Chronic physical activity mitigates cerebral hypoperfusion during central hypovolemia in elderly humans

Keyphrases

• Arterial Blood Flow Velocity 33%
• Arterial Pressure Variability 33%
• Bioimpedance 33%
• Central Hypovolemia 100%
• Cerebral Arterial Blood Flow 33%
• Cerebral Autoregulation 33%
• Cerebral Hypoperfusion 100%
• Chronic Physical Activity 100%
• Cycling Exercise 33%
• Exercise Test 33%
• Healthy Elderly Adult 33%
• Heart Rate 33%
• Hypocapnia 33%
• Intrinsic Mechanism 33%
• Lower Body Negative Pressure 100%
• Mean Arterial Pressure 100%
• Middle Cerebral 33%
• O2 Uptake 33%
• Orthostasis 33%
• Physically Active 33%
• Physically Active Lifestyle 33%
• Spectral Estimator 33%
• Stroke Volume 33%
• Tonometry 33%
• Transcranial Doppler 33%
• Transfer Function 33%
• Vasomotor Tone 33%

Medicine and Dentistry

• Artery Blood Flow 33%
• Blood Flow Velocity 33%
• Cerebral Autoregulation 33%
• Coherence 33%
• Exercise Test 33%
• Hypocapnia 33%
• Hypovolemia 100%
• Mean Arterial Pressure 100%
• Oxygen Consumption 33%
• Physical Activity 100%
• Standing 33%
• Stroke Volume 33%
• Transcranial Doppler 33%
• Vasomotor 33%
• Volunteer 33%

Veterinary Science and Veterinary Medicine

• Hypovolemia 100%
• Mean Arterial Pressure 100%
• Stroke Volume 33%