Propofol (ICI 35 868) is a rapidly acting i.v. anaesthetic, the clinical use of which was first described by Kay and Roily (1977). Once it became evident that, in its original Cremophor EL-formulation, the drug was associated with the risk of hypersensitivity reactions (Briggs, Clark and Watkins, 1982), it was reformulated in a soya bean emulsion. Studies with this new emulsion formulation indicated that the haemodynamic effects were similar to those observed in association with the original Cremophor formulation (Glen and Hunter, 1984). In patients without heart disease, propofol has been shown to produce significant decreases in systolic, diastolic and mean arteria
Editors ’ key points † Findings indicate a potential indirect pharmacodynamic response for propofol ...
In its original formulation in Cremophor EL, 2,6-diisopropylphenol proved suitable for use as a cont...
The deleterious effects of anesthetic agents in patients suffering from coronary artery disease are ...
Although propofol is commonly used for general anesthesia, its direct effects on left ventricular (L...
Induction of anaesthesia with propofol is ac-companied by a decrease in arterial pressure in associa...
UnlabelledLinking physiological pharmacokinetic models to models of the cardiovascular system requir...
Although the efficacy of propofol—as an induction agent—has been studied in patients with coronary a...
Summary: The haemodynamic effects of propofol, given as a single dose of 2 mg kg-1 immediately follo...
Copyright © 1998 by International Anesthesia Research SocietyUnlabelledThe influence of the bolus in...
WOS: A1995TG82700018PubMed ID: 8607314In this study the effect of propofol on isolated bovine corona...
Assis et al Propafenone associated with propofol on myocardial contractility, heart rate, coronary f...
The isometric contractions of isolated rat myocardiums to propofol were compared with those to thio...
This study aimed to evaluate the effects of propofol in diluted and undiluted formulations on cardia...
BACKGROUND: The adverse haemodynamic effects of the intravenous anaesthetic propofol are well known,...
Propofol is a lypophilic protective agent. That is used in today's cardiovascular surgery. It is kno...
Editors ’ key points † Findings indicate a potential indirect pharmacodynamic response for propofol ...
In its original formulation in Cremophor EL, 2,6-diisopropylphenol proved suitable for use as a cont...
The deleterious effects of anesthetic agents in patients suffering from coronary artery disease are ...
Although propofol is commonly used for general anesthesia, its direct effects on left ventricular (L...
Induction of anaesthesia with propofol is ac-companied by a decrease in arterial pressure in associa...
UnlabelledLinking physiological pharmacokinetic models to models of the cardiovascular system requir...
Although the efficacy of propofol—as an induction agent—has been studied in patients with coronary a...
Summary: The haemodynamic effects of propofol, given as a single dose of 2 mg kg-1 immediately follo...
Copyright © 1998 by International Anesthesia Research SocietyUnlabelledThe influence of the bolus in...
WOS: A1995TG82700018PubMed ID: 8607314In this study the effect of propofol on isolated bovine corona...
Assis et al Propafenone associated with propofol on myocardial contractility, heart rate, coronary f...
The isometric contractions of isolated rat myocardiums to propofol were compared with those to thio...
This study aimed to evaluate the effects of propofol in diluted and undiluted formulations on cardia...
BACKGROUND: The adverse haemodynamic effects of the intravenous anaesthetic propofol are well known,...
Propofol is a lypophilic protective agent. That is used in today's cardiovascular surgery. It is kno...
Editors ’ key points † Findings indicate a potential indirect pharmacodynamic response for propofol ...
In its original formulation in Cremophor EL, 2,6-diisopropylphenol proved suitable for use as a cont...
The deleterious effects of anesthetic agents in patients suffering from coronary artery disease are ...