PTSD symptomatology is selectively associated with impaired sustained attention ability and dorsal attention network synchronization

心理学 注意力网络 注意力控制 注意偏差 神经科学 选择性注意 认知心理学 认知 医学 计算机科学 解剖 人工智能
作者
Travis C. Evans,Marina Rodriguez Alonso,Audreyana Jagger‐Rickels,David Rothlein,Agnieszka Zuberer,John Bernstein,Catherine B. Fortier,Jennifer R. Fonda,Audri Villalon,Ricardo E. Jorge,William Milberg,Regina E. McGlinchey,Joseph DeGutis,Michael Esterman
出处
期刊:NeuroImage: Clinical [Elsevier]
卷期号:36: 103146-103146 被引量:14
标识
DOI:10.1016/j.nicl.2022.103146
摘要

Posttraumatic Stress Disorder (PTSD) symptomatology is associated with dysregulated sustained attention, which produces functional impairments. Performance on sustained attention paradigms such as continuous performance tasks are influenced by both the ability to sustain attention and response strategy. However, previous studies have not dissociated PTSD-related associations with sustained attention ability and strategy, which limits characterization of neural circuitry underlying PTSD-related attentional impairments. Therefore, we characterized and replicated PTSD-related associations with sustained attention ability and response strategy in trauma-exposed Veterans, which guided characterization of PTSD-related differences in neural circuit function. In Study 1, PTSD symptoms were selectively associated with reduced sustained attention ability, but not more impulsive response strategies. In Study 2, we utilized task and resting-state fMRI to characterize neural circuitry underlying PTSD-related differences in sustained attention ability. Both PTSD symptomatology and sustained attention ability exhibited converging associations with reduced dorsal attention network (DAN) synchronization to endogeneous attentional fluctuations. Post-hoc time course analyses demonstrated that PTSD symptoms were most accurately characterized by delayed, rather than globally reduced, DAN synchronization to endogenous attentional fluctuations. Together, these findings suggest that PTSD symptomatology may selectively impair sustained attention ability by disrupting proactive engagement of attentional control circuitry.
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