Aim Interval hypoxic training was proposed as a technique for adapting hypoxia of various
origins. Its effects on the hypoxic ventilatory response and on cardiovascular autonomic …

Objectives Chronic obstructive pulmonary disease (COPD) is associated with cardiac
autonomic nervous system dysregulation. This study evaluates the effects of interval hypoxic …

Objective: Hypoxic exposure can be used as a therapeutic tool by inducing various
cardiovascular, neuromuscular, and metabolic adaptations. Hypoxic conditioning strategies …

Hyperoxia causes hemodynamic alterations. We hypothesized that cardiovascular and
autonomic control changes last beyond the end of hyperoxic period into normoxia. Ten …

Povea, Camilo; Laurent Schmitt; Julien Brugniaux; Gérard Nicolet; Jean-Paul Richalet; and
Jean-Pierre Fouillot. Effects of intermittent hypoxia on heart rate variability during rest and …

The aim of the present study was to elucidate (1) the cardiovascular adaptations and
response to hypoxic stimuli during short-term intermittent hypoxia and (2) whether the …

Interval hypoxic training (IHT) is a technique developed in the former Soviet Union, that
consists of repeated exposures to 5–7 minutes of steady or progressive hypoxia, interrupted …

Inhaled supranormal partial pressure of oxygen induces bradycardia and peripheral
vasoconstriction. The exact mechanism of the decreasing heart rate is not clear, but the …

The majority of the available works have studied distinct hypoxic responses of respiratory
and cardiovascular systems. This study examines how these systems interact while …

We determined the ventilatory, cardiovascular and cerebral tissue oxygen response to two
protocols of normobaric, isocapnic, intermittent hypoxia. Subjects (n= 18, male) were …