Abstract

Background/purposeCongenital subglottic stenosis is a rare anomaly caused by thickened cricoid cartilage. We report our surgical techniques, comprising anterior cricoid split (ACS), laryngotracheoplasty (LTP), KTP laser ablation, and application of a tracheal opening retainer (TOR) into the tracheostomy site.MethodsNine patients have been treated since 1988. Four patients (median age 85 days; range 5 days to 6 months) underwent ACS. Another four patients (median age, 17 months; range, 5–57 months) underwent LTP using costal cartilage grafts, although two had undergone tracheostomy before LTP. One patient underwent LTP, ablation of the projecting part of the cricoid cartilage with KTP laser (LTP + Laser) and, preservation of the tracheal opening by placement of the TOR.ResultsAll ACS and LTP patients were successfully extubated at a median of 32 days (range 23–91 days) and 23 days (range 6–31 days) postoperatively, respectively. The LTP + Laser patient was extubated 35 days after surgery and the TOR was removed asymptomatically 20 days after extubation of the stent tube.ConclusionsAnterior cricoid split is useful for patients ≤6 months old and LTP is useful for patients >6 months old and/or with tracheostomy. KTP laser ablation is effective to remove thickened parts of cricoid cartilage protecting the vocal cords. The tracheal opening preserved by the TOR works as an additional channel to safeguard respiration during the extubation process.

Highlights

  • Congenital subglottic stenosis (CSS) is a rare anomaly caused by thickened cricoid cartilage

  • We report our surgical techniques, comprising anterior cricoid split (ACS), laryngotracheoplasty (LTP), KTP laser ablation, and application of a tracheal opening retainer (TOR) into the tracheostomy site

  • Anterior cricoid split is useful for patients B6 months old and LTP is useful for patients [6 months old and/or with tracheostomy

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Summary

Introduction

Congenital subglottic stenosis (CSS) is a rare anomaly caused by thickened cricoid cartilage. Several surgical techniques have been introduced [1], but outcomes of these procedures remain unclear, because CSS is rare and few reports have described surgical results. The aim of this study was to clarify outcomes of our surgical management and to outline our surgical strategy for CSS, which includes applications of both KTP laser ablation for the thickened part of the cricoid cartilage and placement of a tracheal opening retainer (TOR) to secure an alternative airway at extubation

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