Articles: anesthesia.
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Editorial Review
The safety of nitrous oxide: glass half-full or half-empty?
A systematic review of clinical trials confirms that including nitrous oxide in the gas mixture for general anaesthesia has minor short-term benefits and does not impact most patient safety outcomes. However, no risk-benefit analysis of nitrous oxide should ignore its known environmental effects. If continued nitrous oxide use is supported, strategies to minimise and monitor the contribution of medical nitrous oxide to global warming are vital.
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Minerva anestesiologica · Dec 2024
Meta AnalysisMagnesium sulfate infusion for emergence agitation in adult patients after general anesthesia: a systematic review and meta-analysis of randomized controlled trials.
Emergence agitation following general anesthesia poses significant risks to both patients and medical staff. While extensive research has explored the efficacy of magnesium sulfate (MgSO
4 ) in managing pediatric emergence agitation, its effectiveness in adults remains uncertain. Therefore, this meta-analysis seeks to evaluate the efficacy of MgSO4 in mitigating emergence agitation following general anesthesia in adult populations. ⋯ Magnesium sulfate infusion during general anesthesia was associated with lower incidence of emergence agitation in adults. However, no significant differences were observed regarding emergence agitation severity scores, PONV, or extubation time. -
Curr Opin Anaesthesiol · Dec 2024
ReviewDepth of anesthesia monitoring: an argument for its use for patient safety.
There have been significant advancements in depth of anesthesia (DoA) technology. The Anesthesia Patient Safety Foundation recently published recommendations to use a DoA monitor in specific patient populations receiving general anesthesia. However, the universal use of DoA monitoring is not yet accepted. This review explores the current state of DoA monitors and their potential impact on patient safety. ⋯ There is evidence that DoA monitoring may decrease the incidence of awareness, postoperative delirium, POCD and improve several postoperative outcomes. In children, DoA monitoring may decrease the incidence of awareness and emergence delirium, but long-term effects are unknown. While there are key limitations to DoA monitoring technology, we argue that DoA monitoring shows great promise in improving patient safety in most, if not all anesthetic populations.
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This article explores the unique intersection of the challenges confronting ambulatory anesthesiology education and charts a trajectory forward. The proportion of ambulatory, nonoperating room (NORA), and office-based surgical cases continues to rise; however, the requirements for trainees in these settings have remained static. The rapid evolution of the field combined with a limited workforce also makes continuing education essential, and we discuss the current and future states of ambulatory anesthesia education. ⋯ We begin with an appraisal of the current state of ambulatory anesthesiology training and evaluate the gap between current graduate medical education and trends in ambulatory surgery. We then develop a vision for an ideal state of future ambulatory education for residents as well as anesthesiologists in practice and highlight the priorities necessary to reach this vision.
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Editorial Review
Towards sustainability of volatile anaesthetics: capture and beyond.
The first measures to reduce the environmental harm from volatile anaesthetics are implementation of minimal fresh gas flow strategies and avoidance of desflurane. Although anaesthetic waste gas capture systems generally exert high capturing efficiencies, only about half of volatile anaesthetics used in the operating room are accessible for capture. Industry-sponsored reports promise a reduction of the global warming potential by both incineration and recycling of captured volatile anaesthetics. However, independent high-quality peer-reviewed studies are needed to confirm these findings.