INTRODUCTION. Alveolar recruitment is commonly computed by measuring the difference in volume at a given pressure between different pressure-volume (P-V) curves. For this purpose the expired volume from positive end expiratory pressure (PEEP) to zero end expiratory pressure (ZEEP) (PEEP related lung volume) is used as reference of the P-V curves on the volume axis. This method assumes that the absolute lung volume at ZEEP does not change with PEEP or recruitment maneuvers, even in presence of recruitment. However, this assumption has been proved only in postcardiac-surgery patients1. We hypothesized that in ALI/ARDS patients part of the PEEP recruited lung remains open at ZEEP. Aim of the study was to investigate this assumption in ARDS pat...
It has been definitely confirmed that opening pressures are different throughout the acute respirato...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ ...
Objective: It is commonly assumed that lung volume at zero end-expiratory pressure (functional resid...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
PURPOSE: Lung volumes, especially functional residual capacity (FRC), are decreased in acute respira...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ b...
Both reduction in tidal volume (VT) and alveolar recruitment may be important to limit ventilator-as...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ b...
Both reduction in tidal volume (VT) and alveolar recruitment may be important to limit ventilator-as...
Objective: It is commonly assumed that lung volume at zero end-expiratory pressure (functional resid...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ ...
It has been definitely confirmed that opening pressures are different throughout the acute respirato...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ ...
Objective: It is commonly assumed that lung volume at zero end-expiratory pressure (functional resid...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
International audiencePurpose Lung volumes, especially functional residual capacity (FRC), are decre...
PURPOSE: Lung volumes, especially functional residual capacity (FRC), are decreased in acute respira...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ b...
Both reduction in tidal volume (VT) and alveolar recruitment may be important to limit ventilator-as...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ b...
Both reduction in tidal volume (VT) and alveolar recruitment may be important to limit ventilator-as...
Objective: It is commonly assumed that lung volume at zero end-expiratory pressure (functional resid...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ ...
It has been definitely confirmed that opening pressures are different throughout the acute respirato...
BACKGROUND: Alveolar recruitment in response to positive end-expiratory pressure (PEEP) may differ ...
Objective: It is commonly assumed that lung volume at zero end-expiratory pressure (functional resid...