Add to ORKGCritically ill patients show a variety of hormonal changes that appear to differ considerably in acute and prolonged critical illness. Whether these endocrine alterations serve as physiological adaptation or contribute to further deterioration remains an intriguing question. We review the recent literature and discuss whether measuring circulating hormone concentrations, performing stimulation tests, and intervening with hormone substitution could contribute to the recovery of critically ill patients
Striking alterations in the hypothalamic-anterior pituitary-peripheral hormone axes hallmark the sta...
Endocrine emergencies pose unique challenges for the attending intensivist while managing critically...
The metabolic changes occurring after injury and in sepsis are still, more than 60 years after their...
Critically ill patients show a variety of hormonal changes that appear to differ considerably in acu...
Critically ill patients show a variety of hormonal changes that appear to differ considerably in acu...
CONTEXT. Critical illness, an extreme form of severe physical stress, is characterized by important ...
Abstract: With sophisticated mechanical devices and monitoring systems, mortality and morbidity in t...
The homeostatic corrections that have emerged in the course of human evolution to cope with catastro...
Introduction: The normal circadian rhythm of hormones in critical patients becomes chaotic causing s...
AbstractTo clarify which endocrine modifications can be observed in acute hypoxaemic respiratory fai...
The hypothalamic-pituitary-adrenal response to stress is a dynamic process. The homeostatic correcti...
The state of critically ill patients suffering from polytrauma or sepsis is characterised by pathoph...
Acute and prolonged critical illness are different metabolic and neuroendocrine paradigms and should...
Sepsis induces profound neuroendocrine and metabolic alterations. During the acute phase, the neuroe...
Purpose: Endocrine and metabolic changes, which may affect the prognosis and outcome, can occur in c...
Striking alterations in the hypothalamic-anterior pituitary-peripheral hormone axes hallmark the sta...
Endocrine emergencies pose unique challenges for the attending intensivist while managing critically...
The metabolic changes occurring after injury and in sepsis are still, more than 60 years after their...
Critically ill patients show a variety of hormonal changes that appear to differ considerably in acu...
Critically ill patients show a variety of hormonal changes that appear to differ considerably in acu...
CONTEXT. Critical illness, an extreme form of severe physical stress, is characterized by important ...
Abstract: With sophisticated mechanical devices and monitoring systems, mortality and morbidity in t...
The homeostatic corrections that have emerged in the course of human evolution to cope with catastro...
Introduction: The normal circadian rhythm of hormones in critical patients becomes chaotic causing s...
AbstractTo clarify which endocrine modifications can be observed in acute hypoxaemic respiratory fai...
The hypothalamic-pituitary-adrenal response to stress is a dynamic process. The homeostatic correcti...
The state of critically ill patients suffering from polytrauma or sepsis is characterised by pathoph...
Acute and prolonged critical illness are different metabolic and neuroendocrine paradigms and should...
Sepsis induces profound neuroendocrine and metabolic alterations. During the acute phase, the neuroe...
Purpose: Endocrine and metabolic changes, which may affect the prognosis and outcome, can occur in c...
Striking alterations in the hypothalamic-anterior pituitary-peripheral hormone axes hallmark the sta...
Endocrine emergencies pose unique challenges for the attending intensivist while managing critically...
The metabolic changes occurring after injury and in sepsis are still, more than 60 years after their...