Part I: Principles of Mechanical Ventilation§Chapter 1: Physiologic Effects of MechanicalVentilation§Chapter 2: Physiologic Goald os Mechanical Ventilation§Chapter 3: Ventilator-Induced Lung Injury§Chapter 4: Ventilator-Associated PhneumoniaChapter 5: Ventilator Mode Classification§Chapter 6: Traditional Modes of MechanicalVentilation§Chapter 7: Pressure and Volume Ventilation§Chapter 8: Advanced Modes of Mechanical Ventilation§Chapter 9: Flows Waveforms and I:E Ratios§Chapter 10: High Frequency Ventilation§Chapter 11: Noninvasive Ventilation§Chapter 12: Humidification and the Ventilator Circuit§Chapter 13: FI02, Positive End-Expiratory Pressure, and Mean Airway Pressure§Chapter 14: Initial Settings for Mechanical Ventilation§Chapter 15: Patient-Ventilator Asynchrony§Chapter 16: Ventilator Liberation§Part II: Ventilator Management§Chapter 17: Acute Respiratory Distress Syndrome§Chapter 18: Obstructive Lung Disease§Chapter 19: Chest Trauma§Chapter 20: Head Injury§Chapter 21: Postoperative Mechanical Ventilation§Chapter 22: Neuromuscular Disease§Chapter 23: Cardiac Failure§Chapter 24: Burns and Inhalation Injury§Chapter 25: Bronchopleural Fistula§Chapter 26: Drug Overdoses§Part III: Monitoring During Mechanical Ventilation§Chapter 27: Blood Gases§Chapter 28: Pulse Oximetry, Capnography, andTranscutaneous Monitoring;§Chapter 29: Hemodynamic Montoring§Chapter 30: Basic Pulmonary Mechanics duringMechanical Ventilation§Chapter 31: Advanced Pulmonary Mechanics duringMechanical Ventilation§Chapter 32: Nutritional Assessment§Part IV: Topics Related to Mechanical Ventilation§Chapter 33: Airway Management§Chapter 34: Airway Clearance§Chapter 35: Inhaled Drug Delivery§Chapter 36: Emergency Ventilation and Ventilation in a Disaster§Chapter 37: Mobilization and Portable Ventilation§Chapter 38: Extracorporeal Life Support§Index