Outcomes and Resource Utilization of Endoscopic Mass-Closure Technique for Laryngeal Clefts
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Read the article on pubmed.ncbi.nlm.nih.gov ↗Article · Mar 2015 · 1 min read
In brief
In brief
This 15-year case series demonstrates that endoscopic mass-closure technique for Benjamin-Inglis type 1-3 laryngeal clefts achieves durable repair with significantly reduced operative time and hospital stay compared to open laryngofissure approach, while avoiding associated morbidity. Both techniques showed equivalent structural integrity and aspiration outcomes.
Written by the GCMD Library team from the article.
Objective: To compare resource utilization and clinical outcomes between endoscopic mass-closure and open techniques for laryngeal cleft repair. Study Design: Case series with chart review. Setting: Tertiary academic children's hospital. Subjects And Methods: Pediatric patients undergoing repair for Benjamin-Inglis type 1-3 laryngeal clefts over a 15-year period. All 20 patients undergoing endoscopic repair were included. Eight control patients undergoing open repair were selected using matching by age and cleft type. Demographic, clinical, and resource utilization data were collected. Results: Twenty-eight patients were included (20 endoscopic, 8 open). Mean age, rates of tracheostomy and vocal fold immobility, and distribution of cleft types were not different between the 2 groups (all P > .2). Mean operative time (P = .004) and duration of hospital stay (P < .001) were significantly shorter in the endoscopic group. All repairs were intact in both groups at final postoperative endoscopy. Rates of persistent laryngeal penetration or aspiration on swallow study were not different between groups (P = 1.000), although results were available for only 11 patients. Conclusion: Endoscopic laryngeal cleft repair using a mass-closure technique provides a durable result while requiring significantly shorter operative times and hospital stays than open repair and avoiding the potential morbidity of laryngofissure. However, open repair may allow the simultaneous performance of other air
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