Frontocingulate-parietal-limbic circuits associated with both ruminative brooding and self-regulatory processes

Ruminative brooding is a transdiagnostic symptom defined as repetitive dwelling on thoughts and emotions, and has been linked to emotion dysregulation, maladaptive metacognitive beliefs, and abnormal interoception, but the relative contributions of these factors and their neural mechanisms remain unclear. We used source-localized resting-state EEG analyses (n=31) to map these processes onto cross-frequency coupling (CFC) networks. We first identified symptoms of interest for CFC analyses by employing regularized symptom network analyses which revealed two clusters relevant to brooding: one dominated by interoceptive/mindfulness dimensions and another by metacognitive/emotional dysregulation, with brooding aligning with the latter. We then examined links between representative symptoms from each cluster and resting-state cross-frequency phase–amplitude coupling (PAC) using partial least squares (PLS) correlation. Emotional dysregulation and brooding were associated with delta-beta PAC, whereas mindfulness symptoms related to beta-gamma and theta-gamma PAC. For the brooding/dysregulation signature, prefrontal and cingulate phase activity modulated amplitudes in regions implicated in emotion regulation and interoception (e.g., subcallosal cingulate, somatosensory cortex, insula, parietal cortex). The mindfulness/interoception signature reflected coupling within networks supporting interoceptive awareness and emotion regulation. Overall, our results indicate that brooding is more tightly linked to maladaptive metacognitive beliefs and emotional dysregulation than to mindfulness/interoception, consistent with resistance toward one’s thoughts and emotions. Neurally, this may be reflected by compensatory top-down control from prefrontal and cingulate areas over interoceptive, affective, and self-referential systems, pointing to the potential value of therapies that cultivate self-acceptance and modify maladaptive metacognitive beliefs for reducing rumination.

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Publication Details

Published
2025-09-20
DOI
https://doi.org/10.31234/osf.io/86qnc_v1
Citations
1
Primary Topic
Neuroscience of respiration and sleep
Type
article
Field-Weighted Citation Impact
0.91

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article

Frontocingulate-parietal-limbic circuits associated with both ruminative brooding and self-regulatory processes

Suzanna Becker, Saurabh Bhaskar Shaw, Selena Singh, Allison Mizzi et al.
1 citations
Neuroscience of respiration and sleep
0.91
article

Frontocingulate-parietal-limbic circuits associated with both ruminative brooding and self-regulatory processes

Suzanna Becker, Saurabh Bhaskar Shaw, Selena Singh, Allison Mizzi, Isaac Kinley, Yarden Levy, Vibooshitha Thusyanthan
article en
1 citations

Abstract

Ruminative brooding is a transdiagnostic symptom defined as repetitive dwelling on thoughts and emotions, and has been linked to emotion dysregulation, maladaptive metacognitive beliefs, and abnormal interoception, but the relative contributions of these factors and their neural mechanisms remain unclear. We used source-localized resting-state EEG analyses (n=31) to map these processes onto cross-frequency coupling (CFC) networks. We first identified symptoms of interest for CFC analyses by employing regularized symptom network analyses which revealed two clusters relevant to brooding: one dominated by interoceptive/mindfulness dimensions and another by metacognitive/emotional dysregulation, with brooding aligning with the latter. We then examined links between representative symptoms from each cluster and resting-state cross-frequency phase–amplitude coupling (PAC) using partial least squares (PLS) correlation. Emotional dysregulation and brooding were associated with delta-beta PAC, whereas mindfulness symptoms related to beta-gamma and theta-gamma PAC. For the brooding/dysregulation signature, prefrontal and cingulate phase activity modulated amplitudes in regions implicated in emotion regulation and interoception (e.g., subcallosal cingulate, somatosensory cortex, insula, parietal cortex). The mindfulness/interoception signature reflected coupling within networks supporting interoceptive awareness and emotion regulation. Overall, our results indicate that brooding is more tightly linked to maladaptive metacognitive beliefs and emotional dysregulation than to mindfulness/interoception, consistent with resistance toward one’s thoughts and emotions. Neurally, this may be reflected by compensatory top-down control from prefrontal and cingulate areas over interoceptive, affective, and self-referential systems, pointing to the potential value of therapies that cultivate self-acceptance and modify maladaptive metacognitive beliefs for reducing rumination.

Natural Sciences and Engineering Research Council of Canada
Openalex Percentile: Top 22%
Neuroscience of respiration and sleep
0.91
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