Suggestions(2)
Exact(6)
A reduction in tidal volume from 6 to 4 mL/kg was feasible with a decrease in the instrumental dead space and an increase in the respiratory rate.
Both a reduction in tidal volume and alveolar recruitment may be necessary to prevent ventilator-induced lung injury in the management of patients with acute respiratory distress syndrome.
There is accumulating evidence that VV-ECCO2R can effectively reduce PaCO2 in patients with ARDS and that VV-ECCO2R facilitates a lung-protective ventilation strategy by allowing a reduction in tidal volume and inspiratory airway pressures [ 32, 41].
There is currently a trend towards a reduction in tidal volume, not only in ICU patients with acute lung injury, but also in patients with healthy lungs undergoing surgery.
Clinicians should use as a starting point a reduction in tidal volumes over 1 2 hours to a low tidal volume (6 mL/kg predicted body weight) as a goal, in conjunction with the goal of maintaining end-inspiratory pressures <30 cm H2O.
In a rat model of acid-induced lung injury, Frank and colleagues showed that lung endothelial and epithelial injury were minimized by a reduction in tidal volume to 3 ml/kg compared with 6 or 12 ml/kg [ 17], suggesting that even a 6 ml/kg tidal volume might be injurious in some patients.
Similar(54)
However, a trend assessment based on tidal observations found a reduction in extreme tidal levels.
One trial [42] was designed to compare a computer-based versus paper-based implementation of the same PVL protocol, and the investigators observed a reduction in both tidal volumes and airway pressures in the experimental group.
These strategies invariably involve a reduction in the tidal volume and/or transalveolar pressure, which generally leads to an elevation in arterial carbon dioxide tension (PaCO2), an approach that has been termed 'permissive hypercapnia'.
We have noted a continued reduction in pressures and volumes over a several year period with a distinct reduction in tidal volumes and pressures seen from 2007 to 2008 [ 11].
Initiation of iLA resulted in a marked removal in arterial carbon dioxide allowing a rapid reduction in tidal volume (≤ 6 ml/kg) and inspiratory plateau pressure.
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