Critical Care Physiology
This review of concepts in critical care physiology focuses on monitoring and management, with content limited to discussion of the four key organ systems and four topics in integrative physiology (oxygen kinetics, fluid and electrolytes, host defences and metabolism/nutrition).
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Integrating Hemodynamic Respiratory
Blood Volume and Hemodynamics
Respiratory Physiology and Pathophysiology
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acidosis acute renal failure adult respiratory distress airway alkalosis alveolar alveoli amino acids amount of oxygen arterial blood arteriovenous bacteria Bartlett RH bicarbonate bleeding blood cells blood flow blood volume breathing calculated carbohydrate cardiac output catheter cause clinical critically ill patients curve decreased drugs electrolyte end-tidal energy excretion extracellular fluid factor feeding fibrin function gastric glucose gm q hemodialysis hemodynamic hemofiltration hemoglobin hypermetabolic hypovolemia hypoxemia increased infection inflammation inflation infusion injury lung measured mechanical ventilation mEq/L metabolic rate monitoring nitrogen normal occurs oxygen oxygen consumption oxygen content oxygen delivery oxygen kinetics Pco2 PEEP perfusion physiology plasma platelet protein catabolism pulmonary artery pulmonary capillary pulmonary edema ratio renal replacement renal replacement therapy respiratory failure result score sepsis severe respiratory failure shown in Figure shunt sodium solution surgical patient systemic tidal volume tion tissue tracheostomy trauma treatment tube urea vascular venous saturation ventricular