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海绵窦周围骨化:一种可能使经蝶窦手术复杂化的骨骼学发现。

Ossification around intercavernous sinus: An osteological finding that can complicate trans - sphenoidal surgery.

机构信息

Department of Anatomy, All India Institute of Medical Sciences, Patna, 801507 Bihar, India.

Department of Anatomy, All India Institute of Medical Sciences, Patna, 801507 Bihar, India.

出版信息

Morphologie. 2020 Dec;104(347):280-286. doi: 10.1016/j.morpho.2020.06.005. Epub 2020 Jul 6.

Abstract

The aim of the study was to document an anatomical variation around the sella turcica which was unique and lacked any reference in the literature. A low lying osseous bar connecting the right middle clinoid process to the midpoint of the right lateral border of the dorsum sella was observed in a human skull specimen. The osseous bar was forming a foramen close to the floor of the sella, and the structure in association with this part of sella is the inferior intercavernous sinus. Measurements of the sella turcica bridge (STB), carotico-clinoid foramen (CCF), interclinoid foramen (ICF) on both sides and that of the ossified bar and foramen formed by itself were taken with the help of ImageJ software. The values observed for the measurements of different parameters of STB and its components, for CCF and ICF were bilaterally different. While the values for the osseous bar and foramen formed by it cannot be compared because of its unilateral occurrence. The presence of foramen around the inferior intercavernous sinus may lead to difficulty in performing procedures like transsphenoidal surgery (TSS) or extended TSS (eTSS) while extracting intradural lesions, thus increasing the chances of haemorrhage.

摘要

本研究旨在记录蝶鞍周围一种独特的解剖变异,该变异在文献中尚无任何记载。在一个人头颅骨标本中观察到,一条连接右侧中间床突和蝶鞍右侧外侧缘中点的低骨条连接在蝶鞍周围。该骨条在靠近鞍底的位置形成了一个孔,与该部分蝶鞍相关的结构是下海绵窦间窦。借助 ImageJ 软件测量了蝶鞍桥(STB)、颈内动脉-床突孔(CCF)、中间床突孔(ICF)在两侧的大小,以及由其自身形成的骨条和孔的大小。STB 及其成分的不同参数的测量值以及 CCF 和 ICF 的测量值在两侧都是不同的。由于其单侧发生,因此无法比较骨条及其形成的孔的测量值。下海绵窦周围出现孔可能会导致在提取颅内病变时进行经蝶窦手术(TSS)或扩展 TSS(eTSS)等手术变得困难,从而增加出血的机会。

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