Objective: To quantify the effects of acute hypoxic exposure on exercise capacity and performance, which includes continuous and intermittent forms of exercise. Design: A systematic review was conducted with a three-level mixed effects meta-regression. The ratio of means method was used to evaluate main effects and moderators providing practical interpretations with percentage change. Data sources: A systemic search was performed using three databases (Google scholar, PubMed and SPORTDiscus). Eligibility criteria for selecting studies: Inclusion was restricted to investigations that assessed exercise performance (time trials (TTs), sprint and intermittent exercise tests) and capacity (time to exhaustion test, TTE) with acute hypoxic (<24 h)...
Live high - train low altitude camps can enhance endurance power at sea level by 1-2% (Levine & Stra...
Adaptation to the shortage of oxygen at altitude (hypoxia) promotes physiological changes which coul...
Thesis (M.S., Kinesiology (Exercise Science)) -- California State University, Sacramento, 2011.VO2ma...
Objective: To quantify the effects of acute hypoxic exposure on exercise capacity and performance, w...
The aim of this study was to quantify the effects of acute hypoxic exposure on exercise capacity and...
Objective: To quantify the effects of acute hypoxic exposure on exercise capacity and performance, w...
Background: While adaptation to hypoxia at natural or simulated altitude has long been used with end...
This study aimed to verify whether the “live low, train high” approach is beneficial for endurance a...
Abstract Objective To systematically review the effects of intermittent hypoxic training on the aero...
BACKGROUND: Exercise at altitude places additional physiological stress on the individual in compari...
Strong evidence exists to support the use of a continuous (>8hr/day) hypoxic stimulus (either geogra...
A systematic meta-regression analysis of the effects of acute hypoxia on the performance of central ...
Thesis (M.S.)--University of Hawaii at Manoa, 2006.Includes bibliographical references (leaves 41-47...
This study aimed to determine whether different levels of hypoxia affect physical performance during...
PURPOSE: Exercise-induced central fatigue is alleviated following acclimatisation to high altitude. ...
Live high - train low altitude camps can enhance endurance power at sea level by 1-2% (Levine & Stra...
Adaptation to the shortage of oxygen at altitude (hypoxia) promotes physiological changes which coul...
Thesis (M.S., Kinesiology (Exercise Science)) -- California State University, Sacramento, 2011.VO2ma...
Objective: To quantify the effects of acute hypoxic exposure on exercise capacity and performance, w...
The aim of this study was to quantify the effects of acute hypoxic exposure on exercise capacity and...
Objective: To quantify the effects of acute hypoxic exposure on exercise capacity and performance, w...
Background: While adaptation to hypoxia at natural or simulated altitude has long been used with end...
This study aimed to verify whether the “live low, train high” approach is beneficial for endurance a...
Abstract Objective To systematically review the effects of intermittent hypoxic training on the aero...
BACKGROUND: Exercise at altitude places additional physiological stress on the individual in compari...
Strong evidence exists to support the use of a continuous (>8hr/day) hypoxic stimulus (either geogra...
A systematic meta-regression analysis of the effects of acute hypoxia on the performance of central ...
Thesis (M.S.)--University of Hawaii at Manoa, 2006.Includes bibliographical references (leaves 41-47...
This study aimed to determine whether different levels of hypoxia affect physical performance during...
PURPOSE: Exercise-induced central fatigue is alleviated following acclimatisation to high altitude. ...
Live high - train low altitude camps can enhance endurance power at sea level by 1-2% (Levine & Stra...
Adaptation to the shortage of oxygen at altitude (hypoxia) promotes physiological changes which coul...
Thesis (M.S., Kinesiology (Exercise Science)) -- California State University, Sacramento, 2011.VO2ma...