Key result
Structured airway management algorithms prevent gross errors and worsening hypoxia during emergency intubation.
Why the study?
Disability and mortality from inability to maintain airway patency remain serious problems in anesthesiology and resuscitation despite recent decreases.
Strict adherence to airway management algorithms is essential to reduce the risks of unsuccessful intubation and complications in critically ill patients.
Difficult airways have been one of the most serious problems in anesthesia since its inception. Disability and mortality of patients due to the inability to maintain airway patency remains a serious problem in anesthesiology and resuscitation although they have significantly decreased in recent years. Clinical cases of unsuccessful or difficult intubations are always a direct threat to the patient’s life both in emergency situations and during planned surgical intervention. The purpose of the research: to consider the main components of airway management in critically ill patients, as well as more subtle details of physiologically complex airways. Materials of the research: foreign and Russian literary sources on the problem. To assess the difficulty of intubation, the prediction on the LEMON scale was used. Conclusion. Difficult intubation in emergency conditions should be based on a strict algorithm of actions that helps anesthesiologists and resuscitators to prevent gross mistakes and unsuccessful manipulations in conditions of increasing patient’s hypoxia. Awareness of this issue and the research of ways to resolve it are necessary for both young professionals and experienced doctors; that will reduce the risks of unsuccessful intubation with the development of difficulties and complications.
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Valentina V. Meshcheryakova (2022) conducted a review in Difficult airways in critically ill patients. Airway management algorithms was evaluated. Difficult intubation in emergency conditions requires a strict algorithm of actions to prevent gross mistakes and unsuccessful manipulations during increasing patient hypoxia.
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