Sentence examples for level of ventilatory from inspiring English sources

She developed acute respiratory distress syndrome, and ventilation became difficult despite high level of ventilatory support and prone position.

If reliable, PVBC could help to quantify and standardize the adjustment of the level of ventilatory assistance and reduce the risks of excessive ventilatory assistance in patients.

Other investigations indicated that the degree of respiratory muscle rest on SIMV is not proportional to the level of ventilatory support [ 53, 54].

Using this to adjust ventilator parameters (detailed above), we could keep the level of ventilatory support (Pmean) comparable between SB group and CV group of rabbits in our study.

Increasing the level of ventilatory assist with standard modes may expose the patient to potentially dangerous levels of volume and pressure, and to uncoupling between the patient's neural output and ventilator assistance.

Clinical recovery was defined as return to prior clinical status including resolution of lethargy and temperature instability, extubation if previously non-ventilated, or return to previous level of ventilatory support, the end of inotropic support, and the same average daily number and quality of apneic spells as before the onset of sepsis.

Variable levels of inspiratory muscle effort were achieved by delivery of different levels of ventilatory assistance by random application of pressure support (0, 5 and 15 cmH2O).

These patients tend to require high levels of ventilatory and hemodynamic support, and are dependent on endotracheal tubes and monitoring cannulae, as well as on intravenous inotropic infusions.

These trials have traditionally been performed while the patient receives varying levels of ventilatory support, including, in recent studies, continuous positive airway pressure (CPAP) [ 2], a T-tube circuit [ 3] or low-level pressure support ventilation (PSV) [ 4].

We found that there was a marked PaO2/FiO2 variability within the first 24 h of ARDS diagnosis since patients could have the same range of PaO2/FiO2 but calculated under different levels of ventilatory support.

We believe that the flow limited athletes may simply be accustomed to higher levels of ventilatory work which maximises their available mechanical room for ventilation, and thus were not as affected by a hypoxic stimulus (from a ventilatory standpoint) during a maximal effort performance trial.