Titlebook: Inhalation Anaesthesia Today and Tomorrow; K. Peter,F. Jesch Book 1982 Springer-Verlag Berlin Heidelberg 1982 Anaesthesia.Inhalation.Inhal

Paradox

Aspects of Possible Health Hazards from Traces of Waste Anaesthetic Vapours and Gases,, and nitrous oxide [1,2,3]. Can an atmosphere polluted by these agents cause acute or chronic illness in operating-room personnel? In my opinion this question cannot be answered with certainty, though epidemiological surveys [4–13] have suggested that persons working in operating-rooms experience a

fleeting

The Kinetics of the Uptake and Elimination of Halothane and Enflurane,the corresponding clinical experimental investigations is based upon measurements of the inspiratory and/or end-expiratory concentration of the anaesthetic in question [8, 14,23, 29, 31, 33], and upon determinations of the solubility of the individual inhalation anaesthetics in the various body flui

FLACK

Molecular Basis for Unitary Theories of Inhalation Anaesthesia,a. A unitary mechanism is a general mechanism by which any of the many forms of inhalation anaesthetic may alter many of the functions of the nervous system. The wide variety of molecular shapes and sizes of anaesthetics that produce general anaesthesia at equimolar membrane concentrations, and the

施加

后退

Abrade

彎彎曲曲

Influence of Inhalation Anaesthetics on the Autonomic Nervous System,l investigations of the influence of inhalation anaesthetics on autonomic nervous activity deal with the effects of these drugs on the sympatho-adrenal system, and on the baroreceptors which are the sensory organs for the afferent limb of baroreceptor reflexes. This predominant interest in the sympa

結(jié)束

Interactions of Cardiovascular Drugs with Inhalational Anaesthetics,iring anaesthesia are therefore treated with antihypertensive or anti-anginal medication. The possibility of interactions between cardiovascular drugs and inhalational anaesthetics must, therefore, be envisaged. Three main categories of drugs will be discussed in this review. Firstly, the antihypert

小平面

Microcirculatory Effects of Halothane and Enflurane,f depth of anaesthesia, prompt recovery without sequelae, and a low incidence of side-effects are the main advantages of these drugs. While changes of central haemodynamics are well established, little information is available on how halothane and enflurane affect the microhaemodynamics, as well as

Prophylaxis

Distribution of EEG Frequency Bands as Revealed by Factor Analysis During Anaesthesia with Halothan has not been realized for human purposes, but it has been a starting point for many investigations [2–7,11,12,15, 17–33] of the relationship between anaesthesia — especially the depth of anaesthesia — and its concomitant electroencephalographic patterns.