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Original Article | ONLINE FIRST

Results of Minimally Invasive Gland-Preserving Treatment in Different Types of Parotid Duct Stenosis

Michael Koch, MD, PhD; Heinrich Iro, MD; Nils Klintworth, MD; Georgios Psychogios, MD; Johannes Zenk, MD
Arch Otolaryngol Head Neck Surg. 2012;138(9):804-810. doi:10.1001/archoto.2012.1618.
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Objective  To assess differences in minimally invasive treatment in various types of Stensen duct stenoses, because sparse data have been published concerning this.

Design  Retrospective study.

Setting  Tertiary reference center, level of evidence: 2b.

Patients  Ninety-three patients with stenoses.

Methods  Treatment of 111 parotid duct stenoses was evaluated with particular attention to which treatment strategies were successful in various types of stenoses (type 1, inflammatory; type 2, web-associated fibrous; and type 3, fibrous). Minimally invasive treatment consisted of sialendoscopy-guided rinsing with cortisone (all cases) and interventional sialendoscopy with instrumental dilation alone or combined with transoral ductal surgery.

Results  Sialendoscopy-guided rinsing with cortisone was sufficient in 73.0% of cases of type 1 stenosis (21.5% of all cases). Interventional sialendoscopy with instrumental dilation was successful in 47.1% of cases of type 2 stenosis and 70.5% of cases of type 3 stenosis (59.2% of all patients). Interventional sialendoscopy combined with transoral duct surgery was successful in 72.7% of cases of type 3 stenosis (8.6% of all cases). Glands could be preserved in 96.4% of cases.

Conclusions  Stenoses that can be differentiated using sialendoscopy seem to require different minimally invasive treatment. Sialendoscopy-guided rinsing with cortisone is an important basic anti-inflammatory treatment, particularly in inflammatory stenoses. Interventional sialendoscopy with instrumental dilation, transoral ductal surgery or a combination of both are the first choice in fibrous stenoses.

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Figures

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Grahic Jump Location

Figure 1. Type 1 stenosis. Before treatment (A) and 3 months after treatment (B). Treatment consisted of dilation by the endoscope itself and intraductal cortisone therapy during and after the intervention.

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Grahic Jump Location

Figure 2. A type 2 stenosis before treatment. This fibrous stenosis shows moderate obstruction (white arrow). A, The parotid duct is massively dilated, creating a megaduct (>10 mm). B, The stenosis is also visible externally (black arrows). C, Treatment consisted of basket dilation and intraductal cortisone therapy during and after the intervention. D, Status 3 months after treatment.

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Grahic Jump Location

Figure 3. A type 3 stenosis in the middle area of the duct before treatment. A, Stenosis showing almost complete fibrous obstruction. B, A basket was inserted to dilate the fibrotic tissue step by step. C, A microdrill (white arrow) was used to cut the fibrous tissue and the stenosis was further opened. D, After instrumental dilation, severely macerated ductal epithelium at a length of 1.5 cm with fibrotic tissue involving more than 50% of the circumference was observable indicating a high risk for recurrence. E, Endoscopically guided stent implantation was performed: a polyurethane stent, 4.5F, 60 mm, was inserted in the healthy proximal duct system (black arrow). F, Two months later control sialendoscopy was performed: after removal of the stent, an epithelialized duct system was observable, which was wide enough to allow unhindered passage with the 1.1-mm endoscope.

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