Der Anaesthesist
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Volume substitution represents an essential component of intensive care medicine. The amount of fluid administered, the composition and the timing of volume replacement seem to affect the morbidity and mortality of critically ill patients. Although restrictive volume strategies bear the risk of tissue hypoperfusion and tissue hypoxia in hemodynamically unstable patients liberal strategies favour the development of avoidable hypervolemia with edema and resultant organ dysfunction. ⋯ As the efficiency of volume resuscitation for correction of tissue hypoxia is time-dependent, preload optimization should be completed in the very first hours. Whether colloids or crystalloids are more suitable for this purpose is still controversially discussed. Nevertheless, a temporally limited use of colloids during the initial stage of tissue hypoperfusion appears to represent a strategy which uses the greater volume effect during hypovolemia while minimizing the risks for adverse reactions.
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In the interest of patients evidence-based healthcare should be provided and is increasingly being demanded worldwide. In the daily medical practice however, healthcare based on proven scientific findings has not yet become firmly established. There are several causes for this. ⋯ It will make the reader aware of potential problems during this process and show some feasible approaches to solving them. Wherever possible, the field of anesthesiology will be used as the reference point. Evidence-based information sources will be presented and advice on how to use them will be given.
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Retraction Of Publication
[Erratum to: Propofol administration systems. Handling, hemodynamics and propofol consumption].
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Review Meta Analysis Comparative Study
[Prophylaxis of nausea and vomiting in the postoperative phase: relative effectiveness of droperidol and metoclopramide].
The aim of the present study was to conduct a meta-analysis of the results from randomized controlled trials investigating the relative efficacy of droperidol versus metoclopramide for the prevention of postoperative nausea and vomiting (PONV). ⋯ For the prevention of postoperative nausea and vomiting droperidol is significantly superior to metoclopramide doses below 20 mg. There was no obvious positive dose response with respect to increasing doses of metoclopramide. There was also a trend towards higher efficacy of droperidol compared to higher doses of metoclopramide (≥20 mg). However, there were not enough comparative studies to show a statistically significant result in this subgroup analysis. These data support the notion that droperidol in low doses may represent the more effective D(2)-antagonist for a pharmacological armamentarium to cope with PONV.