Smadar Ovadia‐Caro

This study uses functional connectivity gradient analysis to show that chronic spatial neglect is linked to altered functional reorganization in the non-lesioned left hemisphere, with implications for understanding hemispheric asymmetries.

The paper investigates individual uniqueness in brain connectivity gradients using resting-state fMRI data, finding that network complexity and dispersion influence identification rates.

This study shows that congenital blindness leads to more variable resting-state functional connectivity in visual cortex compared to sighted individuals, highlighting the impact of sensory experience on brain organization.

This paper introduces a method to assess hypoperfusion in stroke using spatial independent component analysis of resting-state fMRI data, identifying hypoperfusion components that correlate with delayed perfusion and reperfusion.

This paper shows ischemic strokes alter functional connectivity along specific connectivity gradients, not just anatomically nearby areas.