Sentence examples for mechanical ventilation resulting from inspiring English sources

This can be induced experimentally via passive nasal mechanical ventilation resulting in hypocapnia of varied degrees.

However, this technique requires prolonged time on mechanical ventilation, resulting in secondary pulmonary infections and subsequently high mortality rates of 10 36% [ 1– 3].

This result could be explained by the fact that airway pressure is usually higher in assist-control compared with pressure-control mechanical ventilation, resulting in higher cuff pressure.

The overall increase in neonates receiving CPAP was offset by a small decrease in rate of mechanical ventilation, resulting in a significant increase in total number of infants receiving ventilatory support (CPAP or mechanical ventilation).

Mechanical ventilation resulted in increased levels of pulmonary neutrophils (Figure 3).

Similar to the results described above, 4 h of mechanical ventilation resulted in increased IL-1β and KC concentrations in lung homogenates in all groups.

Mechanical ventilation resulted in increased pulmonary concentrations of IL-1β and KC and increased pulmonary neutrophil influx compared with non-ventilated mice.

Mechanical ventilation resulted in the increase of total cell count in the BALF (Figure 1A), and significant neutrophil recruitment to the alveoli (Figure 1B).

Mechanical ventilation resulted in lung tissue injury marked by alveolar-septal thickening and neutophil granulocyte infiltration to the parenchyma (Figure 3).

High tidal volume mechanical ventilation resulted in significant phosphorylation of p38 MAP kinase, MK2, HSP25, actin polymerization, and an increase in pulmonary vascular permeability in wild type mice as compared to spontaneous breathing or low tidal volume mechanical ventilation.

Our results show that mechanical ventilation resulted in increased alveolo-capillary permeability and subsequent pulmonary edema formation in mkk3−/− mice, whereas jnk1−/− mice were relatively resistant to alveolar fluid accumulation when compared to wild-type mice.