Automatic Tube Compensation versus Pressure Support Ventilation and Extubation Outcome in Children: A Randomized Controlled Study
Author(s) -
Ahmed El-Beleidy,
Asser Abd EL-Hamied Khattab,
Seham Awad El-Sherbini,
Hebatalla Fadel Al-gebaly
Publication year - 2013
Publication title -
isrn pediatrics
Language(s) - English
Resource type - Journals
eISSN - 2090-4703
pISSN - 2090-469X
DOI - 10.1155/2013/871376
Subject(s) - randomized controlled trial , anesthesia , ventilation (architecture) , outcome (game theory) , compensation (psychology) , pressure support ventilation , medicine , controlled ventilation , mechanical ventilation , psychology , engineering , surgery , mathematics , mechanical engineering , social psychology , mathematical economics
Background . Automatic tube compensation (ATC) has been developed to overcome the imposed work of breathing due to artificial airways during spontaneous breathing trials (SBTs). Objectives . This study aimed to assess extubation outcome after an SBT (spontaneous breathing trial) with ATC compared with pressure support ventilation (PSV) and to determine the risk factors for extubation failure. Methods . Patients ready for extubation were randomly assigned to two-hour spontaneous breathing trial with either ATC or pressure support ventilation. Results . In the ATC group ( n = 17), 11 (65%) patients passed the SBT with subsequent extubation failure (9%). While in PSV group ( n = 19), 10 (53%) patients passed the SBT with subsequent extubation failure (10%). This represented a positive predictive value for ATC of 91% and PSV of 90% ( P = 0.52). Five (83%) of the patients who failed the SBT in ATC group were reintubated. This represented a higher negative predictive value for ATC of 83% than for PSV which was 56%. None of the assessed risk factors were independently associated with extubation failure including failed trial. Conclusion . ATC was equivalent to PSV in predicting patients with successful extubation. A trial failure in ATC group is associated with but does not definitely predict extubation failure.
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