筛孔及其临床应用综述。

IF 1.4 Q3 ANATOMY & MORPHOLOGY Anatomy & Cell Biology Pub Date : 2024-12-03 DOI:10.5115/acb.24.202
Athena Cohen, Chung Yoh Kim, Kazzara Raeburn, Kathleen Bubb, Yoko Tabira, Joe Iwanaga, R Shane Tubbs
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引用次数: 0

摘要

筛孔(EF)位于眶内壁沿额筛缝处,是涉及眶内壁手术的重要解剖标志。本文综述了EF的外科解剖,包括胚胎学和放射学。虽然额筛缝合线大多有两个孔通过,但也有单孔或多孔的报道,最多可达六个孔。这些孔为筛动脉和神经、眼动脉和神经的分支提供通道。手术指南“24-12-6”是基于泪嵴前、筛前、筛后动脉和视神经管之间的近似距离,通常用于导航该区域。然而,一些来自不同人群的研究定义了不同的比例。胚胎学上,EF是由膜内骨化的额骨和软骨内骨化的筛骨结合形成的。EF和神经血管结构可以在计算机断层扫描中识别,甚至在3毫米的断层间隔内。对骨外瘘的全面解剖了解将有助于临床医生改进手术指南,并最终降低并发症的风险。
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A review of the ethmoidal foramina and their clinical application.

The ethmoidal foramina (EF), located on the medial orbital wall along the frontoethmoidal sutures, are critical anatomical landmarks for surgeries involving the medial orbital wall. This review aimed to review the surgical anatomy of the EF, including their embryology and radiology. Although the frontoethmoidal sutures mostly have two foramina passing through them, there are reports of single foramen or multiple, up to six foramina. These foramina provide a passage for the ethmoidal arteries and nerves, branches of ophthalmic arteries and nerves. The surgical guideline "24-12-6" is based on the approximate distance between the anterior lacrimal crest, the anterior and posterior ethmoidal arteries, and the optic canal, commonly used to navigate this area. However, some studies from various populations defined different ratios. Embryologically, the EF were formed by the union of intramembranous ossified frontal bones and endochondral ossified ethmoid bones. EF and neurovascular structures can be identified in computed tomography even in the 3 mm sectional intervals. A comprehensive anatomical understanding of EF will help clinicians improve surgical guidelines and ultimately reduce the risk of complications.

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来源期刊
Anatomy & Cell Biology
Anatomy & Cell Biology ANATOMY & MORPHOLOGY-
CiteScore
1.80
自引率
9.10%
发文量
75
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