Concurrent Subepithelial Vocal Fold Infusion and Photoangiolysis for Vessel Coagulation in Vocal Fold Surgery

This study introduces a new technique in laryngeal microsurgery that combines subepithelial saline infusion with photoangiolysis to safely and effectively coagulate vocal fold vessels while minimizing thermal damage. By expanding the volume of the superficial lamina propria with saline, the method allows for precise targeting of vessels with reduced energy needed for coagulation, thereby protecting the delicate microstructure of the vocal folds. The technique allows for a more comprehensive hemostatic approach by making an increased number of vessels accessible for treatment, which can lead to reduced intraoperative bleeding and fewer postoperative complications.

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Publication Details

Journal
The Laryngoscope
Published
2025-02-26
DOI
https://doi.org/10.1002/lary.32081
Primary Topic
Voice and Speech Disorders
Type
article
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article

Concurrent Subepithelial Vocal Fold Infusion and Photoangiolysis for Vessel Coagulation in Vocal Fold Surgery

James A. Burns, Alexander Szymczak
The Laryngoscope
Voice and Speech Disorders
article

Concurrent Subepithelial Vocal Fold Infusion and Photoangiolysis for Vessel Coagulation in Vocal Fold Surgery

James A. Burns, Alexander Szymczak
article en

Abstract

This study introduces a new technique in laryngeal microsurgery that combines subepithelial saline infusion with photoangiolysis to safely and effectively coagulate vocal fold vessels while minimizing thermal damage. By expanding the volume of the superficial lamina propria with saline, the method allows for precise targeting of vessels with reduced energy needed for coagulation, thereby protecting the delicate microstructure of the vocal folds. The technique allows for a more comprehensive hemostatic approach by making an increased number of vessels accessible for treatment, which can lead to reduced intraoperative bleeding and fewer postoperative complications.

The LaryngoscopeVol. 135(7)
Northwestern University (US), Northwestern Medicine (US)
Affordable and clean energy
Openalex Percentile: Top 95%
Voice and Speech Disorders
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