The effect of compartmental asymmetry on the monitoring of pulmonary mechanics and lung volumes

Keyphrases

• Lung 100%
• Lung Volume 100%
• Pulmonary Mechanics 100%
• Functional Residual Capacity 100%
• Intra-abdominal Hypertension 100%
• Atelectasis 75%
• Lung Injury 50%
• Saline Lavage 50%
• Intra-abdominal Pressure 50%
• Esophageal Pressure 50%
• Unilateral Lung Injury 50%
• Swine 25%
• Clinical Application 25%
• Airspace 25%
• Relative Contribution 25%
• Respiratory System 25%
• Volume Change 25%
• Healthy Lung 25%
• Oxygenation 25%
• University-affiliated 25%
• Transpulmonary Pressure 25%
• Right Lung 25%
• Tidal Volume 25%
• Airway Pressure 25%
• Animal Laboratory 25%
• Distention 25%
• Peritoneum 25%
• Lung Pathology 25%
• Mechanically Ventilated 25%
• Insufflated 25%
• Balloon Occlusion 25%
• End-expiration 25%
• Left Main Bronchus 25%
• Lung Injury Model 25%
• Chest Wall Compliance 25%
• Gas Dilution 25%
• Lung Atelectasis 25%
• Affiliated Hospitals 25%
• Oesophageal Pressure Measurement 25%

Medicine and Dentistry

• Lung 100%
• Lung Mechanics 100%
• Lung Volume 100%
• Atelectasis 80%
• Functional Residual Capacity 80%
• Intraabdominal Hypertension 80%
• Esophagus Pressure 60%
• Lavage 40%
• Abdominal Pressure 40%
• Injury 20%
• Pulmonary Pathology 20%
• Airway Pressure 20%
• Tidal Volume 20%
• Peritoneum 20%
• Thoracic Wall 20%
• Balloon Occlusion 20%
• Right Lung 20%
• Respiratory System 20%
• Transpulmonary Pressure 20%
• Main Bronchus 20%

Nursing and Health Professions

• Lung Volume 100%
• Functional Residual Capacity 100%
• Atelectasis 100%
• Intraabdominal Hypertension 100%
• Esophagus Pressure 75%
• Abdominal Pressure 50%
• Lavage 50%
• Compliance 25%
• Airway Pressure 25%
• Oxygenation 25%
• Injury 25%
• Tidal Volume 25%
• Balloon Occlusion 25%