Spatial Neglect and Hemispheric Dysfunction

The paper investigates if pre-training functional connectivity of the precuneus predicts success in visual restitution training for chronic hemianopia patients.

This study identifies three neural networks involved in Anosognosia for Hemiplegia using structural neuroimaging in stroke patients.

This review finds that unilateral neglect after stroke is associated with worse proprioception, but evidence is limited by methodological heterogeneity and low study quality.

This study uses multivariate lesion-mapping to identify a brain network associated with spatial neglect and attention in right brain damaged patients, showing benefits over univariate methods.

The paper identifies a mid-STS region in macaques as causally linked to spatial neglect through fMRI and inactivation experiments.

The paper investigates structural connectivity between the Olfactory Cortex and Temporoparietal Junction to explore spatial information processing from olfactory stimuli, finding hemispherical dominance in the right hemisphere.

This study identifies anatomical predictors of successful prism adaptation in chronic visual neglect, showing that cortical thickness and white matter integrity in the left hemisphere correlate with treatment response.

The paper shows that adapting to visuomotor delays in different spatial directions affects drawing symmetry, suggesting a link between delay processing and hemispatial neglect.

The paper demonstrates pseudoneglect in visual search and shows that simulated neurorobots with specific hemispheric asymmetries and inter-hemispheric inhibition replicate this behavior.

This study investigates the dissociation between ego- and allocentric neglect after stroke, finding a double dissociation and differences in prevalence and recovery predictors.

This study identifies dysconnection between right parietal and frontal cortex in neglect syndrome using EEG and Bayesian connectivity analysis.