Pressure- and time-dependent alveolar recruitment/derecruitment in a spatially resolved patient-specific computational model for injured human lungs

Keyphrases

• Spatially Resolved 100%
• Human Lung 100%
• Patient-specific Computational Models 100%
• Derecruitment 100%
• Alveolar Recruitment 100%
• Lung 50%
• Terminal Unit 50%
• Lung Model 50%
• Reference Volume 50%
• Computational Model 25%
• Realistic Scenario 25%
• Patient-specific 25%
• Clinical Data 25%
• Personalized Treatment 25%
• Physics-based 25%
• Tidal Volume 25%
• Stress-free 25%
• Human Respiratory Tract 25%
• Ventilation 25%
• Alveolar Structure 25%
• Artificial Ventilation 25%
• Clinical Measurement 25%
• Variable Reference 25%
• Closing Pressure 25%
• Ventilator-induced Lung Injury 25%
• Ventilation Strategy 25%
• Opening Pressure 25%
• Mechanically Ventilated Patients 25%
• Tissue Elements 25%
• Pleural Pressure 25%
• Viscoelastic Element 25%
• Alveolar Collapse 25%
• Cyclic Recruitment 25%
• Modeling Approaches 25%
• Reduced-dimensional 25%
• Patient-specific Parameter 25%
• Medical Image Dataset 25%
• Time-dependent Variation 25%
• Protective Ventilation 25%

Biochemistry, Genetics and Molecular Biology

• Computer Simulation 100%
• Thorax Pressure 50%
• Breathing 50%
• Tidal Volume 50%

Medicine and Dentistry

• Lung 100%
• Breathing 20%
• Artificial Respiration 20%
• Ventilator Induced Lung Injury 20%
• Tidal Volume 20%
• Acute Respiratory Distress Syndrome 20%
• Respiratory System 20%