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ISSN: 2161-1076
Surgery: Current Research
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Giant Submandibular Duct Calculus: A Case Report

Chu Mustapha*

Department of Cardiology, Algiers, Algeria

*Corresponding Author:
Chu Mustapha
Department of Cardiology, Algiers, Algeria
Tel: 0021355552845
E-mail: [email protected]

Received: October 26, 2015; Accepted: November 20, 2015; Published: November 28, 2015

Citation: Mustapha C (2015) Giant Submandibular Duct Calculus: A Case Report. Surgery Curr Res 6:253. doi:10.4172/2161-1076.1000253

Copyright: © 2015 Mustapha C. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

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Abstract

Salivary gland stones (Sialothiasis) most commonly occur in the Submandibular duct. This report describes the case of a patient who had an unusual large submandibular gland sialolith (calculus) that was completely obstructing the submandibular gland duct and the use of the computed tomography (CT) as a diagnostic aid and a surgical guide. Patients with sialolithiasis require definitive surgical treatment in most cases, which results in an excellent prognosis

Keywords

Sialolith; Sialolothiasis; Submandibular duct; Calculi; Giant salivary gland stones

Introduction

The great majority of salivary calculi (80%) occur in the submandibular gland and in the duct [1]. Commonly, Sialoliths measure from 1mm to less than 1cm. Giant salivary gland stones (GSGS) are those stones measuring over 1.5cm and have been rarely reported in the medical literature [2]. GSGS measuring over 3cm are extremely rare, with only scanty reported cases [3].

Case Report

45 years male patient came with chief complaints of pain in left submandibular region since 4 months. Pain was dull in nature and radiating to the left ear. Pain was aggravated with intake of food. Patient also complained of hard swelling in left sublingual region near the floor of mouth. There were no complaints of recurrent submandibular gland infection in the past. Examination revealed a 3×1 cm swelling over the floor of mouth on left side. Swelling was hard in consistency, not adherent to the mandible or surrounding structures. Overlying mucosa was free and not inflamed. On bimanual palpation left submandibular gland was not palpable. Cervical lymph nodes were not palpable.

CT examination revealed a single radiopaque density measuring approximately 3 × 0.4 cm in left submandibular duct (Figure 1). Other lab investigations were within normal limits. The patient was posted for left submandibular duct calculus extraction under GA. Intra-operatively two calculi were removed by taking an incision over left submandibular duct and by marsupialization of the opened duct (Figure 2). Two calculi largest measuring 2.5 cm and other of 0.7 cm were removed (Figure 3). Post operatively patient made an uneventful recovery.

surgery-current-research-submandibular

Figure 1: CT showing 3 x 0.4 cm calculus in left submandibular duct.

surgery-current-research-marsupilized

Figure 3: Marsupilized left sub-mandibular salivary duct - 6th post-op day.

surgery-current-research-mandibular

Figure 3: Extracted calculi from the sub-mandibular salivary gland duct.

Discussion

The great majority of salivary calculi (80%) occur in the submandibular gland and in the duct. Ten percent occur in the parotid and the remaining 10% in the sublingual gland and the minor salivary glands [1]. Flow of saliva against gravity, its more alkaline pH, and the high mucin and calcium content could explain the preferential stone formation in the submandibular gland [4]. The exact etiology and pathogenesis are still unknown. There is a slight predilection for occurrence in men, usually above the age of 40 years [5]. Patients present with pain, discomfort, and swelling before or during meals. Recurrent submandibular swelling is often mentioned. Bimanual massage of the affected gland and the excretory duct should be carried out, observing the flow and the clearness of the saliva. The calculus can often be located in the excretory duct, often quite anterior. This characteristically causes pain.

Submandibular gland calculi have been reported to be radiopaque in 80% to 94.7% of cases [7,8]. Ultrasonography is widely reported as being very helpful in detecting salivary stones. As many as 90% of all stones larger than 2mm can be detected as echo dense spots on ultrasonography [9]. Computed tomography (CT) is also highly diagnostic [8]. When located in the submandibular gland itself a panoramic radiograph may be helpful. In small and radiolucent calculi radiographic findings may be negative and sialography can be the examination of choice, although displacement of the calculus toward the gland cannot always be avoided. Although large sialoliths have been reported both in salivary glands and in salivary ducts, stones larger than 3 cm are rare. The giant sialolith in this patient was completely encased in the duct of the submandibular gland.

Sialoliths are ovoid or round, smooth or rough with a yellowish colour. They consist of calcium phosphate with small accounts of hydroxyapatite, magnesium, potassium and ammonia [7].

Submandibular stones are typically removed surgically via either an intraoral or an external approach [10]. Surgical removal of the calculi is performed when located in the excretory duct near the opening. If the calculi are located in the gland itself, fragmentation can be performed by extracorporal or endoscopic laser lithotripsy [11]. In a non-functioning gland surgical removal would be indicated to avoid recurrent disease. In many cases removal of the gland may be the first choice of treatment. The future holds great promise due to the developments of nonsurgical, non-invasive techniques such as shock wave lithotripsy, basket retrieval, and endoscopic laser lithotripsy [11].

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