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Test Bank for Cardiopulmonary Anatomy and Physiology Essentials of Respiratory Care 7th Edition by Des Jardins

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This is completed downloadable of Test Bank for Cardiopulmonary Anatomy and Physiology Essentials of Respiratory Care 7th Edition by Des Jardins

 

Product Details:

  • ISBN-10 ‏ : ‎ 1337794902
  • ISBN-13 ‏ : ‎ 978-1337794909
  • Author:  Terry Des Jardins

Prepare for a career as a leading respiratory therapist with the solid foundation in anatomy and physiology found in Des Jardins’ best-selling CARDIOPULMONARY ANATOMY & PHYSIOLOGY: ESSENTIALS OF RESPIRATORY CARE, 7E. This extremely reader-friendly presentation delivers the most complete, accurate information about the structure and function of the respiratory system. Clear and concise coverage presents even complicated concepts in an understandable format using full-color design and proven learning features that guide you in applying what you’ve learned to your professional career. Thirteen new Clinical Connections add to the book’s total 141 Clinical Connections that link chapter content to today’s clinical setting and highlight actual situations that respiratory therapists encounter every day. These features also direct meaningful discussion and strengthen your critical-thinking skills.

 

 

Table of Content:

  1. Half Title Page
  2. Title Page
  3. Copyright Page
  4. Contents
  5. List of Tables
  6. List of Clinical Connections
  7. Foreword
  8. Preface
  9. Acknowledgments
  10. Section 1: The Cardiopulmonary System The Essentials
  11. Chapter 1: The Anatomy and Physiology of the Respiratory System
  12. The Airways
  13. The Upper Airways
  14. The Lower Airways
  15. The Sites of Gas Exchange
  16. The Pulmonary Vascular System
  17. The Lymphatic System
  18. Neural Control of the Lungs
  19. The Lungs
  20. The Mediastinum
  21. The Pleural Membranes
  22. The Thorax
  23. The Muscles of Ventilation
  24. Chapter Summary
  25. Review Questions
  26. Chapter 2: Ventilation
  27. Introduction
  28. Mechanisms of Pulmonary Ventilat
  29. Elastic Properties of the Lung and Chest Wall
  30. Dynamic Characteristics of the Lungs
  31. Ventilatory Patterns
  32. How Normal Pleural Pressure Differences Cause Regional Differences in Normal Lung Ventilation
  33. The Effect of Airway Resistance and Lung Compliance on Ventilatory Patterns
  34. Overview of Specific Breathing Conditions
  35. Chapter Summary
  36. Review Questions
  37. Clinical Application Questions
  38. Chapter 3: Pulmonary Function Measurements
  39. Lung Volumes and Capacities
  40. Pulmonary Mechanics
  41. Factors Affecting Predicted Normal Values
  42. How the Effects of Dynamic Compression Decrease Expiratory Flow Rates
  43. Chapter Summary
  44. Review Questions
  45. Clinical Application Questions
  46. Chapter 4: The Diffusion ofPulmonary Gases
  47. Introduction
  48. Dalton’s Law
  49. Partial Pressures of Atmospheric Gases
  50. Gas Diffusion—Pressure Gradients versus Diffusion Gradients
  51. The Partial Pressures of Gases in the Air, Alveoli, and Blood
  52. The Ideal Alveolar Gas Equation
  53. The Diffusion of Pulmonary Gases
  54. Oxygen and Carbon Dioxide Diffusion across the Alveolar-Capillary Membrane
  55. Gas Diffusion According to Fick’s Law
  56. Perfusion-Limited Gas Flow
  57. Diffusion-Limited Gas Flow
  58. How Oxygen Can Be Either Perfusionor Diffusion Limited
  59. Chapter Summary
  60. Review Questions
  61. Clinical Application Questions
  62. Chapter 5: The Anatomy and Physiology of the Circulatory System
  63. Introduction
  64. The Blood
  65. The Heart
  66. The Pulmonary and Systemic Vascular Systems
  67. Pressures in the Pulmonary and Systemic Vascular Systems
  68. The Cardiac Cycle and Its Effect on Blood Pressure
  69. The Distribution of Pulmonary Blood Flow
  70. Chapter Summary
  71. Review Questions
  72. Clinical Application Questions
  73. Chapter 6: Oxygen and Carbon Dioxide Transport
  74. Introduction
  75. Oxygen Transport
  76. Oxyhemoglobin Dissociation Curve
  77. Oxygen Transport Calculations
  78. Hypoxia
  79. Cyanosis
  80. Carbon Dioxide Transport
  81. Chapter Summary
  82. Review Questions
  83. Clinical Application Questions
  84. Chapter 7: Acid–Base Balance and Regulation
  85. Introduction
  86. Basic Principles of Acid–Base Reactions and pH
  87. Chemical Buffer Systems and Acid–Base Balance
  88. The Respiratory System and Acid–Base Balance
  89. The Renal System and Acid–Base Balance
  90. The Role of the PCO2/HCO32/pH Relationship in Acid–Base Balance
  91. Chapter Summary
  92. Review Questions
  93. Clinical Application Questions
  94. Chapter 8: Ventilation-Perfusion Relationships
  95. Ventilation-Perfusion Ratio
  96. Respiratory Quotient
  97. Respiratory Exchange Ratio
  98. Chapter Summary
  99. Review Questions
  100. Clinical Application Questions
  101. Chapter 9: Control of Ventilation
  102. Introduction
  103. Control of Respiration
  104. Factors That Influence the Rate and Depth of Breathing
  105. Other Important Factors That Influence Breathing
  106. Miscellaneous Factors That May Influence Breathing
  107. Chapter Summary
  108. Review Questions
  109. Clinical Application Questions
  110. Chapter 10: Fetal Development and the Cardiopulmonary System
  111. Fetal Lung Development
  112. Placenta
  113. Fetal Circulation
  114. Birth
  115. Control of Ventilation in the Newborn
  116. Clinical Parameters in the Normal Newborn
  117. Chapter Summary
  118. Review Questions
  119. Clinical Application Questions
  120. Chapter 11: Aging and the Cardiopulmonary System
  121. Introduction
  122. Effects of Aging on the Respiratory System
  123. Pulmonary Gas Exchange
  124. Arterial Blood Gases
  125. Effects of Aging on the Cardiovascular System
  126. Chapter Summary
  127. Review Questions
  128. Section 2: Advanced Cardiopulmonary Concepts and Related Areas The Essentials
  129. Chapter 12: Electrophysiology of the Heart
  130. Introduction
  131. Five Phases of the Action Potential
  132. Properties of the Cardiac Muscle
  133. Chapter Summary
  134. Review Questions
  135. Chapter 13: The Standard 12-ECG Lead System
  136. Introduction
  137. The Standard 12-ECG Lead System
  138. Normal ECG Configurations and Their Expected Measurements (Lead II)
  139. Chapter Summary
  140. Review Questions
  141. Chapter 14: ECG Interpretation
  142. How to Analyze the Waveforms1
  143. Common Cardiac Dysrhythmias
  144. Chapter Summary
  145. Review Questions
  146. Chapter 15: Hemodynamic Measurements
  147. Hemodynamic Measurements
  148. Hemodynamic Values Computed from Direct Measurements
  149. Chapter Summary
  150. Review Questions
  151. Clinical Application Questions
  152. Chapter 16: Renal Failure and Its Effects on the Cardiopulmonary System
  153. The Kidneys
  154. The Nephrons
  155. Blood Vessels of the Kidneys
  156. Urine Formation
  157. Urine Concentration and Volume
  158. Regulation of Electrolyte Concentration
  159. Role of the Kidneys in Acid–Base Balance
  160. Blood Volume
  161. Renal Failure
  162. Cardiopulmonary Disorders Caused by Renal Failure
  163. Chapter Summary
  164. Review Questions
  165. Clinical Application Questions
  166. Chapter 17: Sleep Physiology and Its Relationship to the Cardiopulmonary System
  167. Introduction
  168. Types of Sleep
  169. Normal Sleep Cycles
  170. Functions of Sleep
  171. Circadian Rhythms
  172. Normal Sleep Patterns
  173. Factors Affecting Sleep
  174. Common Sleep Disorders
  175. Normal Cardiopulmonary Physiology during Sleep
  176. Chapter Summary
  177. Review Questions
  178. Clinical Application Questions
  179. Section 3: The Cardiopulmonary System during Unusual Environmental Conditions
  180. Chapter 18: Exercise and Its Effects on the Cardiopulmonary System
  181. Introduction
  182. Respiratory Functions
  183. Circulatory Functions
  184. Interrelationships among Muscle Work, Oxygen Consumption, and Cardiac Output
  185. Influence of Training on the Heart and Cardiac Output
  186. Stroke Volume versus Heart Rate in Increasing Cardiac Output
  187. Body Temperature/Cutaneous Blood Flow Relationship
  188. Pulmonary Rehabilitation
  189. Chapter Summary
  190. Review Questions
  191. Chapter 19: High Altitude and Its Effects on the Cardiopulmonary System
  192. Cardiopulmonary Changes Seen at High Altitude
  193. Other Physiologic Changes
  194. Chapter Summary
  195. Review Questions
  196. Chapter 20: High-Pressure Environmentsand Their Effects on the Cardiopulmonary System
  197. Introduction
  198. Diving
  199. Hyperbaric Medicine
  200. Chapter Summary
  201. Review Questions
  202. Glossary
  203. Appendices
  204. Appendix I: Symbols and Abbreviations
  205. Appendix II: Units of Measurement
  206. Appendix III: Poiseuille’s Law
  207. Appendix IV: DuBois Body Surface Chart
  208. Appendix V: Cardiopulmonary Profile
  209. Appendix VI: PCO2/HCO32/pH Nomogram
  210. Appendix VII: Calculating Heart Rate by Counting the Number of Large ECG Squares
  211. Appendix VIII: Answers to Review Questions in Text
  212. Bibliography
  213. Index

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