Basic physiology for anaesthetists /
Every trainee in anaesthesia requires a thorough understanding of basic physiology and its application to clinical practice. Now in its second edition, this comprehensively illustrated textbook bridges the gap between medical school and reference scientific texts. It covers the physiology requiremen...
| Main Authors: | , , |
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| Format: | eBook |
| Language: | English |
| Published: |
Cambridge :
Cambridge University Press,
2019.
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| Edition: | Second edition. |
| Subjects: | |
| Online Access: | View fulltext via EzAccess |
Table of Contents:
- Machine generated contents note: Forward by Dr. Russell Perkins; Preface to the first edition; Preface to the second edition; Section 1: The basics; 1. General organisation of the body; 2. Cell components and function; 3. Genetics; 4. The cell membrane; 5. Enzymes; Section 2: Respiratory physiology; 6. The upper airways; 7. The lower airways; 8. Oxygen transport; 9. Carbon dioxide transport; 10. Alveolar diffusion; 11. Ventilation and dead space; 12. Static lung volumes; 13. Spirometry; 14. Hypoxia and shunts; 15. Ventilation-perfusion relationships; 16. Ventilation-perfusion zones in the lung; 17. Oxygen delivery and demand; 18. Alveolar gas equation; 19. Oxygen cascade; 20. Lung compliance; 21. Work of breathing; 22. Control of ventilation; 23. Pulmonary circulation; 24; Oxygen toxicity; 25; Ventilatory failure; 26. Anaesthesia and the lung; Section 3: Cardiovascular physiology; 27. Cardiac anatomy and function; 28. Cardiac cycle; 29; Cardiac output and it measurement; 30. Starling's law and cardiac dysfunction; 31. Cardiac pressure-volume loops; 32. Cardiac ischaemia; 33. Systemic circulation; 34. Arterial system; 35. Arterial pressure waveforms; 36. Capillaries and endothelium; 37. Venous system; 38. Venous pressure wave forms; 39. Lymphatics; 40. Cardiovascular reflexes; 41. Valsalva manoeuvre; 42. Exercise physiology; 43. Exercise testing; Section 4: Neurophysiology; 44. Neuronal structure and function; 45. The brain; 46. Cerebrospinal fluid; 47. Blood-brain barrier; 48. Cerebral blood flow; 49. Intracranial pressure and head injury; 50. The spinal cord; 51. Resting membrane potential; 52. Nerve action potential and propagation; 53. Synapses and the neuromuscular junction; 54. Skeletal muscle; 55. Muscle spindles and Golgi tendon organs; 56. Smooth muscle; 57. Cardiac muscle; 58. The electrocardiogram; 59. Autonomic nervous system; 60. Pain physiology; 61. The eye and intraocular pressure; Section 5: Gastrointestinal tract; 62. Saliva, oesophagus and swallowing; 63. Stomach and vomiting; 64. Gastrointestinal digestion and absorption; 65. Liver: anatomy and blood supply; 66. Liver function; Section 6: Kidney and body fluids; 67. Renal function, anatomy and blood flow; 68. Renal filtration and reabsorption; 69. Renal regulation of water and electrolyte balance; 70. Acid-base physiology; 71. Micturition; Section 7: Blood and immune system; 72. Haemostasis; 73. Transfusion; 74. Anaemia and polycythaemia; 75. Immune system; 76. Plasma constituents; Section 8: Energy balance; 77. Metabolism; 78. Starvation; 79. Stress response; Section 9: Endocrine physiology; 80. Hypothalamus and pituitary; 81. Thyroid, parathyriod and adrenal; Section 10: Developmental physiology; 82. Maternal physiology during pregnancy; 83. Fetal physiology; 84. Paediatric physiology; 85. Physiology of ageing; 86. Physiology of obesity; Section 11: Envrionmental physiology; 87. Altitude; 88. Divide; 89. Temperature regulation; Index.