是时候埋下凿子了:一个连续的背侧联结束系统。

IF 2.7 3区 医学 Q1 ANATOMY & MORPHOLOGY
Brain Structure & Function Pub Date : 2024-09-01 Epub Date: 2024-07-16 DOI:10.1007/s00429-024-02829-w
Emiel van den Hoven, Marco Reisert, Mariacristina Musso, Volkmar Glauche, Michel Rijntjes, Cornelius Weiller
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引用次数: 0

摘要

弓状筋束可细分为一条直接连接额叶和颞叶的束,以及一对间接的减束,其中额叶与颞叶的连接是通过与下顶叶的连接来介导的。外侧背侧联想纤维形成了一个连续的系统,没有可辨别的离散部分。此外,它还被用作语言能力功能假说的解剖学基础。根据假说,间接减数纤维受损会导致多单词序列的复述障碍,而直接减数纤维受损则会导致单个多音节词的即时复述障碍。我们认为,背侧联结束系统的这种分区在解剖学上并不享有特殊地位,因此寻找语言能力的解剖学基质不应受其限制。相反,判断任何假定的分区的优劣,应主要看它是否能启发或模糊我们对单个减法受损患者行为的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Time to bury the chisel: a continuous dorsal association tract system.

Time to bury the chisel: a continuous dorsal association tract system.

The arcuate fasciculus may be subdivided into a tract directly connecting frontal and temporal lobes and a pair of indirect subtracts in which the fronto-temporal connection is mediated by connections to the inferior parietal lobe. This tripartition has been advanced as an improvement over the centuries-old consensus that the lateral dorsal association fibers form a continuous system with no discernible discrete parts. Moreover, it has been used as the anatomical basis for functional hypotheses regarding linguistic abilities. Ex hypothesi, damage to the indirect subtracts leads to deficits in the repetition of multi-word sequences, whereas damage to the direct subtract leads to deficits in the immediate reproduction of single multisyllabic words. We argue that this partitioning of the dorsal association tract system enjoys no special anatomical status, and the search for the anatomical substrates of linguistic abilities should not be constrained by it. Instead, the merit of any postulated partitioning should primarily be judged on the basis of whether it enlightens or obfuscates our understanding of the behavior of patients in which individual subtracts are damaged.

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来源期刊
Brain Structure & Function
Brain Structure & Function 医学-解剖学与形态学
CiteScore
6.00
自引率
6.50%
发文量
168
审稿时长
8 months
期刊介绍: Brain Structure & Function publishes research that provides insight into brain structure−function relationships. Studies published here integrate data spanning from molecular, cellular, developmental, and systems architecture to the neuroanatomy of behavior and cognitive functions. Manuscripts with focus on the spinal cord or the peripheral nervous system are not accepted for publication. Manuscripts with focus on diseases, animal models of diseases, or disease-related mechanisms are only considered for publication, if the findings provide novel insight into the organization and mechanisms of normal brain structure and function.
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