In acute respiratory distress syndrome (ARDS), gas exchange and respiratory system mechanics (compliance) are severely impaired. Besides ventilatory parameters, the degree of respiratory abnormality can be influenced by the circulatory state. This study investigated the influence of acute hypovolemia on the respiratory system
Shunt-induced hypoxemia i s considered the primary pathophysiological abnormality and main diagnosti...
INTRODUCTION: Atelectasis is a common finding in acute lung injury, leading to increased shunt and h...
Background Acute respiratory distress syndrome (ARDS) can have various causes. The study objective w...
In acute respiratory distress syndrome (ARDS), gas exchange and respiratory system mechanics (compli...
A reproducible model utilizing the young pig for the study of the pulmonary effects of severe acute ...
Background. The functional haemodynamic variables pulse pressure variation (PPV), stroke volume vari...
BACKGROUND: Sensitivity and specificity of respiratory change in pulse pressure (DeltaPP) to predict...
BACKGROUND: Untreated hypovolemia results in impaired outcome. This study tests our hypothesis wheth...
BACKGROUND: Mechanical ventilation (MV), compared to spontaneous breathing (SB), has been found to i...
Abstract PURPOSE: To determine reciprocal and synergistic effects of acute intracranial hypertension...
BACKGROUND In moderate acute respiratory distress syndrome (ARDS) several studies support the usage ...
) and intrapulmonary shunt have both been suggested to correlate with atelectasis, studies yielded i...
Clinically, hemodilution to a hematocrit of 9% has been studied, but the effects of hypovolemia duri...
Background: Patient–ventilator asynchrony during mechanical ventilation may exacerbate lung and diap...
Standardized intra-abdominal hemorrhage was induced in 7 anesthetized pigs. The resulting hypovolemi...
Shunt-induced hypoxemia i s considered the primary pathophysiological abnormality and main diagnosti...
INTRODUCTION: Atelectasis is a common finding in acute lung injury, leading to increased shunt and h...
Background Acute respiratory distress syndrome (ARDS) can have various causes. The study objective w...
In acute respiratory distress syndrome (ARDS), gas exchange and respiratory system mechanics (compli...
A reproducible model utilizing the young pig for the study of the pulmonary effects of severe acute ...
Background. The functional haemodynamic variables pulse pressure variation (PPV), stroke volume vari...
BACKGROUND: Sensitivity and specificity of respiratory change in pulse pressure (DeltaPP) to predict...
BACKGROUND: Untreated hypovolemia results in impaired outcome. This study tests our hypothesis wheth...
BACKGROUND: Mechanical ventilation (MV), compared to spontaneous breathing (SB), has been found to i...
Abstract PURPOSE: To determine reciprocal and synergistic effects of acute intracranial hypertension...
BACKGROUND In moderate acute respiratory distress syndrome (ARDS) several studies support the usage ...
) and intrapulmonary shunt have both been suggested to correlate with atelectasis, studies yielded i...
Clinically, hemodilution to a hematocrit of 9% has been studied, but the effects of hypovolemia duri...
Background: Patient–ventilator asynchrony during mechanical ventilation may exacerbate lung and diap...
Standardized intra-abdominal hemorrhage was induced in 7 anesthetized pigs. The resulting hypovolemi...
Shunt-induced hypoxemia i s considered the primary pathophysiological abnormality and main diagnosti...
INTRODUCTION: Atelectasis is a common finding in acute lung injury, leading to increased shunt and h...
Background Acute respiratory distress syndrome (ARDS) can have various causes. The study objective w...