Stress-induced hyperglycaemia may negatively impact outcomes in critically ill patients. Continuous glucose monitoring (CGM) devices measure blood glucose (BG) every 5 minutes and enable analysis of high frequency dynamics like glucose complexity. Two recent studies in critically ill patients used Detrended Fluctuation Analysis (DFA) to quantify glucose complexity and concluded increased complexity, indicating a more normal, healthy regulatory response, was associated with reduced mortality
Background: Emerging evidence indicates a relationship between glycemic variability during intensive...
Tight glycemic control (TGC) in critical care has shown distinct benefits but also been proven to be...
Background: Hyperglycaemia is associated with adverse outcomes in the intensive care unit, and initi...
Critically ill patients often exhibit abnormal glycaemia that can lead to severe complications and p...
Introduction: Critical illness results in physiological and metabolic changes that lead to dysglyca...
BACKGROUND: The use of near-continuous blood glucose (BG) monitoring has the potential to improve gl...
Critically ill patients are known to experience stress-induced hyperglycemia. Inhibiting the physiol...
BACKGROUND: Critically ill patients often experience high levels of insulin resistance and stress-in...
BACKGROUND: Critically ill patients often experience high levels of insulin resistance and stress-in...
© 2017, © 2017 Diabetes Technology Society. Background: Continuous glucose monitoring (CGM) technolo...
Acute hyperglycaemia has been associated with complications, prolonged intensive care unit and hospi...
While the discussion on the optimal blood glucose (BG) level target in critically ill patients is on...
Patients admitted to critical care often experience dysglycemia and high levels of insulin resistanc...
Critically ill patients are known to experience stress-induced hyperglycemia. Inhibiting the physiol...
Objective: Evaluation of the effects of tight glycemia control in critically ill patients should inc...
Background: Emerging evidence indicates a relationship between glycemic variability during intensive...
Tight glycemic control (TGC) in critical care has shown distinct benefits but also been proven to be...
Background: Hyperglycaemia is associated with adverse outcomes in the intensive care unit, and initi...
Critically ill patients often exhibit abnormal glycaemia that can lead to severe complications and p...
Introduction: Critical illness results in physiological and metabolic changes that lead to dysglyca...
BACKGROUND: The use of near-continuous blood glucose (BG) monitoring has the potential to improve gl...
Critically ill patients are known to experience stress-induced hyperglycemia. Inhibiting the physiol...
BACKGROUND: Critically ill patients often experience high levels of insulin resistance and stress-in...
BACKGROUND: Critically ill patients often experience high levels of insulin resistance and stress-in...
© 2017, © 2017 Diabetes Technology Society. Background: Continuous glucose monitoring (CGM) technolo...
Acute hyperglycaemia has been associated with complications, prolonged intensive care unit and hospi...
While the discussion on the optimal blood glucose (BG) level target in critically ill patients is on...
Patients admitted to critical care often experience dysglycemia and high levels of insulin resistanc...
Critically ill patients are known to experience stress-induced hyperglycemia. Inhibiting the physiol...
Objective: Evaluation of the effects of tight glycemia control in critically ill patients should inc...
Background: Emerging evidence indicates a relationship between glycemic variability during intensive...
Tight glycemic control (TGC) in critical care has shown distinct benefits but also been proven to be...
Background: Hyperglycaemia is associated with adverse outcomes in the intensive care unit, and initi...