Pulmonary PhysiologyPulmonary Physiology identifies concepts rather than facts, to foster understanding rather than memorization. Each chapter clearly states the learning objectives then encourages self-instruction of the information presented. Students will know what they are expected to learn before reading a chapter. Study questions at the end of the book allow students to test their understanding of the key concepts presented. |
Contents
Function Structure of the Respiratory System | 1 |
Key Concepts | 10 |
PressureVolume Relationships in the Respiratory System | 20 |
Copyright | |
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40 mm Hg acid acid-base airflow altitude alveolar elastic recoil alveolar pressure alveolar ventilation alveoli anatomic dead space arterial blood arterial chemoreceptors arterial Pco bicarbonate concentration breathing carbon dioxide cardiac output cause cells central chemoreceptors cerebrospinal fluid chest wall cm H2O CO₂ compression correct answer decreased diffusing capacity disease effects elevated exercise functional residual capacity gas exchange gases hemoglobin hydrogen ion hypercapnia hypoxia inspiration and expiration interstitial intrapleural pressure lower lung volumes mechanisms metabolic acidosis mixed venous blood mL of blood neurons normal obstructive occurs oxygen oxygen content Paco partial pressure patient Pco₂ physiologic pulmonary artery pulmonary artery pressure pulmonary blood flow pulmonary capillaries pulmonary circulation pulmonary edema pulmonary vascular resistance reflex regions renal respiration respiratory acidosis respiratory alkalosis respiratory control respiratory system result shown in Figure shunt spirometer stimulation surface area tidal volume tissues upper airways ventilation and perfusion ventilation-perfusion ratios ventilatory response