Add to ORKGAutonomic nervous system’s role as a “life-sustaining†system is well known. However, the anatomically and functionally complexity of ANS, makes difficult its monitoring in perioperative setting. Various methods have been proposed for measuring its activity. The current review focuses on selected tools- electrodermal activity, pupilometry, heart rate variability, surgical skin index and salivatory-a amylase- and their application in the field of anesthesia, intensive care and emergency medicine
Anesthesia-induced altered arousal depends on drugs having their effect in specific brain regions. T...
BACKGROUND: Autonomic dysfunction promotes organ injury after major surgery through numerous patholo...
BACKGROUND: Surgical stress affects the autonomic nervous system by increasing sympathetic outflow....
Heart rate variability (HRV) provides an excellent proxy for monitoring of autonomic function, but t...
The chapter is devoted to the control and management of the autonomic nervous system during general ...
Background and objectives: The autonomic nervous system (ANS) regulates involuntary body functions a...
International audienceThe aim of this article is to give an overview of recent developments in the f...
Sixty thousand patients receive general anesthesia each day in the US alone. The problem of monitori...
Maintaining brain function and integrity is a pivotal part of anesthesiological practice. The presen...
About 70 million people worldwide are affected by dysfunction of the autonomic nervous system (ANS)....
Noxious stimulation influences the autonomic nervous system activity. Sympathetic tone monitoring is...
nervous system and outline the principal aspects of the importance of autonomic dysfunction for the ...
Background: Autonomic dysfunction (AD) is infrequently evaluated preoperatively despite having profo...
Introduction and objective. As the autonomic nervous system (ANS) dysfunction is present in course o...
Perioperative hemodynamic monitoring is an essential part of anesthetic care. In this review, we aim...
Anesthesia-induced altered arousal depends on drugs having their effect in specific brain regions. T...
BACKGROUND: Autonomic dysfunction promotes organ injury after major surgery through numerous patholo...
BACKGROUND: Surgical stress affects the autonomic nervous system by increasing sympathetic outflow....
Heart rate variability (HRV) provides an excellent proxy for monitoring of autonomic function, but t...
The chapter is devoted to the control and management of the autonomic nervous system during general ...
Background and objectives: The autonomic nervous system (ANS) regulates involuntary body functions a...
International audienceThe aim of this article is to give an overview of recent developments in the f...
Sixty thousand patients receive general anesthesia each day in the US alone. The problem of monitori...
Maintaining brain function and integrity is a pivotal part of anesthesiological practice. The presen...
About 70 million people worldwide are affected by dysfunction of the autonomic nervous system (ANS)....
Noxious stimulation influences the autonomic nervous system activity. Sympathetic tone monitoring is...
nervous system and outline the principal aspects of the importance of autonomic dysfunction for the ...
Background: Autonomic dysfunction (AD) is infrequently evaluated preoperatively despite having profo...
Introduction and objective. As the autonomic nervous system (ANS) dysfunction is present in course o...
Perioperative hemodynamic monitoring is an essential part of anesthetic care. In this review, we aim...
Anesthesia-induced altered arousal depends on drugs having their effect in specific brain regions. T...
BACKGROUND: Autonomic dysfunction promotes organ injury after major surgery through numerous patholo...
BACKGROUND: Surgical stress affects the autonomic nervous system by increasing sympathetic outflow....