Echocardiography is ideally suited to guide fluid resuscitation in critically ill patients. It can be used to assess fluid responsiveness by looking at the left ventricle, aortic outflow, inferior vena cava and right ventricle. Static measurements and dynamic variables based on heart–lung interactions all combine to predict and measure fluid responsiveness and assess response to intravenous fluid esuscitation. Thorough knowledge of these variables, the physiology behind them and the pitfalls in their use allows the echocardiographer to confidently assess these patients and in combination with clinical judgement manage them appropriately
Intravenous fluid administration is often used in critical care with the goal of improving haemodyna...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...
Background: In critically ill patients at risk for organ failure, the administratio...
Optimization of the preloading conditions and concomitant determination of endpoints of fluid admini...
Introduction. We systematically evaluated the use of transthoracic echocardiography in the assessmen...
Methods for prediction of fluid responsiveness are needed during shock resuscitation. Fluid therapy ...
ABSTRACT Background: Dynamic parameters have recently replaced static measures which failed to accu...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
Resuscitation with intravenous fluid can restore intravascular volume and improve stroke volume. How...
Resuscitation with intravenous fluid can restore intravascular volume and improve stroke volume. How...
Abstract Background In mechanically ventilated patients, an increase in cardiac index during an end-...
Intravenous fluid administration is often used in critical care with the goal of improving haemodyna...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...
Background: In critically ill patients at risk for organ failure, the administratio...
Optimization of the preloading conditions and concomitant determination of endpoints of fluid admini...
Introduction. We systematically evaluated the use of transthoracic echocardiography in the assessmen...
Methods for prediction of fluid responsiveness are needed during shock resuscitation. Fluid therapy ...
ABSTRACT Background: Dynamic parameters have recently replaced static measures which failed to accu...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
International audienceRationale: Assessment of fluid responsiveness relies on dynamic echocardiograp...
Resuscitation with intravenous fluid can restore intravascular volume and improve stroke volume. How...
Resuscitation with intravenous fluid can restore intravascular volume and improve stroke volume. How...
Abstract Background In mechanically ventilated patients, an increase in cardiac index during an end-...
Intravenous fluid administration is often used in critical care with the goal of improving haemodyna...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...
IMPORTANCE Fluid overload occurring as a consequence of overly aggressive fluid resuscitation may ad...