蝶窦的解剖变异及其与神经血管结构的关系。使用锥形束计算机断层扫描进行的回顾性分析研究

E. Abdel-Lattif, M. Elhadidy, M. Elhadidy
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摘要

简介蝶窦被认为是人体最多样化的结构之一。由于蝶窦极易受气化影响,导致手术方法复杂化,因此存在一定程度的可变性。蝶窦可能与颅神经 II、视神经(ON)和颈内动脉内支(ICA)密切相关。CBCT 是评估颌面部解剖结构以及解剖结构变异(如蝶窦解剖结构变异)的有效方法。研究目的:本研究旨在通过 CBCT 评估蝶窦的不同解剖表现及其与附近神经和血管的关系,并将我们的发现与潜在的法医影响因素联系起来。材料和方法:从数据库中随机抽取 51 张扫描图像进行 CBCT 扫描。两名口腔颌面放射科医生对扫描图像进行了评估,他们每人都有 10 年以上的经验。评估在一间昏暗的房间内进行。对每位患者的蝶窦积气类型以及与 OP 和 ICA 的关系进行了评估。此外,可能的影响原因
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Anatomical Variations of Sphenoid Sinus and Relationship with Neurovascular Structures. A Retrospective Analytical Study using Cone Beam Computed Tomography
Introduction: One of the human body’s most diverse structures is thought to be the sphenoid sinus. This degree of variability is due to the great vulnerability of the sphenoid to pneumatization, which complicates surgical methods. The sphenoid sinus may interact closely with the cranial nerve II, optic nerve (ON) and internal branch of the carotid artery (ICA). CBCT is a useful option for assessing the anatomy presented in the maxillofacial region, as well as variability in this anatomy such as variable anatomical presentation of the sphenoid sinus. Aim of the study: we aimed in this study to assess the variable anatomical presentations of the sphenoid sinus and its relationship with the nearby nerves and vessels via CBCT and correlating our findings with the potential influencing forensic factors. Materials and methods: CBCT images were conducted on 51 scans selected randomly from the database. Two oral and maxillofacial radiologists assessed the scans, each of them has more than 10 years of experience. This was done in a darkened room. Sphenoid sinus pneumatization types and the relation with OP and ICA were assessed in each patient. Additionally, probable influential causes
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