Holly Bridge

The paper examines how preserved cortical hierarchy in blindsight-positive patients explains their ability to detect stimuli without awareness after V1 damage.

The paper quantifies tract overlap in visual pathways to assess training-related microstructural changes in hemianopia patients using diffusion MRI.

This study shows that visual rehabilitation improves motion discrimination and Gabor detection in occipital stroke patients, with neural correlates in hMT+ and prefrontal regions.

This study examines how GABA+ and Glx concentrations in the human visual cortex change with correlated and anticorrelated binocular disparity, suggesting roles for excitation and inhibition in disparity selectivity.

The paper investigates the relationship between GABAergic inhibition and eye dominance in the human visual cortex during monocular visual stimulation, finding a significant correlation during active sensory processing.

The paper compares population receptive field sizes for binocular disparity, contrast, and luminance stimuli in human visual areas V1 and LOC using fMRI, finding larger fields for disparity in V1.

The paper investigates finger representation in the primary somatosensory cortex of congenitally blind individuals using fMRI and psychophysics, finding no increased hand representation but activation of the middle temporal complex during finger movement.

The paper provides normative cortical thickness values for human visual areas using FreeSurfer data from 960 participants, showing systematic variation aligned with visual system hierarchies and normal distribution patterns.

This study examines the visual network in a Rhesus macaque lacking primary visual cortex, finding an intact extrastriate network but no enhanced subcortical input to V5/MT.

This study tests if anodal tDCS over hMT+ improves visual motion direction discrimination learning but finds no significant enhancement compared to sham stimulation.

The paper uses high-field fMRI and geospatial analysis to identify topographically clustered signals for binocular stereo depth in human visual cortex.