Ammirati M, Kim H K, Cho Y D
Skull Base Surg. 1998;8(3):105-17. doi: 10.1055/s-2008-1058569.
Our objective is to correlate the anatomical exposure provided by complex skull base approaches to the lateral skull base with their CT and MRI scans counterparts and to introduce a modular concept emphasizing the derivation of complex skull base approaches from simpler ones.We executed 10 lateral approaches to the skull base in 20 embalmed cadaveric heads (40 sides). Each approach was executed a minimum of three times on each specimen. These approaches were the pterional and its modifications, the subtemporal and its modifications, and the suboccipital and its modifications. We correlated the approaches and the areas of the skull base exposed by scanning the surgical cavity filled with material imageable by CT and MRI and throughly surveying the operative field.Visualization of the area of the skull base exposed was excellent using our CT-MRI imageable cadaveric preparation. The topographic areas of the skull base exposed correlated well with their radiological counterparts.The areas of the skull base exposed by each of the complex surgical approaches to the skull base were clearly delineated by using our anatomo-radiological correlation. Complex approaches to the skull base are formed by simple neurosurgical approaches (building blocks) to which different modules are added.
我们的目标是将复杂的颅底外侧入路所提供的解剖学暴露与其对应的CT和MRI扫描结果相关联,并引入一个模块化概念,强调复杂颅底入路是从更简单的入路衍生而来的。我们在20个防腐处理的尸体头部(40侧)上执行了10种颅底外侧入路。每种入路在每个标本上至少执行三次。这些入路包括翼点入路及其改良术式、颞下入路及其改良术式以及枕下入路及其改良术式。我们通过扫描填充有CT和MRI可成像材料的手术腔并全面观察手术区域,将入路与颅底暴露区域相关联。使用我们的CT - MRI可成像尸体标本,颅底暴露区域的可视化效果极佳。颅底暴露的地形区域与其放射学对应区域相关性良好。通过我们的解剖 - 放射学相关性研究,每种复杂的颅底手术入路所暴露的颅底区域都清晰可辨。复杂的颅底入路由简单的神经外科入路(基本构建单元)形成,并在此基础上添加了不同的模块。