Krack Paul, Dostrovsky Jonathan, Ilinsky Igor, Kultas-Ilinsky Kristy, Lenz Fred, Lozano Andres, Vitek Jerry
Neurology Department, University of Grenoble, Grenoble, France.
Mov Disord. 2002;17 Suppl 3:S2-8. doi: 10.1002/mds.10136.
The literature on thalamic surgery is difficult to read because different nomenclatures are in use. Neurosurgeons mostly use the stereotactic atlas of Schaltenbrand with Hassler's nomenclature of the thalamus. Neuroanatomists use different nomenclatures for the primate thalamus. The cytoarchitectonic definition of nuclei is difficult in the motor thalamus, and it would be best to define the nuclei based on their subcortical afferents. However, tracing studies are not available in humans. Thus, human thalamic nomenclature is based entirely on cytoarchitectonic subdivisions and transfer of knowledge by analogy from monkey to man. Problems arise when trying to transfer the detailed knowledge from monkey to the human brain. By doing so, different authors have come to different conclusions concerning the subcortical afferents of Hassler's motor nuclei, which inevitably leads to confusion when attempting neurophysiological interpretations of the surgical data. The present review draws attention to the discrepancies and open questions in the literature. There is a need to better define the limits of the sensory and cerebellar afferent receiving thalamic nuclei as well as those of the cerebellar and pallidal afferent receiving territories in humans.
关于丘脑手术的文献很难读懂,因为使用了不同的命名法。神经外科医生大多使用沙尔滕布兰德的立体定向图谱以及哈斯勒的丘脑命名法。神经解剖学家对灵长类动物丘脑使用不同的命名法。在运动丘脑中,核团的细胞构筑学定义很困难,最好根据其皮质下传入纤维来定义核团。然而,人体追踪研究尚不可用。因此,人类丘脑命名法完全基于细胞构筑学细分以及从猴子类推到人类的知识转移。当试图将详细知识从猴子转移到人类大脑时就会出现问题。这样一来,不同作者对于哈斯勒运动核团的皮质下传入纤维得出了不同结论,这在试图对手术数据进行神经生理学解释时不可避免地导致混乱。本综述提请注意文献中的差异和未解决的问题。有必要更好地界定人类中感觉和小脑传入纤维接收丘脑核团的界限,以及小脑和苍白球传入纤维接收区域的界限。