Diagnostic value of spirometry vs impulse oscillometry: A comparative study in children with sickle cell disease

Keyphrases

• Spirometry 100%
• Diagnostic Value 100%
• Sickle Cell Disease 100%
• Impulse Oscillometry 100%
• Asthma Diagnosis 42%
• Forced Expiratory Volume in 1 Second (FEV1) 28%
• Pulmonary Function Test 28%
• Asthmatic 28%
• XGBoost 28%
• Bronchodilator Response 28%
• Height-age 28%
• Early childhood 14%
• Lung 14%
• Retrospective Chart Review 14%
• Reactance 14%
• Limited Information 14%
• Age-related 14%
• Young children 14%
• Forced Vital Capacity 14%
• Receiver Operating Characteristic Analysis 14%
• Artificial Neural Network 14%
• Receiver Operating Characteristic 14%
• Airway Disease 14%
• Non-asthmatics 14%
• Penn State 14%
• Machine Learning System 14%
• Pulmonary Changes 14%
• Subject Selection 14%
• Airway Resistance 14%
• Pulmonary Evaluation 14%
• FEF25-75 14%
• Robust Linear Regression 14%
• Pulmonary Mechanics 14%
• Respiratory Mechanics 14%

Medicine and Dentistry

• Spirometry 100%
• Sickle-Cell Disease 100%
• Oscillometry 100%
• Asthma 85%
• Bronchodilating Agent 28%
• Forced Expiratory Volume 28%
• Lung Function Test 28%
• Xgboost 28%
• Patient Referral 14%
• Linear Regression Analysis 14%
• Respiratory Disease 14%
• Forced Vital Capacity 14%
• Airway Resistance 14%
• Breathing Mechanics 14%
• Lung Mechanics 14%
• Lung 14%

Immunology and Microbiology

• Sickle Cell 100%
• Asthma 85%
• Bronchodilator 28%
• Forced Expiratory Volume 28%
• Lung Function 28%
• Airway 28%
• Artificial Neural Network 14%
• Forced Vital Capacity 14%
• Lung Mechanics 14%
• Breathing Mechanics 14%