Current opinion in anaesthesiology
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Inhalational anaesthetic agents are a cornerstone in modern anaesthetic practice. The currently used compounds are very effective and have a good safety profile. In addition, it has been demonstrated that they possess organ-protective properties that might provide an additional tool in the treatment or prevention of the consequences of organ ischaemia-reperfusion injury or both. The present review summarizes some of the most recent findings on this subject. ⋯ In the experimental setting, inhalational anaesthetics have protective effects against ischaemia-reperfusion injury. Initial perioperative data suggest that these effects may also result into clinically relevant improved organ function. However, further research will be needed to reveal whether these organ-protective properties will ultimately translate into an improved short-term and long-term postoperative outcome.
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Safety, quality, and patient satisfaction are not only defined by the incidences of serious adverse events but also include postoperative outcomes such as postdischarge nausea and vomiting (PDNV). PDNV has a high impact on patient recovery and may influence the cost-effectiveness of office-based surgical procedures. This article reviews the incidences and risk factors for PDNV as well as medications and concepts for prophylaxis and treatment. ⋯ PDNV is an under-recognized problem after outpatient anesthesia. Valid data for the incidence and the best treatment of PDNV after office-based anesthesia are rare. For safety, quality, and patient satisfaction, further research is needed to develop a prediction model to better identify patients at risk for PDNV in order to direct antiemetic prophylaxis for ambulatory patients undergoing office-based anesthesia.
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Toxicity concerns and awareness during anesthesia issues continue to concern pediatric anesthesiologists. Most developmental pharmacokinetic, pharmacodynamic and pharmacogenomic changes occur within the first year of life. Understanding these early changes can improve drug use in this cohort. ⋯ Mechanistic models create a framework for the study of pharmacokinetic changes in infancy. Understanding these changes allows a target concentration approach to therapy and potential for reduced toxicity. The target concentration may be undefined because of a paucity of effect measures.