Rapid Sequence Intubation, is it Time to Find an Alternative Induction Agent? A Narrative Review

芬太尼 医学 快速序列诱导 依托咪酯 插管 麻醉 不利影响 加药 重症监护医学 药理学 异丙酚
作者
Brett Faine,Elisabeth Carroll,Archit Sharma,Nicholas M. Mohr
出处
期刊:Journal of Pharmacy Practice [SAGE Publishing]
卷期号:37 (4): 977-984 被引量:2
标识
DOI:10.1177/08971900231197501
摘要

Objective: To review the efficacy, safety, and place in therapy of fentanyl as an induction agent for rapid sequence intubation (RSI) in critically ill patients. Data Sources: A comprehensive search of PubMed, EMBASE, and clinical trial registries (1964-June 2021) was performed utilizing the keywords fentanyl, rapid sequence intubation, intubation, induction, anesthesia, hemodynamics, operating room (OR), and emergency. Study Selection and Data Extraction: Only primary literature evaluating fentanyl in combination with a sedative or as the sole induction agent was included in the final analysis. Primary literature included peer-reviewed publications and results posted on ClinicalTrials.gov actively recruiting participants. Data Synthesis: Fentanyl has been used for decades as an adjunct, and sole induction agent in the OR. Questions surrounding the use of fentanyl as a sole induction agent include optimal dosing and safety in critically ill patients as evaluation in non-OR settings remain limited. Relevance to Patient Care and Clinical Practice: Commonly used induction agents (eg, etomidate and ketamine) are associated with adverse events that may increase risk of morbidity and mortality. Fentanyl, a high-potency opioid could serve as an alternative induction agent for RSI due to its neutral hemodynamic response and fast onset of action. This paper compiles and describes existing data on the use of fentanyl as an induction agent for RSI. Conclusion: Fentanyl in combination with sedatives provides optimal intubating conditions with minimal impact on hemodynamic parameters. Future studies should focus on safety and impact of awareness during paralysis before fentanyl can be considered as a sole induction agent.

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