Canadian journal of anaesthesia = Journal canadien d'anesthésie
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Comparative Study
Comparison of distal oesophageal temperature with "deep" and tracheal temperatures.
To compare distal oesophageal (reference) temperature with "deep-sternal," "deep-forehead," and tracheal temperatures, establishing the accuracy and precision of each. ⋯ Our data suggest that tracheal temperatures may not be an adequate substitute for conventional core-temperature monitoring sites. In contrast, the accuracy and precision of deep-tissue temperature monitoring at the sternum and forehead was sufficient for clinical use.
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Although cricoid pressure (CP) is a superficially simple and appropriate mechanical method to protect the patient from regurgitation and gastric insufflation, in practice it is a complex manoeuvre which is difficult to perform optimally. The purpose of this review is to examine and evaluate studies on the application of (CP). It deals with anatomical and physiological considerations, techniques employed, safety and efficacy issues and the impact of CP on airway management with special mention of the laryngeal mask airway. SOURCE OF MATERIAL: Three medical databases (48 Hours, Medline, and Reference Manager Update) were searched for citations containing key words, subject headings and text entries on CP to October 1996. ⋯ If CP is to remain standard practice during induction of anaesthesia, it must be shown to be safe and effective. Meanwhile, further understanding of its advantages and limitations, improved training in its use, and guidelines on optimal force and method of application should lead to better patient care.
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Comparative Study
An analysis of review articles published in four anaesthesia journals.
To see if the authors of review articles in anaesthesia journals are making use of systematic methods in their preparation. ⋯ There is little evidence that reviews currently accepted for publication in anaesthesia journals have been prepared systematically.
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Randomized Controlled Trial Comparative Study Clinical Trial Retracted Publication
Train-of-four and double burst stimulation fade at the great toe and thumb.
We compared probabilities of tactile detection of fade in response to train-of-four (TOF), double burst stimulation3.3 (DBS3.3), and DBS3.2 at the great toe with those at the thumb. ⋯ This study suggests that the probability of tactile detection of fade in response to TOF, DBS3.3, or DBS3.2 at the great toe is less than that at the thumb. The present results may be because the flexor hallucis brevis muscle is more resistant to non-depolarizing neuromuscular relaxant than the adductor pollicis muscle and that the ratio of fade in response to neurostimulation at the great toe is higher than at the thumb.