Model-based prediction of autoregulatory exhaustion in response to lower-body negative pressure-induced shock

Keyphrases

• Shock 100%
• Model Prediction 100%
• Lower Body Negative Pressure 100%
• Autonomic Nervous System 100%
• Pressure-induced 100%
• System Stress 100%
• Pulse Rate 66%
• Photoplethysmography 66%
• Penn State 33%
• Pennsylvania 33%
• Forehead 33%
• Homeostasis 33%
• Frequency-based Approach 33%
• Stress Measurement 33%
• Consistent Patterns 33%
• Response Pattern 33%
• Systolic Blood Pressure 33%
• Chronic Disease Management 33%
• Hypotension 33%
• Predictive Tool 33%
• Volume Loss 33%
• Compensatory Mechanisms 33%
• Hypovolemic 33%
• Echocardiographic 33%
• Hemodialysis Patients 33%
• Cardiac Hemodynamics 33%
• Hypovolemia 33%
• Diagnostic Study 33%
• Volume Measure 33%
• Resting Baseline 33%
• Pressure Chamber 33%

Biochemistry, Genetics and Molecular Biology

• Pulse Rate 100%
• Lower Body Negative Pressure 100%
• Homeostasis 25%
• Normal Human 25%
• Systolic Blood Pressure 25%
• Hemodialysis 25%

Neuroscience

• Autonomic Nervous System 100%
• Hypovolemia 33%