Department of Neurosurgery, Hospital de Especialidades, Instituto Mexicano del Seguro Social Centro Médico Nacional Siglo XXI, Ciudad de México, Mexico.
Department of Neurosurgery, Padilla Hospital, Tucumán, Argentina.
Surg Radiol Anat. 2023 Apr;45(4):389-400. doi: 10.1007/s00276-023-03105-y. Epub 2023 Feb 28.
The middle fossa, cavernous sinus, and paraclival triangles consist of ten triangles. Their use in a surgical approach is vast; most are used as landmarks to access and identify other structures of surgical interest. Multiple labels, borders, and contents mentioned by different authors make understanding and reproduction challenging and confusing. This study aims to organize and clarify recent or most relevant publications and disclose our portrayal of the ten triangles using cadaveric dissection and simple and practical figures. Four middle fossa triangles, four cavernous sinus triangles, and two paraclival triangles were dissected and delineated in a cadaveric specimen. Drawings were simplified to eliminate confusion and evaluate the triangles effortlessly. Similarities and differences in triangle names, border limits, and contents are described in a precise form. The recognition of triangle landmarks allows for treating pathologies in a frequently distorted anatomy or challenging to access structure. That is why an accurate knowledge of the surgical anatomy should be mastered, and a safe approach should be accomplished.
中颅窝、海绵窦和岩斜坡三角由十个三角组成。它们在手术入路中有广泛的应用;大多数三角被用作标记,以接近和识别其他具有手术意义的结构。不同作者使用的多个标签、边界和内容使得理解和再现具有挑战性和混淆性。本研究旨在整理和澄清最近或最相关的出版物,并通过尸体解剖和简单实用的图像展示我们对这十个三角的描述。在一个尸体标本中,对四个中颅窝三角、四个海绵窦三角和两个岩斜坡三角进行了解剖和描绘。绘图被简化以消除混淆并轻松评估三角。以精确的形式描述了三角名称、边界限制和内容的相似性和差异。三角地标识别允许在经常变形的解剖结构或难以接近的结构中治疗病变。这就是为什么应该掌握手术解剖学的准确知识,并完成安全的手术入路。