Critically ill patients often present increased insulin resistance and stress-induced hyperglycemia. Tight glycemic control aims to reduce blood glucose (BG) levels and variability while ensuring safety from hypoglycemia. This paper presents the results of the second Belgian clinical trial using the customizable STAR framework in a target-to-range control approach. The main objective is reducing measurement frequency while maintaining performance and safety of the glycemic control
Stress-induced hyperglycemia is prevalent in critical care, even in patients with no history of diab...
Abstract: Tight glycemic control (TGC) has emerged as a major research focus in critical care due to...
In the intensive care units, hyperglycaemia among the critically ill is associated with poor outcome...
Background: Critically ill patients often present increased insulin resistance and stress-induced hy...
Critically ill patients often present stress-induced hyperglycemia and low insulin sensitivity. Rece...
Tight glycemic control (TGC) has shown benefits in ICU patients, but been difficult to achieve consi...
peer reviewedWhile the benefits of glycemic control for critically ill patients are increasingly dem...
Introduction Tight glycaemic control is an important issue in the management of intensive care unit ...
While the benefits of glycemic control for critically ill patients are increasingly demonstrated, th...
Critically ill patients are often hyperglycaemic and extremely diverse in their dynamics. Consequen...
Glycaemic control has been shown to improve outcome in critically ill patients, but hard to achieve ...
A new insulin and nutrition control method for tight glycaemic control in critical care is presente...
Tight glycaemic control emerged on the scene of critical care in 2001. Surprisingly, not many confir...
Stochastic TARgeted (STAR) is a model-based, adaptive and patient-specific accurate glycemic control...
While stress hyperglycaemia has traditionally been regarded as an adaptive, beneficial response, it ...
Stress-induced hyperglycemia is prevalent in critical care, even in patients with no history of diab...
Abstract: Tight glycemic control (TGC) has emerged as a major research focus in critical care due to...
In the intensive care units, hyperglycaemia among the critically ill is associated with poor outcome...
Background: Critically ill patients often present increased insulin resistance and stress-induced hy...
Critically ill patients often present stress-induced hyperglycemia and low insulin sensitivity. Rece...
Tight glycemic control (TGC) has shown benefits in ICU patients, but been difficult to achieve consi...
peer reviewedWhile the benefits of glycemic control for critically ill patients are increasingly dem...
Introduction Tight glycaemic control is an important issue in the management of intensive care unit ...
While the benefits of glycemic control for critically ill patients are increasingly demonstrated, th...
Critically ill patients are often hyperglycaemic and extremely diverse in their dynamics. Consequen...
Glycaemic control has been shown to improve outcome in critically ill patients, but hard to achieve ...
A new insulin and nutrition control method for tight glycaemic control in critical care is presente...
Tight glycaemic control emerged on the scene of critical care in 2001. Surprisingly, not many confir...
Stochastic TARgeted (STAR) is a model-based, adaptive and patient-specific accurate glycemic control...
While stress hyperglycaemia has traditionally been regarded as an adaptive, beneficial response, it ...
Stress-induced hyperglycemia is prevalent in critical care, even in patients with no history of diab...
Abstract: Tight glycemic control (TGC) has emerged as a major research focus in critical care due to...
In the intensive care units, hyperglycaemia among the critically ill is associated with poor outcome...