Rai Rabjot, Iwanaga Joe, Shokouhi Ghaffar, Loukas Marios, Mortazavi Martin M, Oskouian Rod J, Tubbs R Shane
Department of Anatomical Sciences, St. George's University, St. George's, Grenada.
Seattle Science Foundation, 550 17th Ave, James Tower, Suite 600, Seattle, WA, 98122, USA.
Childs Nerv Syst. 2018 Aug;34(8):1451-1458. doi: 10.1007/s00381-018-3875-x. Epub 2018 Jun 28.
The clivus is a bony structure formed by the fusion of the basioccipital and basispheniod bone at the sphenooccipital synchondrosis. This downward sloping structure from the dorsum sellae to the foramen magnum is derived from mesoderm and ectoderm properties.
This comprehensive review of the clivus will discuss its basic anatomy, embryology, pathological findings, and surgical implications. The clivus is an endochondral bone, formed under two processes; first, a cartilaginous base is developed, and it is secondly reabsorbed and replaced with bone. Knowledge of its embryological structure and growth of development will clarify the pathogenesis of anatomical variants and pathological findings of the clivus.
Understanding the anatomy including proximity to anatomical structures, adjacent neurovasculature properties, and anatomical variants will aid neurosurgeons in their surgical management when treating pathological findings around the clivus.
斜坡是由枕骨基底部和蝶骨在蝶枕软骨结合处融合形成的骨质结构。这个从鞍背向下倾斜至枕骨大孔的结构源自中胚层和外胚层特性。
对斜坡的这一全面综述将讨论其基本解剖结构、胚胎学、病理表现及手术意义。斜坡是软骨内成骨,通过两个过程形成;首先,发育出一个软骨基底,其次,该基底被吸收并被骨替代。了解其胚胎结构和发育生长情况将阐明斜坡解剖变异和病理表现的发病机制。
了解斜坡的解剖结构,包括与周围解剖结构的毗邻关系、相邻神经血管特性及解剖变异,将有助于神经外科医生在处理斜坡周围病理情况时进行手术管理。