Krystel R. Huxlin

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 steering and gaze behavior in individuals with unilateral cortical blindness in a virtual reality task, finding preserved performance despite visual field loss.

This study investigates steering biases in visually healthy drivers under gaze-contingent occlusion, finding that biases seen in cortical blindness may not result from simple visual information loss.

The paper examines how optic flow density affects corner-cutting in a virtual reality steering task, finding age-independent effects on steering behavior.

This study shows that cross-modal auditory feature-based attention cues enhance the transfer of figure-ground segregation learning to untrained locations.

This study uses ccPAS to investigate directional specificity in visual motion processing, finding that Backward ccPAS enhances re-entrant MT-to-V1 signals, which correlates with improved motion discrimination.

The paper investigates whether multisensory integration enhances perceptual learning transfer in virtual reality, finding that it improves figure-ground segregation learning but not motion direction discrimination.

This study shows that unconscious visual processing for automatic eye movements is not recovered by perceptual restoration in V1-damaged patients.

This study uses TMS-fMRI to investigate how localized brain perturbations affect network organization and behavior, finding distinct responses in early visual areas and the medio-temporal area.

This study identifies GSK-3β and Smad3 as key mediators of TGF-β1's anti-neuritogenic effects by modulating CRMP2 phosphorylation in sensory neurons.

This study shows that anti-phase tACS between V1 and V5 improves motion discrimination by altering phase-amplitude coupling in the alpha band.

The paper shows that online tRNS improves visual processing under high external noise but not after stimulation, resembling effects of spatial attention.

This study shows that training-induced recovery in cortically-blind patients is linked to changes in perilesional V1 activity and receptive field enlargement.

This study shows that long-term exposure to optical defects alters visual processing in KC patients, leading to a functional reorganization favoring sensory information less affected by optical limitations.

This study shows that visual discrimination abilities are partially preserved in subacute occipital stroke and that training during this period leads to faster and more generalized recovery than in the chronic phase.

This study examines changes in MT neuron sensitivity to motion after long-term V1 lesions in marmosets, finding reduced direction selectivity and increased firing variability.

This paper shows that combining visual training with transcranial random noise stimulation (tRNS) significantly improves visual motion perception and leads to long-lasting effects in both healthy individuals and patients with chronic cortical blindness.