Assessment of volume and hydration status is far from easy and therefore technology such as bioelectrical impedance vector analysis (BIVA) may complement our examination techniques. This study highlights the fact that clinical assessment of volume balance and BIVA may correlate, but whether the routine use of BIVA will avoid significant volume overload in the critically ill remains unknown. Further studies are needed but at the moment appear a little way off
International audienceFluid management is a crucial issue in intensive-care medicine. This study eva...
Background: Studies have demonstrated a positive correlation between fluid overload (FO) and adverse...
The objective was to present our clinical experience with bioelectrical impedance vector analysis (B...
Assessment of volume and hydration status is far from easy and therefore technology such as bioelect...
The impact of a positive fluid balance on morbidity and mortality has been well established. However...
Although the importance of assessing hydration is well recognized, traditional laboratory methods an...
BACKGROUND: Adequacy of body fluid volume improves short- and long-term outcomes inpatients with hea...
Background: Clinical trials have shown a positive correlation between fluid overload and adverse out...
Hydration status assessment remains a challenge overall in sub- clinical hyper/dehydration status. ...
OBJECTIVE: To assess the relationship between central venous pressure values and bioelectrical imped...
In patients presenting to Emergency Department with Shortness of Breath a fast diagnosis distinguis...
PURPOSE OF REVIEW: Insight into body composition is of great value in the ICU. Bioelectric impedance...
Bioelectrical impedance analysis (BIA) is a promising tool to evaluate the body composition of criti...
Background: Bioelectrical impedance analysis (BIA) is a validated method to assess body composition ...
International audienceFluid management is a crucial issue in intensive-care medicine. This study eva...
Background: Studies have demonstrated a positive correlation between fluid overload (FO) and adverse...
The objective was to present our clinical experience with bioelectrical impedance vector analysis (B...
Assessment of volume and hydration status is far from easy and therefore technology such as bioelect...
The impact of a positive fluid balance on morbidity and mortality has been well established. However...
Although the importance of assessing hydration is well recognized, traditional laboratory methods an...
BACKGROUND: Adequacy of body fluid volume improves short- and long-term outcomes inpatients with hea...
Background: Clinical trials have shown a positive correlation between fluid overload and adverse out...
Hydration status assessment remains a challenge overall in sub- clinical hyper/dehydration status. ...
OBJECTIVE: To assess the relationship between central venous pressure values and bioelectrical imped...
In patients presenting to Emergency Department with Shortness of Breath a fast diagnosis distinguis...
PURPOSE OF REVIEW: Insight into body composition is of great value in the ICU. Bioelectric impedance...
Bioelectrical impedance analysis (BIA) is a promising tool to evaluate the body composition of criti...
Background: Bioelectrical impedance analysis (BIA) is a validated method to assess body composition ...
International audienceFluid management is a crucial issue in intensive-care medicine. This study eva...
Background: Studies have demonstrated a positive correlation between fluid overload (FO) and adverse...
The objective was to present our clinical experience with bioelectrical impedance vector analysis (B...