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Cerefy脑图谱:电子Talairach-Tournoux脑图谱的持续增强。

The cerefy brain atlases: continuous enhancement of the electronic talairach-tournoux brain atlas.

作者信息

Nowinski Wieslaw L

机构信息

Biomedical Imaging Lab, Agency for Science, Technology and Research, 30 Biopolis Street #07-01, Singapore.

出版信息

Neuroinformatics. 2005;3(4):293-300. doi: 10.1385/NI:3:4:293.

Abstract

The Talairach-Tournoux (TT) atlas is probably the most often used brain atlas. We overview briefly the activities in developments of electronic versions of the TT atlas and focus on our more than 10-yr efforts in its continuous enhancement resulting in three main versions: TT-1997, TT-2000, and TT-2004. The recent TT-2004 version is substantially improved over the digitized print original with a higher structure parcellation, better quality and resolution of individual structures, and improved three-dimensional (3D) spatial consistency. It is also much more suitable for developing atlas-based applications owing to pure color-coding (for automatic structure labeling), contour representation (to avoid scan blocking by the overlaid atlas), and color cross-atlas consistency (for the simultaneous use of multiple atlases). We also provide a procedure for 3D spatial consistency improvement and illustrate its use. Finally, we present some of our latest atlas-assisted applications for fast and automatic interpretation of morphological, stroke, and molecular images, and discuss the future steps in TT atlas enhancement.

摘要

Talairach-Tournoux(TT)图谱可能是使用最为频繁的脑图谱。我们简要概述了TT图谱电子版开发方面的活动,并重点介绍了我们十多年来持续对其进行改进所做的努力,最终形成了三个主要版本:TT - 1997、TT - 2000和TT - 2004。最近的TT - 2004版本相比数字化的印刷原版有了显著改进,具有更高的结构划分、单个结构更好的质量和分辨率,以及改进的三维(3D)空间一致性。由于采用了纯色编码(用于自动结构标记)、轮廓表示(以避免叠加图谱造成扫描遮挡)和跨图谱颜色一致性(用于同时使用多个图谱),它也更适合开发基于图谱的应用程序。我们还提供了一种改进3D空间一致性的方法并举例说明其应用。最后,我们展示了一些最新的基于图谱的应用,用于快速自动解读形态学、中风和分子图像,并讨论了TT图谱改进的未来步骤。

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