Can computer simulators accurately represent the pathophysiology of individual COPD patients?

Keyphrases

• Chronic Obstructive Pulmonary Disease 100%
• Pathophysiology 100%
• Chronic Obstructive Pulmonary Disease Patient 100%
• Computer Simulator 100%
• Patient Data 66%
• Computer Simulation Model 66%
• Gas Exchange 66%
• Simulation Model 33%
• Novel Management 33%
• Closest Match 33%
• Automated Approach 33%
• Management Protocol 33%
• Pulmonary Disease 33%
• Disease States 33%
• Algorithm Performance 33%
• Heterogeneous Treatment Effects 33%
• Global Optimization Algorithm 33%
• Computational Simulator 33%
• Ventilator-induced Lung Injury 33%
• Ventilator Settings 33%
• Systemic-to-pulmonary Shunt 33%
• High Performance Computing 33%
• Q-V Curve 33%
• Complex Simulation Model 33%
• Shunt Fraction 33%
• PaO2 33%
• PaCO2 33%
• Novel Therapeutics 33%
• Ventilation-perfusion Ratio 33%
• Alveolar Mechanics 33%
• Pulmonary Dead-space Fraction 33%

Computer Science

• Simulation Mode 100%
• Disease Patient 100%
• Optimization Algorithm 25%
• Global Optimization 25%
• Individual Patient 25%
• High-Performance Computing 25%

Biochemistry, Genetics and Molecular Biology

• Patient Coding 100%
• Gas Exchange 100%
• Lung Ventilation 50%