Systematic Review and Meta‐Analysis of Outcomes in Type 1 Thyroplasty Comparing Silastic to Gore‐Tex

硅橡胶 医学 荟萃分析 人口统计学的 外科 内科学 社会学 人口学
作者
Dylan G. Vance,David Z. Allen,Amy B. Leming,Madisyn L. Cox,Sonya Fogg,Sameer H. Siddiqui,H WILSON,Andrew G. Tritter
出处
期刊:Laryngoscope [Wiley]
卷期号:135 (4): 1236-1247 被引量:2
标识
DOI:10.1002/lary.31867
摘要

Objective Type 1 Thyroplasty is a well‐established procedure used for medializing an immobile vocal fold. Silastic and Gore‐Tex are the two most common materials used to accomplish this, but comparative data on their relative efficacy are scarce. We sought to compare outcomes between Silastic and Gore‐Tex implants via systematic review and meta‐analysis for unilateral vocal fold immobility. Methods We collected available data from PubMed, Embase, and Web of Science on demographics, maximum phonation time (MPT), voice handicap index (VHI‐10/30) score, and any other relevant metrics encountered before comparatively evaluating differences in outcomes. Results The search yielded 1,534 records with 55 manuscripts ultimately included. There were 41 unique studies that utilized Silastic for a total of 1038 patients. There were 13 unique studies that utilized Gore‐Tex for a total of 245 patients. The pooled mean increase in MPT for Silastic patients was 7.8 s (+1.3 SMD) compared with 5.7 s for Gore‐Tex (+1.6 SMD). There was significant publication bias present in both analyses. The pooled mean change in VHI‐30 with Silastic was −45.4 (62.2%, −2.09 SMD) compared with −51.6 (73.5%, −1.1 SMD) with Gore‐Tex. The pooled mean change in VHI‐10 with Silastic was −15.6 (54%, −0.46 SMD) compared with −11.6 (43%, −0.86 SMD) with Gore‐Tex. There was no significant publication bias present in VHI outcomes. Conclusions Silicone and Gore‐Tex implants provide adequate and comparable results in TT1. The data supporting this conclusion are limited by follow‐up, diversity in outcomes, limited data availability, and publication bias. Future research should be dedicated to comparing implants in a well‐randomized environment. Laryngoscope , 135:1236–1247, 2025
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