Olivier A, Peters T M, Clark J A, Marchand E, Mawko G, Bertrand G, Vanier M, Ethier R, Tyler J, de Lotbinière A
Rev Electroencephalogr Neurophysiol Clin. 1987 Mar;17(1):25-43. doi: 10.1016/s0370-4475(87)80112-0.
Consecutively to drastic changes which occurred in cerebral imagery techniques, we have developed a stereotactic apparatus and system based on the integration of several new techniques allowing visualisation of the brain: tomodensitometry (TDM), digital subtraction angiography (DSA), magnetic resonance (MR) and positron emission tomography (PET). TDM, DSA and MR can be performed in stereotactic conditions with the apparatus in situ. They give the computer the anatomic references necessary for all calculations. MR and PET images obtained without stereotactic apparatus can also be integrated into the stereotactic study at the condition that DSA was formerly performed in stereotactic conditions, i.e. with the apparatus in situ. The visualisation of the corpus callosum makes this integration possible. An optimal definition of cerebral tumors or target-structures for intracerebral electrode recording is thus obtained.
随着脑成像技术发生的巨大变革,我们开发了一种立体定向设备和系统,该系统基于多种新技术的整合,可实现大脑可视化:计算机断层扫描(TDM)、数字减影血管造影(DSA)、磁共振(MR)和正电子发射断层扫描(PET)。TDM、DSA和MR可以在立体定向条件下,使用原位设备进行。它们为计算机提供了所有计算所需的解剖学参考。在以前在立体定向条件下,即使用原位设备进行DSA的情况下,无需立体定向设备获得的MR和PET图像也可以整合到立体定向研究中。胼胝体的可视化使得这种整合成为可能。从而获得了脑肿瘤或用于脑内电极记录的目标结构的最佳定义。