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Relationship Between Orthostatic Stress Response And Acute Mountain Sickness Susceptibility At High Altitude: A Pilot Study, Bryanne Bellovary, Jack Loeppky, Andrew Wells, Zac Fennel, Jeremy Ducharme, Jonathan Houck, Trevor Mayschak, Kelsey Bourbeau, Ann Gibson, Scott Drum, Christine Mermier
Relationship Between Orthostatic Stress Response And Acute Mountain Sickness Susceptibility At High Altitude: A Pilot Study, Bryanne Bellovary, Jack Loeppky, Andrew Wells, Zac Fennel, Jeremy Ducharme, Jonathan Houck, Trevor Mayschak, Kelsey Bourbeau, Ann Gibson, Scott Drum, Christine Mermier
Health, Exercise, and Sports Sciences ETDs
The purpose of this study was to determine whether there is a difference in hemodynamic responses to head-up tilt (HUT) in subjects who do, and do not, experience acute mountain sickness (AMS) during exposure to hypobaric hypoxia. Secondarily, we aimed to determine if those hemodynamic variables altered during HUT correlated with AMS severity. Fifteen participants completed three testing sessions: 1) VO2max test to determine workload at 50% VO2max for hypoxia exposure; 2) HUT test consisting of supine rest for 20 min followed by 70° upright tilting for ≤ 40 min; and 3) six hours of hypobaric …