Sentence examples for a decrease in ventilatory from inspiring English sources

Because reducing ventilation frequency decreases the number of stress cycles, our work would suggest that a reduction in minute ventilation effected either by a decrease in tidal volume or by a decrease in ventilatory frequency might have a salutary effect in reducing the tendency toward VILI.

The chemosensitivity of the brain's respiratory centre is reduced amongst sleep-deprived patients, with White et al. [29] reporting a decrease in intrinsic ventilatory response to hypoxic and hypercapnic states.

The chemosensitivity of the brain's respiratory centre is reduced amongst sleep-deprived patients, with White et al. [ 29] reporting a decrease in intrinsic ventilatory response to hypoxic and hypercapnic states.

The decrease in ventilatory drive associated with PSV takes place from the first breath onwards, but requires 6 to 8 breaths to be fully achieved.

The sustained increase in NIV use allowed a decrease in empiric antibiotic prescriptions in AECOPD requiring ventilatory support.

After baseline measurements were performed under normoventilation, the ventilatory rate was increased to result in a decrease in ETCO2 of 1.33 kPa (according to 10 mmHg).

HS-mediated thermoprotection of the ventilatory CPG results in an increase in the failure temperature and a decrease in the time taken to recover, and can be mimicked by octopamine acting through a cAMP signaling pathway [17].

The strong ventilatory drive at high partial pressure of CO2 could be the consequence of a decrease in TASK-2 channel activity that might be mediated by the recently uncovered intracellular pH-sensitivity of TASK-2 [18].

Several experimental and clinical studies have shown that when ventilatory parameters are adjusted to a non-injurious SI (0.95 to 1.05) [ 7] there is a decrease in lung inflammation and lung injury [ 6- 8].

The main objective of the present study was to demonstrate a decrease in the total number of patient-ventilator asynchronies in invasively ventilated patients for whom difficulty in weaning is expected by comparing neurally adjusted ventilatory assist (NAVA) and pressure support ventilation (PSV) ventilatory modes.

There were an obstructive ventilatory disorder defined by a FEV1/VC < 0.7 in 5 patients (11%) with 5 patients (13%) exhibiting a mMRC ≥ 1, a restrictive ventilatory disorder defined by a TLC < 80% in 5 patients (13%) with 5 patients (16%) exhibiting a mMRC ≥ 1, and a decrease in alveolar diffusion defined by DLCO < 70% in 10 patients (26%) with 9 patients (28%) exhibiting a mMRC ≥ 1.