Štoković Nikola, Trkulja Vladimir, Čuković-Bagić Ivana, Lauc Tomislav, Grgurević Lovorka
Laboratory for Mineralized Tissues, Center for Translational and Clinical Research, School of Medicine, University of Zagreb, Zagreb, 10000, Croatia.
Department of Pharmacology, School of Medicine, University of Zagreb, Croatia, Zagreb, 10000, Croatia.
Clin Anat. 2018 May;31(4):576-582. doi: 10.1002/ca.22999. Epub 2017 Oct 30.
The anatomy of the frontal sinus is highly variable and its variations affect the occurrence/course of pathological processes. We investigated its size and relationship to the orbit, searching for patterns that would allow it to be classified anatomically. Cone beam computed tomography was applied to 91 skulls (age range 21-86 years) to determine sinus height, width, length, and length of contact with the orbit in the coronal and sagittal planes. In addition, orbital roof pneumatization in the coronal plane was categorized as: none; only medial part pneumatized; the medial and a portion of the central part pneumatized; roof predominantly pneumatized. Sinus dimensions varied widely (mm): height 6.2-50.0; width 3.7-54.0; length 2.4-45.0; frontal orbital contact 4.0-41.6; sagittal orbital contact 0.0-41.2. Pneumatization of the orbital roof (coronal plane) mostly affected the medial and a portion of the central part (50%), or the roof was predominantly pneumatized (32%). Three "types" of sinus (cluster analysis) were distinguished by the extent of pneumatization of the orbital roof in the coronal plane: "small", pneumatization absent or only of the medial part; "medium-sized", pneumatization of the medial and a portion of the central part; "large", roof predominantly pneumatized. All dimensions were significantly different among the types (P < 0.001). Sinus type was fairly predictive of the extent of contact with the orbit in the sagittal plane (not routinely assessed clinically). The data confirm the variability of frontal sinus anatomy and suggest a simple and straightforward classification with potential clinical relevance. Clin. Anat. 31:576-582, 2018. © 2017 Wiley Periodicals, Inc.
额窦的解剖结构高度可变,其变异会影响病理过程的发生/发展过程。我们研究了其大小及与眼眶的关系,寻找能够对其进行解剖学分类的模式。对91例颅骨(年龄范围21 - 86岁)应用锥形束计算机断层扫描,以确定在冠状面和矢状面内窦的高度、宽度、长度以及与眼眶的接触长度。此外,冠状面内眶顶气化情况分为:无;仅内侧部分气化;内侧及部分中央部分气化;眶顶主要气化。窦的尺寸差异很大(单位:mm):高度6.2 - 50.0;宽度3.7 - 54.0;长度2.4 - 45.0;额眶接触长度4.0 - 41.6;矢状眶接触长度0.0 - 41.2。眶顶气化(冠状面)大多影响内侧及部分中央部分(50%),或眶顶主要气化(32%)。根据冠状面内眶顶气化程度,通过聚类分析区分出三种“类型”的窦:“小”型,无气化或仅内侧部分气化;“中等大小”型,内侧及部分中央部分气化;“大”型,眶顶主要气化。各类型之间所有尺寸均有显著差异(P < 0.001)。窦的类型相当程度上可预测矢状面内与眼眶的接触范围(临床上通常不常规评估)。这些数据证实了额窦解剖结构的变异性,并提出了一种具有潜在临床相关性的简单直接的分类方法。《临床解剖学》2018年第31卷:576 - 582页。© 2017威利期刊公司