Department of Psychology, University of Victoria, P. O. Box 1700 STN CSC, Victoria, British Columbia V8W 2Y2, Canada(2).
Neurosci Biobehav Rev. 2016 Dec;71:418-443. doi: 10.1016/j.neubiorev.2016.09.021. Epub 2016 Sep 28.
The United States National Institute of Mental Health has recently promoted the Research Domain Criteria framework, which emphasizes the study of neurocognitive constructs that cut across different disorders. These constructs are said to express dimensionally across the population, giving rise to psychopathologies only in the extreme cases where that expression is maladaptive. Inspired by the RDoC framework, we propose that recent insights into the function of anterior cingulate cortex (ACC), a brain area said to be responsible for selecting and motivating extended behaviors, may elucidate the etiology of a diverse array of mental disorders. We argue that ACC function contributes to individual differences in personality traits related to reward sensitivity and persistence, and propose that the maladaptive expression of these traits contributes to multiple mental and neurological disorders. Our discussion is organized around a computational framework that relates the reward processing and control functions of ACC, as revealed by two electrophysiological phenomena called the reward positivity and frontal midline theta oscillations, to a distributed neural system underlying cognitive control.
美国国家心理健康研究所最近推广了研究领域标准框架,该框架强调对跨越不同障碍的神经认知结构的研究。这些结构据说在人群中具有维度性,只有在表达适应不良的极端情况下才会导致精神病理学。受 RDoC 框架的启发,我们提出,最近对前扣带皮层 (ACC) 功能的研究表明,ACC 是负责选择和激发扩展行为的大脑区域,这可能阐明了各种精神障碍的病因。我们认为,ACC 功能有助于与奖励敏感性和持久性相关的人格特质的个体差异,并提出这些特质的适应不良表达有助于多种精神和神经障碍。我们的讨论围绕一个计算框架展开,该框架将 ACC 的奖励处理和控制功能与两种称为奖励正波和额中线 theta 振荡的电生理现象联系起来,以揭示认知控制的分布式神经系统。