Sentence examples for ventilation experience from inspiring English sources

Patients with severe pneumonia and ARDS requiring mechanical ventilation experience high rates of ICU mortality or disability, even if they were quite healthy before.

Survivors of prolonged critical illness (requiring ≥ 14 days ventilation) experience the highest prevalence and severest forms of critical illness-related morbidity.

Patients undergoing mechanical ventilation experience significant stress superimposed on their acute medical problem, ranging from anxiety about their surroundings and condition to distress with potential pain from necessary nursing care and procedures.

Third, the fact that a significant proportion of survivors of prolonged mechanical ventilation experience a long-term decrease in quality of life may be particularly important in the informed consent process and end-of life discussions in patients with respiratory failure who are at high risk for death or prolonged mechanical ventilation.

Patients ventilated with pressure support ventilation experienced a range of driving pressures similar to those observed in other studies [ 13].

In addition, rate of respiratory deterioration in the hours following BAL is substantial, one-third of patients without invasive mechanical ventilation experiencing significant respiratory worsening [57, 64].

Results: On an average after one week of treatment, patients with confirmed H1 N1 pneumonia related moderate to severe ARDS, who required non invasive or invasive ventilation experienced a significant improvement in lung injury score.

Even in the absence of IAH, a healthy patient requiring mechanical ventilation will experience some degree of FRC reduction due to atelectasis [ 24].

The rationale is shown in Figure 2. By substantially increasing the inspired oxygen concentration and partial pressure, it is believed that even areas of low V ˙ / Q ˙ that have low levels of ventilation will experience a sufficient increase in alveolar oxygen partial pressure (> 100 mm Hg) to fully oxygenate the blood in the adjacent pulmonary capillaries.

Transportation of critically ill patients requiring mechanical ventilation requires clinical experience, an efficient device, and careful determination of gases [ 1] and/or electrical resources [ 2].

Therefore, to develop a more comprehensive understanding of this problem, the study had two aims: to compare patients' self-reported scores of breathlessness obtained during mechanical ventilation (MV) with experiences of breathlessness later recalled by patients and: to explore the lived experience of breathing during and after MV.