腮腺导管单侧复制。一种罕见的解剖学变异

Humberto Ferreira Arquez
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引用次数: 1

摘要

背景:成对的腮腺是主要唾液腺中最大的,主要产生浆液性分泌物。该腺的分泌物通过单个腮腺管(斯坦森管)到达口腔。腮腺导管从腺体的前边界开始,穿过咬肌,然后刺穿颊肌,到达脸颊水平的口腔粘膜。本研究的目的是确定腮腺导管的形态学特征,并描述一种迄今尚未报道的解剖变异。方法和发现:本研究共使用了潘普洛纳大学形态学实验室的17具尸体。在一具尸体中发现:腮腺主管起源于两个导管:左腮腺上管和左腮腺下管,观察到导管的纵横交错,然后穿过颊肌,在含有双开口的双腮腺乳头处进入口腔,彼此间隔0.98mm。在剩下的33个腮腺区(97.06%)中,腮腺导管符合解剖学教科书中的经典描述。结论:在某些病例的面瘫早期,腮腺导管解剖对导管内镜、碎石、唾液酸造影和经导管面神经刺激具有重要意义。解剖变异对腮腺手术和面部美容手术也具有临床意义。要记住腮腺导管的变异将降低医源性损伤的风险,并提高腮腺导管损伤的诊断水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Unilateral Duplication Of Parotid Duct. A Rare Anatomical Variation
Background: The paired parotid glands are the largest of the major salivary glands and produces mainly serous secretions. The secretion of this gland reaches the oral cavity through single parotid duct (Stensen’s duct). The parotid duct begins at the anterior border of the gland, crosses the masseter muscle, and then pierces the buccinator muscle to reach the mucosa lining the mouth at the level of the cheek. The purpose of this study is determine the morphologic features of the parotid duct and describe an anatomical variation until now unreported. Methods and Findings: A total of 17 cadavers were used for this study in the Morphology Laboratory at the University of Pamplona. In a cadaver were findings: The main parotid duct originated two conducts: Left superior parotid duct and Left inferior parotid duct, is observed the criss-cross of the ducts, and then perforated the buccinator muscle and entered the oral cavity at a double parotid papilla containing a double opening, separated from each other in 0,98 mm. In the remaining  33 parotid regions (97.06%) the parotid duct is conformed to the classical descriptions given in anatomical textbooks. Conclusions: The parotid duct anatomy is important for duct endoscopy, lithotripsy, sialography and trans-ductal facial nerve stimulation in the early stage of facial palsy in some cases. The anatomical variations also has clinical importance for parotid gland surgery and facial cosmetic surgery. To keep in mind the parotid duct variation will reduce iatrogenic injury risks and improve diagnosis of parotid duct injury.
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