Articles: anesthesia.
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The potential applications of Artificial Intelligence (AI) in anaesthesia are expansive.~However, like any technological advancement, the integration of AI in anaesthetic practice comes with both benefits and potential risks. This article seeks to set out some of the advantages and disadvantages of the use of AI technologies within the field of anaesthesia. ⋯ Whilst AI within anaesthetic practice holds immense promise, there are substantial challenges which require careful consideration and ongoing evaluation. A collaborative approach will be required from healthcare staff, developers and regulators to promote the safe, responsible, and effective application of AI in anaesthesia practice.
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The rapidly developing field of artificial intelligence (AI) may soon equip clinicians with algorithms that model and predict perioperative problems with extreme accuracy. Here, we outline emerging AI applications in preoperative risk stratification and intraoperative event prediction, where algorithm performance has been shown to outstrip commonly used conventional risk prediction tools. While offering an enticing view of a novel perioperative practice with superhuman foresight, AI's limited scope and lack of transparency remain key challenges for widespread adoption. As yet it is unclear whether machine learning alone can influence human clinical practice to exert real-world effects on patient outcomes.
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Mechanical ventilation, as an important respiratory support, plays an important role in general anesthesia and it is the cornerstone of intraoperative management of surgical patients. Different from spontaneous respiration, intraoperative mechanical ventilation can lead to postoperative lung injury, and its impact on surgical mortality cannot be ignored. Postoperative lung injury increases hospital stay and is related to preoperative conditions, anesthesia time, and intraoperative ventilation settings. ⋯ There are many factors affecting lung function after perioperative mechanical ventilation. Due to the difference of human body, the ventilation parameters suitable for each patient are different, and the deviation of each ventilation parameter can lead to postoperative pulmonary complications. Inspiratory pressure rise time and inspiratory time will be used as the new ventilation strategy.
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Acta Anaesthesiol Scand · Aug 2024
ReviewRemimazolam for sedation and anesthesia in children: A scoping review.
Remimazolam, a novel intravenous benzodiazepine recently approved by both the European Medicines Agency and the Food and Drug Agency, shows considerable promise in clinical practice. Its pharmacodynamic profile closely resembles that of midazolam, while its pharmacokinetic properties are similar to those of remifentanil. While research in adult populations continues to accumulate, the pace of pediatric studies is not as significant. This scoping review aims to systematically examine published studies, clinical trials, observational research, case reports, and relevant literature to provide a comprehensive understanding of remimazolam in pediatric sedation and anesthesia. By synthesizing the gathered evidence, we aim to identify gaps in the literature, guide future research endeavors, and inform clinical practices. ⋯ This scoping review highlights the increasing interest in using remimazolam as a sedative or anesthetic for children. Although initial evidence indicates its effectiveness and safety, more research is necessary to fill knowledge gaps, establish standard protocols, and optimize its use in pediatric anesthesia and sedation. Addressing these challenges will enable clinicians to improve the quality of care and outcomes for pediatric patients undergoing sedation and anesthesia.
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Curr Opin Anaesthesiol · Aug 2024
ReviewThe way towards ethical anesthesia care: no aim - no game - no fame or blame?
This review explores the intricacies of ethical anesthesia, exploring the necessity for precision anesthesia and its impact on patient-reported outcomes. The primary objective is to advocate for a defined aim, promoting the implementation of rules and feedback systems. The ultimate goal is to enhance precision anesthesia care, ensuring patient safety through the implementation of a teamwork and the integration of feedback mechanisms. ⋯ Anesthesia is a multifaceted discipline that involves various stakeholders. The primary focus is delivering personalized precision care. This review underscores the importance of establishing clear aims, defined rules, and fostering effective and well tolerated teamwork with accurate feedback for improving patient-reported outcomes. The Safe Brain Initiative approach, emphasizing algorithmic monitoring and systematic follow-up, is crucial in implementing a fundamental and standardized reporting approach within patient-centered anesthesia care practice.