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Pediatric tracheostomy speaking valves: A multidisciplinary protocol leads to earlier initial trials
Karen Kam1,2, Rebecca Patzelt1, Renee Soenen1
1Department of Pediatrics, Alberta Children's Hospital, Calgary, AB, Canada.
Implementing a multidisciplinary protocol significantly reduces the time to speaking valve trials for children with tracheostomies, aiding language development. This protocol streamlines care regardless of the tracheostomy
Area of Science:
- Pediatric Otolaryngology
- Speech-Language Pathology
- Healthcare Protocol Implementation
Background:
- Early speaking valve use in pediatric tracheostomies is crucial for language development.
- The impact of institutional protocols on speaking valve trial timelines is not well-documented.
- Existing literature lacks data on how protocols affect patient populations and trial durations.
Purpose of the Study:
- To evaluate the effect of an institutional multidisciplinary protocol on speaking valve trial timelines in pediatric patients.
- To compare patient characteristics and timelines before and after protocol implementation.
- To analyze speaking valve trial timelines across different tracheostomy classifications.
Main Methods:
- Retrospective study analyzing 12 years of data at a pediatric quaternary hospital.
- Collected data on timelines (tracheostomy insertion, SLP consultation, speaking valve order, trial) and patient characteristics.
- Compared timelines before and after protocol institution and across tracheostomy classifications using medians (IQRs).
Main Results:
- Median time from tracheostomy insertion to SLP consultation remained unchanged (1.8 months).
- Median time from tracheostomy insertion to speaking valve trial significantly decreased post-protocol (34.1 to 12.9 months).
- Time to speaking valve trial did not differ significantly between tracheostomy classifications (upper airway obstruction, complex medical condition, invasive ventilation).
Conclusions:
- An institutional multidisciplinary protocol effectively reduces the time to speaking valve trials in pediatric patients.
- Protocol implementation benefits all pediatric patients with tracheostomies, irrespective of the underlying reason.
- Further research may explore specific protocol components contributing to timeline improvements.
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