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Reorganized functional networks underlie working memory deficits after right-hemispheric stroke

2025-07-10

Abstract excerpt

Working memory (WM) is a core component of higher-order cognition, and its impairment is a common consequence of stroke. While traditional lesion-symptom mapping highlights focal damage, it often overlooks alterations in large-scale brain network dynamics. This study investigated WM deficits through functional connectivity (FC) analyses of frontoparietal networks in 34 patients with right hemisphere (RH) stroke an...

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Literature Corpus work
6c70bf87-718d-50e3-8997-2c32f7d70a4b
DOI
10.22541/au.175213348.89559209/v1
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Reorganized functional networks underlie working memory deficits after right-hemispheric strokeDOI 10.22541/au.175213348.89559209/v1
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