Özdemir Adnan, Bayar Muluk Nuray, Şencan Ziya
Faculty of Medicine, Radiology Department, Kırıkkale University, Kırıkkale, Turkey.
Faculty of Medicine, ENT Department, Kırıkkale University, Kırıkkale, Turkey.
Int J Neurosci. 2025 Jun;135(6):599-606. doi: 10.1080/00207454.2024.2313011. Epub 2024 Feb 9.
We investigated the relationship between sphenoid sinus (SS) pneumatization types, carotid canal types and carotid canal-intersinus septa connection.
The paranasal sinus computed tomography (PNSCT) images of 274 patients (141 males and 133 females) were evaluated retrospectively. SS pneumatization, SS intersinus septation, SS intersinus septa deviation, carotid canal classification, carotid canal dehiscence, carotid canal-intersinus septa connection and presence of Onodi cells were evaluated.
In presellar and sellar SS, type 1 carotid canal was detected. However, type 3 carotid canal was detected more in postsellar SS. On the left side, in 26.4% of the postsellar SS, carotid canal dehiscence was detected. On the right side, carotid canal-intersinus septa connection was detected in 55.8% of the postsellar SS and 35.1% of the sellar SS. On the left side, it was detected 58.3% of the postsellar SS and 30.9% of the sellar SS. In postsellar type SS pneumatized cases, right caroid canal-intersinus septa connection increased by 5.4 fold and left carotid canal-intersinus septa connection increased by 7.3 fold compared to presellar type SS pneumatization. In 2≥ intersinus septa group, left carotid canal-intersinus septa connection increased 5.0 fold compared to 'no septa' group.
In this study, we evaluated SS pneumatization types and their relation with carotid canal types and carotid canal-intersinus septa connections. Type 3 carotid canal (protrudation to SS wall) was detected more in postsellar SS. In these cases, surgeons should be very careful during surgery to avoid damage to the internal carotid artery (ICA).
我们研究了蝶窦(SS)气化类型、颈动脉管类型与颈动脉管-窦间隔连接之间的关系。
回顾性评估274例患者(141例男性和133例女性)的鼻窦计算机断层扫描(PNSCT)图像。评估蝶窦气化、蝶窦间隔、蝶窦间隔偏移、颈动脉管分类、颈动脉管裂开、颈动脉管-窦间隔连接以及Onodi气房的存在情况。
在鞍前和鞍内蝶窦中,检测到1型颈动脉管。然而,在鞍后蝶窦中检测到3型颈动脉管的情况更多。在左侧,26.4%的鞍后蝶窦检测到颈动脉管裂开。在右侧,55.8%的鞍后蝶窦和35.1%的鞍内蝶窦检测到颈动脉管-窦间隔连接。在左侧,58.3%的鞍后蝶窦和30.9%的鞍内蝶窦检测到该连接。在鞍后型蝶窦气化病例中,与鞍前型蝶窦气化相比,右侧颈动脉管-窦间隔连接增加了5.4倍,左侧增加了7.3倍。在有2个及以上窦间隔的组中,与“无间隔”组相比,左侧颈动脉管-窦间隔连接增加了5.0倍。
在本研究中,我们评估了蝶窦气化类型及其与颈动脉管类型和颈动脉管-窦间隔连接的关系。3型颈动脉管(向蝶窦壁突出)在鞍后蝶窦中检测到的情况更多。在这些病例中,外科医生在手术期间应非常小心,以避免损伤颈内动脉(ICA)。