In 1976, Paolo Cerretelli published an article entitled "Limiting factors to oxygen transport on Mount Everest" in the Journal of Applied Physiology. The paper demonstrated the role of cardiovascular oxygen transport in limiting maximal oxygen consumption (VO2max). In agreement with the predominant view of VO2max limitation at that time, however, its results were taken to mean that cardiovascular oxygen transport does not limit VO2max at altitude. So it was argued that the limiting factor could be in the periphery, and muscle blood flow was proposed as a possible candidate. Despite this suggestion, the conclusion generated a series of papers on muscle structural characteristics. These experiments demonstrated a loss of muscle oxidative capa...
It was the aim of the study to assess the maximal pressure generated by the inspiratory muscles (MIP...
Rationale. We tested whether higher ventilation and higher ventilatory responses to hypoxia were nec...
This article reviews the concept of maximal oxygen consumption ([Formula: see text]) from the perspe...
In 1976, Paolo Cerretelli published an article entitled "Limiting factors to oxygen transport on Mou...
In 1976, Paolo Cerretelli published an article entitled "Limiting factors to oxygen transport on Mou...
This review reports on the collaborative efforts of the Department of Physiology of the University o...
The partial pressure of atmospheric oxygen falls progressively as barometric pressure decreases with...
As humans ascend to high altitude, the resulting hypobaric hypoxia necessitates adaptation in order ...
The maximal rate of oxygen uptake (V̇O2max) of humans declines with increasing altitude, but represe...
The present paper discusses the factors affecting maximal O2 consumption (VO2max) in hypoxia (4300 m...
Three modern views about the factors limiting oxygen uptake in healthy humans are set against the or...
Our understanding of what happens in working muscle and at the whole-body level at sea level and at ...
Exposure to high altitude is associated with a decrease in aerobic exercise capacity. This is explai...
The factors limiting VO2max in humans are analyzed according to a multifactorial model derived from ...
At high altitude, barometric pressure falls and with it inspired P(O2), potentially compromising O2 ...
It was the aim of the study to assess the maximal pressure generated by the inspiratory muscles (MIP...
Rationale. We tested whether higher ventilation and higher ventilatory responses to hypoxia were nec...
This article reviews the concept of maximal oxygen consumption ([Formula: see text]) from the perspe...
In 1976, Paolo Cerretelli published an article entitled "Limiting factors to oxygen transport on Mou...
In 1976, Paolo Cerretelli published an article entitled "Limiting factors to oxygen transport on Mou...
This review reports on the collaborative efforts of the Department of Physiology of the University o...
The partial pressure of atmospheric oxygen falls progressively as barometric pressure decreases with...
As humans ascend to high altitude, the resulting hypobaric hypoxia necessitates adaptation in order ...
The maximal rate of oxygen uptake (V̇O2max) of humans declines with increasing altitude, but represe...
The present paper discusses the factors affecting maximal O2 consumption (VO2max) in hypoxia (4300 m...
Three modern views about the factors limiting oxygen uptake in healthy humans are set against the or...
Our understanding of what happens in working muscle and at the whole-body level at sea level and at ...
Exposure to high altitude is associated with a decrease in aerobic exercise capacity. This is explai...
The factors limiting VO2max in humans are analyzed according to a multifactorial model derived from ...
At high altitude, barometric pressure falls and with it inspired P(O2), potentially compromising O2 ...
It was the aim of the study to assess the maximal pressure generated by the inspiratory muscles (MIP...
Rationale. We tested whether higher ventilation and higher ventilatory responses to hypoxia were nec...
This article reviews the concept of maximal oxygen consumption ([Formula: see text]) from the perspe...