Value of High‐Frequency Ultrasonography in the Qualitative and Semi‐Quantitative Assessment of Immunoglobulin G4‐Related Submandibular Sialadenitis

Author:

Chen Lei1ORCID,Nong Lin2,Liu Jumei2,Chen Luzeng1,Shao Yuhong1,Sun Xiuming1

Affiliation:

1. Department of Ultrasound Peking University First Hospital Beijing China

2. Department of Pathology Peking University First Hospital Beijing China

Abstract

ObjectiveTo assess the value of high‐frequency ultrasonography in the evaluation of immunoglobulin G4‐related submandibular sialadenitis (IgG4‐SS).MethodsThirty‐four submandibular glands in 17 patients with IgG4‐SS were retrospectively enrolled, as well as 34 submandibular glands in 17 healthy control subjects. Qualitative ultrasonic features including submandibular gland size, border, echogenicity, and vascularity were reviewed. Two different scoring systems (0–16 and 0–48, respectively) were used for semi‐quantitative analysis of imaging features. Comparison of both qualitative and semi‐quantitative ultrasonic analysis were made between patients with IgG4‐SS and healthy controls. Spearman correlation was used to explore relationships between variables.ResultsThe submandibular glands with IgG4‐SS presented with enlarged size, rough border, increased vascularity, and abnormal echogenicity (All P < .05). The most common echogenicity pattern for IgG‐SS was diffuse hypoechoic foci pattern (44.1%), followed by superficial hypoechoic pattern (20.6%), tumor‐like pattern (14.7%), and diffuse hypoechogenicity pattern (11.8%). Most IgG4‐SS glands presented linear hyperechogenicity in parenchyma (91.2%). Based on both scoring system, scores of IgG4‐SS were significantly higher than those of the controls (All P < .05). Association analysis of both scoring systems showed positive correlation of scores with vascularity in the gland parenchyma (All P < .05).ConclusionThe ultrasonic features of IgG4‐SS comprise enlarged gland, rough border, increased vascularity, and abnormal echogenicity, which correlate with its pathological characteristics. The most common echogenicity pattern for IgG4‐SS was diffuse hypoechoic foci pattern. Semi‐quantitative analysis systems could be useful in the assessment of IgG4‐SS. Ultrasound is a potential, valuable, and non‐invasive tool for the diagnosis and evaluation of IgG4‐SS.

Publisher

Wiley

Subject

Radiology, Nuclear Medicine and imaging,Radiological and Ultrasound Technology

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