一种进化上的新大脑结构的可变存在与特质冲动性有关。

Ethan H Willbrand, Samira A Maboudian, Matthew V Elliott, Gabby M Kellerman, Sheri L Johnson, Kevin S Weiner
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引用次数: 0

摘要

背景:冲动是一个多维结构,反映了对一个人的行为缺乏约束。临床心理学研究确定了可分离的冲动维度,每个维度都是精神病理学的独特的跨诊断指标。然而,尽管这种明显的临床重要性,这些因素的共同和独特的神经解剖学相关性在很大程度上仍然未知。与此同时,神经影像学研究确定了与认知和障碍有关的不同的人类大脑结构:大脑皮层的褶皱(沟)位于最新发展和进化上扩展最多的类人猿特异性关联皮层。方法:我们将这两个领域连接起来,以测试前扣带皮层(ACC)中一个这样的结构——扣带旁沟(PCGS)的变异性是否与特质冲动的个体差异有关。120名患有内化或外化精神病理的成年参与者完成了磁共振成像扫描和三因素冲动指数。利用精密成像技术,我们手动识别出存在的PCGS,并获得了定量的折叠指标(PCGS长度和ACC局部回转指数)。结果:神经解剖学-行为分析显示,左向或对称的PCGS模式的参与者比右向不对称的参与者有更严重的缺乏跟进(LFT),这反映了注意力不集中和缺乏毅力。神经解剖学功能分析发现,PCGS与LFT基础特征的神经影像学荟萃分析中发现的病灶位点共定位。两个定量折叠指标都不涉及任何冲动性维度。结论:本研究促进了对冲动性神经解剖学相关性的理解,并确立了一种概念,即不同的、类人猿特有的皮层扩张的地形组织是冲动性可分离维度的基础,对精神病理学具有强大的跨诊断意义。
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Variable Presence of an Evolutionarily New Brain Structure is Related to Trait Impulsivity.

Background: Impulsivity is a multidimensional construct reflecting poor constraint over one's behaviors. Clinical psychology research identifies separable impulsivity dimensions that are each unique transdiagnostic indicators for psychopathology. Yet, despite this apparent clinical importance, the shared and unique neuroanatomical correlates of these factors remain largely unknown. Concomitantly, neuroimaging research identifies variably present human brain structures implicated in cognition and disorder: the folds (sulci) of the cerebral cortex located in the latest developing and most evolutionarily expanded hominoid-specific association cortices.

Methods: We tethered these two fields to test whether variability in one such structure in anterior cingulate cortex (ACC)-the paracingulate sulcus (PCGS)-was related to individual differences in trait impulsivity. 120 adult participants with internalizing or externalizing psychopathology completed a magnetic resonance imaging scan and the Three-Factor Impulsivity Index. Using precision imaging techniques, we manually identified the PCGS, when present, and acquired quantitative folding metrics (PCGS length and ACC local gyrification index).

Results: Neuroanatomical-behavioral analyses revealed that participants with leftward or symmetrical PCGS patterns had greater severity of Lack of Follow Through (LFT)-which captures inattention and lack of perseverance-than those with rightward asymmetry. Neuroanatomical-functional analyses identified that the PCGS co-localized with a focal locus found in a neuroimaging meta-analysis on a feature underlying LFT. Both quantitative folding metrics did not relate to any impulsivity dimension.

Conclusions: This study advances understanding of the neuroanatomical correlates of impulsivity and establishes the notion that the topographical organization of distinct, hominoid-specific cortical expanses underlie separable impulsivity dimensions with robust, transdiagnostic implications for psychopathology.

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