Baud Robert, Sprumont Pierre, Ten Donkelaar Hans J
Anatomy, Section of Medicine, Faculty of Science and Medicine, University of Fribourg, Fribourg, Switzerland.
SIB Data mining, Swiss Institute for Bioinformatics, Geneva, Switzerland.
Front Neuroanat. 2018 Dec 13;12:102. doi: 10.3389/fnana.2018.00102. eCollection 2018.
The white matter of the central nervous system (CNS) is difficult to represent in anatomy because it is located predominantly "between" other anatomical entities. In a classic presentation, like a cross section of a brain segment, white matter is present and can be labeled adequately. Several appearances of the same entity are feasible on successive cross section views. The problem is the absence of a global view on long tracts, and more generally, the lack of a comprehensive classification of white matter pathways. Following the recent revision of the (TA, 1998), in particular the chapter on the nervous system, resulting in the (TNA, 2017), the authors have developed a new schema for the representation of white matter. In this approach, white matter is directly attached to the CNS, and no longer considered as part of the brain segments. Such a move does not affect the content but redistributes the anatomical entities in a more natural fashion. This paper gives an overall description of this new schema of representation and emphasizes its benefits. The new classification of white matter tracts is developed, selecting the origin as the primary criterion and the type of tract as the secondary criterion.
中枢神经系统(CNS)的白质在解剖学上难以呈现,因为它主要位于其他解剖实体“之间”。在经典的呈现方式中,比如脑段的横截面,白质是存在的且能够被充分标记。在连续的横截面视图上,同一实体有几种呈现方式是可行的。问题在于缺乏对长束的全局观,更普遍地说,缺乏对白质通路的全面分类。随着最近对《解剖学名词》(TA,1998)的修订,特别是关于神经系统的章节,产生了《神经解剖学名词》(TNA,2017),作者们开发了一种新的白质呈现模式。在这种方法中,白质直接附着于中枢神经系统,不再被视为脑段的一部分。这样的举措并不影响内容,而是以更自然的方式重新分配了解剖实体。本文对这种新的呈现模式进行了全面描述,并强调了其优点。开发了白质束的新分类,选择起源作为主要标准,束的类型作为次要标准。