Key result
Multimodal individualized monitoring during general anesthesia improves patient safety, reduces post-anesthetic complications, and optimizes anesthetic drug use.
Why the study?
Does multimodal monitoring improve outcomes and reduce complications in patients undergoing surgery under general anesthesia compared to classical monitoring protocols?
Does multimodal monitoring improve outcomes and reduce complications in patients undergoing surgery under general anesthesia compared to classical monitoring protocols?
Multimodal monitoring during general anesthesia may improve patient safety and comfort while reducing postoperative complications and hospital stay.
May support multimodal anesthesia monitoring; leaves open confirmation by RCTs before practice change.
In the last decades, several new and modern techniques have been developed for the continuous monitoring of vitals for patients undergoing surgery under general anesthesia. These complex methods are meant to come as an adjunct to classical monitoring protocols used in general anesthesia to increase patient safety. The main objectives of multimodal monitoring are avoiding the over- or underdosing of anesthetic drugs, adapting the concentration for the substances in use, reducing post-anesthetic complications, and increasing patient comfort. Recent studies have shown a series of benefits with significant clinical impact such as a reduced incidence of nausea and vomiting, shorter reversal times, a reduction in opioid consumption, shorter hospital stays, and an increase in patient satisfaction.
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Rogobete et al. (2022) conducted an editorial in General anesthesia. Multimodal individualized monitoring was evaluated. Multimodal individualized monitoring during general anesthesia improves patient safety, reduces post-anesthetic complications, and optimizes anesthetic drug use.
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