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额上颌窦——一个假复发性上颌窦。

The Ethmomaxillary Sinus-A False Duplicate Maxillary Sinus.

机构信息

Division of Ophthalmology, Department 12 - University Emergency Hospital, Faculty of Medicine, "Carol Davila" University of Medicine and Pharmacy.

Division of Anatomy, Department 1, Faculty of Dentistry, "Carol Davila" University of Medicine and Pharmacy.

出版信息

J Craniofac Surg. 2024;35(5):e458-e461. doi: 10.1097/SCS.0000000000010195. Epub 2024 May 6.

Abstract

Functional endoscopic sinus surgery consistently benefits from good anatomical knowledge and modern imaging techniques. Ethmoid air cells migrate in specific topographical sites near the ethmoid. Posterior ethmoid air cells that descend into the maxillary sinus (MS) are ethmomaxillary sinuses (EMSs) that into the superior nasal meatus. Few previous studies found EMSs in 0.68% to 16.48% of cases. An EMS differs from a Haller's infraorbital cell nearing the ethmoidal infundibulum. A posterior ethmoid air cell intercalated between the ethmoid, MS and sphenoidal sinus is a Sieur's cell, but it could also be regarded as an EMS. An EMS should be discriminated from a maxillary recess of the sphenoidal sinus. An EMS could determine Onodi's maxillary bulla into the MS. The false duplicate MS described by Zuckerkandl consists of a MS draining into the middle nasal meatus adjoined by an EMS draining into the superior nasal meatus. These are separated by the ethmomaxillary septum. The latter may be confused with an intrasinus septum of the MS if the drainage pathways are not adequately documented. Therefore, a case-by-case anatomic identification of the pneumatic spaces nearing the MS should be performed before surgical endoscopic approaches of the nose and sinuses.

摘要

功能性内窥镜鼻窦手术始终受益于良好的解剖学知识和现代成像技术。筛骨气房在筛骨附近的特定地形位置迁移。进入上颌窦 (MS) 的后筛气房是筛上颌窦 (EMSs),进入上鼻道。以前的少数研究发现,在 0.68% 到 16.48%的病例中存在 EMSs。EMS 与靠近筛漏斗的 Haller 眶下细胞不同。一个夹在筛骨、MS 和蝶窦之间的后筛气房是 Sieur 细胞,但也可以被视为一个 EMS。EMS 应该与蝶窦的上颌窦隐窝区分开来。EMS 可以确定 Onodi 的上颌骨泡进入 MS。Zuckerkandl 描述的假重复 MS 由一个排入中鼻道的 MS 和一个排入上鼻道的 EMS 组成。它们由筛上颌隔分开。如果没有充分记录引流途径,后者可能与 MS 的窦内隔混淆。因此,在进行鼻内镜鼻窦手术之前,应该对接近 MS 的气动空间进行逐例解剖识别。

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