Vanier M, Ethier R, Clark J, Peters T M, Olivier A, Melanson D
Magn Reson Med. 1987 Feb;4(2):185-8. doi: 10.1002/mrm.1910040212.
A stereotactic method of brain localization is applied to magnetic resonance imaging for the interpretation of brain structures. This proportional grid system developed by Talairach is based on two intracerebral structures, the anterior and posterior commissures. It takes into account individual variations in brain size and shape. In an experimental study on cadavers we demonstrated that his system permitted accurate identification of cortical structures on CT scan. In this paper, we describe its application to MR. It provides, on a routine basis, a simple reliable method of anatomical interpretation. The use of this grid system is made easier by the fact that both commissures are seen on midsagittal MR scans.
一种脑定位的立体定向方法应用于磁共振成像以解读脑结构。这种由塔拉伊拉克开发的比例网格系统基于两个脑内结构,即前连合和后连合。它考虑到了大脑大小和形状的个体差异。在一项对尸体的实验研究中,我们证明了他的系统能够在CT扫描上准确识别皮质结构。在本文中,我们描述了其在磁共振成像中的应用。它在常规情况下提供了一种简单可靠的解剖学解读方法。由于在矢状面磁共振扫描上可以看到两个连合,使用这个网格系统变得更加容易。