients - p. 20 5. SECTION TWO: Ion Channels and Excitable Membranes - p. 31 6. Chapter 5: Ion channels - p. 31 7. Chapter 6: Passive electrical properties of membranes - p. 47 8. Chapter 7: Generation and propagation of the action potential - p. 59 9. Chapter 8: Ion channel diversity - p. 66 10. SECTION THREE: Solute Transport - p. 89 11. Chapter 9: Electrochemical potential energy and transport processes - p. 89 12. Chapter 10: Passive solute transport - p. 98 13. Chapter 11: Active transport - p. 113 14. SECTION FOUR: Physiology of Synaptic Transmission - p. 118 15. Chapter 12: Synaptic physiology I - p. 118 16. Chapter 13: Synaptic physiology II - p. 159 17. SECTION FIVE: Physiology of Muscle Contraction - p. 162 18. Chapter 14: Molecular motors and the mechanism of muscle contraction - p. 162 19. Chapter 15: Excitation-contraction coupling in muscle - p. 193 20. Chapter 16: Mechanics of muscle contraction - p. 216 21. Epilogue - p. 225 22. Abbreviations, symbols, and numerical constants - p. 225 23. A mathematical refresher - p. 225 24. Root-mean-squared displacement of diffusing molecules - p. 225 25. Summary of elementary circuit theory - p. 225 26. Answers to study problems - p. 225 27. Comprehensive review examination - p. 225 28. Index - p. 225
