In order to prevent these deleterious effects on the lung, new concepts of mechanical ventilation target an open lung ventilation strategy involving protective ventilation modes with low tidal volumes, regular alveolar recruitments and maintenance of optimal positive end-expiratory pressure (PEEP).
Although ECMO support limited stress and strain with ultra-protective ventilation, the specific extent of lung rest strategy and the optimal mechanical ventilation settings targets during ECMO for severe ARDS patients remained uncertain [11 16].
The establishment of mechanical ventilation directly targets problems of the respiratory tract and provides sustainable ventilation, which may improve the survival of patients with COPD or degenerative neurological diseases more than those with other underlying causes such as septicaemia/shock, heart failure, cancer, or end-stage renal disease.
Introduction: To optimize mechanical ventilation different targets are used including tidal volume (TV), peak and mean airway pressure and PEEP.
After the isoflurane washout period we observed a reduction in sedative drug dosage in 10 patients while two patients were quickly weaned from mechanical ventilation and the target RASS raised to 0. In two patients isoflurane was precautionarily interrupted because of concomitant alteration of liver function and suspected seizures respectively.
Furthermore, in Tables 5, 6, 7, 8 and 9, the categorized end points are shown for mortality, ICU and hospital length of stay, infections, nutrition targets, mechanical ventilation, glucose control, renal replacement therapy, muscle wasting and fat loss.
The mode of mechanical ventilation and the oxygenation targets may influence the outcome for patients.
Furthermore, in Tables 5, 6, 7, 8 and 9, the categorized end points are shown for mortality, ICU and hospital length of stay, infections, nutrition targets, mechanical ventilation, glucose control, renal replacement therapy, muscle wasting and fat loss.
Arterial oxygenation is frequently used as an intervention target for mechanical ventilation.
As a consequence, the therapeutic target of mechanical ventilation in patients with ARDS has shifted from the maintenance of 'normal gas exchange' to the protection of the lung from ventilator-induced lung injury.
