doi: 10.3389/fphys.2014.00142 Breakpoints in ventilation, cerebral and muscle oxygenation, and muscle activity during an incremental cycling exercis
Purpose This study examined the effect of graded hypoxia during exhaustive intermittent cycling o...
was to analyze the effects of prolonged cycling exercise on metabolic, neuromuscular, and biomechani...
The effects of prolonged cycling on cardiovascular and neuromuscular parameters were studied in 9 en...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
ous studies have suggested that a reduction in cerebral oxygen delivery may limit motor drive, parti...
Objective: We investigated the respiratory and vastus lateralis oxygenation responses to exhaustive,...
We tested the hypothesis that acute, non-metabolic fatigue, by reducing maximal power output and pos...
Purpose: The aim of this study was to compare the muscle oxygenation between trained and untrained s...
We investigated cerebral responses, simultaneously with peripheral and ratings of perceived exertion...
The selection of cadence during cycling may be determined by a number of factors, including the degr...
Purpose: To compare the effects of different hypoxia severities on exercise capacity, cardio-respira...
International audiencePurpose: The purpose of this study was to analyze the effects of prolonged cyc...
PURPOSE: To examine alterations in muscle contractile properties, cortical excitability, and volunta...
Purpose This study examined the effect of graded hypoxia during exhaustive intermittent cycling o...
was to analyze the effects of prolonged cycling exercise on metabolic, neuromuscular, and biomechani...
The effects of prolonged cycling on cardiovascular and neuromuscular parameters were studied in 9 en...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
The aim of this study was to locate the breakpoints of cerebral and muscle oxygenation and muscle el...
ous studies have suggested that a reduction in cerebral oxygen delivery may limit motor drive, parti...
Objective: We investigated the respiratory and vastus lateralis oxygenation responses to exhaustive,...
We tested the hypothesis that acute, non-metabolic fatigue, by reducing maximal power output and pos...
Purpose: The aim of this study was to compare the muscle oxygenation between trained and untrained s...
We investigated cerebral responses, simultaneously with peripheral and ratings of perceived exertion...
The selection of cadence during cycling may be determined by a number of factors, including the degr...
Purpose: To compare the effects of different hypoxia severities on exercise capacity, cardio-respira...
International audiencePurpose: The purpose of this study was to analyze the effects of prolonged cyc...
PURPOSE: To examine alterations in muscle contractile properties, cortical excitability, and volunta...
Purpose This study examined the effect of graded hypoxia during exhaustive intermittent cycling o...
was to analyze the effects of prolonged cycling exercise on metabolic, neuromuscular, and biomechani...
The effects of prolonged cycling on cardiovascular and neuromuscular parameters were studied in 9 en...
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