General anesthetics threaten cardiovascular stability by causing changes in cardiac
function, vascular reactivity, and cardiovascular reflexes and significantly alter distribution of …

General anesthetics cause hemodynamic instability and alter blood flow to various organs.
There is mounting evidence that most general anesthetics, at clinical concentrations …

Although the utility and benefits of anesthesia and analgesia are irrefutable, their practice is
not void of risks. Almost all drugs that produce anesthesia endanger cardiovascular stability …

The Impact of Four Different Classes of Anesthetics on the Mechanisms of Blood Pressure
Regulation in Normotensive and Spontaneo Page 1 PHYSIOLOGICAL RESEARCH • ISSN …

Microcirculatory alterations are frequently observed in critically ill patients undergoing major
surgery and those who suffer from trauma or sepsis. Despite the need for adequate fluid …

Background Isoflurane inhibits baroreflex control of heart rate (HR) by poorly understood
mechanisms. The authors examined whether suprapontine central nervous system …

This chapter reviews the anatomy and physiology of the cardiovascular system of mammals
and describes or summarizes the general effects of anesthesia and anesthetic drugs when …

Background Isoflurane has been shown to directly inhibit vascular reactivity. However, less
information is available regarding its underlying mechanisms in systemic resistance arteries …

Objective—To determine the effects of rapid small-volume fluid administration on arterial
blood pressure measurements and associated hemodynamic variables in isoflurane …

High‐field MRI scanners are, in principle, well suited for mouse studies; however, many high‐
field magnets employ a vertical design that may influence the physiological state of the …