Sentence examples for ventilatory work from inspiring English sources

The external intercostal muscle is a relevant contributor to ventilatory work in situations of overloading.

As a result, these athletes tend to struggle more with workouts and may train at lower workloads in an effort to avoid large amounts of ventilatory work.

Additionally, increasing ventilatory work in hypoxia may actually be negative for performance, if dyspnoea increases or muscle blood flow is reduced secondary to an increased sympathetic outflow (eg, the muscle metaboreflex response).

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.

Similarly, although non-flow limited athletes have mechanical room to increase exercise ventilation to defend PO2 and SaO2 in hypoxia, they may modulate work output (eg, in a self-paced performance trial) to avoid higher levels of ventilatory work and dyspnoea.

Rather, stressing the respiratory system with sternal loads may cause increased ventilatory muscle work to effect rib and sternal movements.

Abbreviations: HOMA Homeostasis Model Assessment, BMI Body Mass Index, VO2peak Maximum oxygen uptake, % VO2 Maximum oxygen uptake in percentage compared to normal values, Work Maximum work, AT Anaerobic threshold, VE max Ventilation at maximum exercise, VCO2 carbon dioxide production, VO2/Work Oxygen uptake-Work rate relationship, VE/VCO2 Ventilatory equivalent for carbon dioxide.

We performed a study in 13 severe intubated COPD patients at the end of the weaning process, measuring ventilatory variables and work of breathing just before extubation during two periods of air-oxygen and helium-oxygen [25].

Inspiratory unloading decreases ventilatory drive and work of breathing in patients undergoing mechanical ventilation.

We performed a study in 13 severe intubated COPD patients at the end of the weaning process, measuring ventilatory variables and work of breathing just before extubation during two periods of air-oxygen and helium-oxygen [ 25].

Because rigorous limitation of pulmonary vascular pressures significantly attenuated the damage in lungs exposed to a fixed ventilatory pattern, the work outlined above suggests that elevations in pulmonary vascular pressure arising from interactions between lung volume, pulmonary vascular resistance, and pulmonary vascular flow could worsen ventilator-associated lung injury.