Effects of an allosteric hemoglobin affinity modulator on arterial blood gases and cardiopulmonary responses during normoxic and hypoxic low-intensity exercise

Keyphrases

• Low-intensity Exercise 100%
• Oxygen Saturation 100%
• Arterial Blood Gas 100%
• Normoxic 100%
• Cardiopulmonary Response 100%
• Arterial Blood Gasses 100%
• Hemoglobin Affinity 100%
• Gas Response 100%
• Hypoxia 80%
• SaO2 80%
• Submaximal Exercise 80%
• Voxelotor 80%
• During Exercise 60%
• Hyperventilation 60%
• Dyspnea 40%
• Hemoglobin 40%
• Oxygen Consumption 40%
• Oral Administration 40%
• Normoxia 40%
• PaCO2 40%
• PaO2 40%
• Arterial Oxygenation 40%
• FiO2 40%
• Perceived Exertion 40%
• Arterial Desaturation 40%
• O2 Partial Pressure 40%
• Exercise Capacity 20%
• Central Hemodynamics 20%
• Cardiac Output 20%
• Pathophysiological Conditions 20%
• Hemoglobin Oxygen Affinity 20%
• Blood Gas 20%
• Chronic Form 20%
• Drug Administration 20%
• Hypoxemia 20%
• Arterial Blood Pressure 20%
• Partial Pressure of CO2 (pCO2) 20%
• Partial Pressure 20%
• Between-day 20%
• Hypoxic Exercise 20%
• Normal Healthy Subjects 20%
• Cycle Ergometer Exercise 20%
• Oxygen Dissociation Curve 20%
• Oral Drug Administration 20%
• High Oxygen Affinity 20%
• Cycling Test 20%
• Namics 20%
• Partial Pressure of Arterial Carbon Dioxide 20%
• Alveolar-arterial Oxygen Difference 20%

Medicine and Dentistry

• Oxygen Saturation 100%
• Exercise Intensity 100%
• Arterial Blood Gas 100%
• Hypoxia 80%
• Voxelotor 80%
• Oral Drug Administration 60%
• Hyperventilation 60%
• Dyspnea 40%
• Oxygen Consumption 40%
• Oxygen Affinity 40%
• Fatty Acid Desaturation 40%
• Hemodynamic 20%
• Hypoxemia 20%
• Heart Output 20%
• Arterial Pressure 20%
• Drug Administration 20%
• Mefenamic Acid 20%
• Oxygen-Haemoglobin Dissociation Curve 20%
• Carbon Dioxide 20%
• Blood Gas 20%