Brigitte Röder

This study examines white matter microstructure changes in individuals with congenital cataracts after sight restoration, finding both persistent impairment and significant recovery compared to controls.

This study examines how early visual experience affects the temporal stability of visual cortical processing in humans using EEG data from individuals who regained sight after congenital cataracts.

This study investigates whether visual category-selectivity in VOTC emerges after sight restoration in congenitally blind humans, finding reduced face-selectivity and a double dissociation between visual and auditory decoding in VOTC.

This study examines how early visual deprivation affects the excitatory/inhibitory ratio in the visual cortex of humans using MRS and EEG, finding altered E/I ratios and associations with visual acuity.

This study investigates long-term retention of visual sequence learning in 7-year-olds and adults over one year, finding similar transfer abilities but overall better performance in adults.

The paper examines alpha oscillations in individuals with congenital cataracts and finds reduced evoked and resting-state alpha activity linked to impaired visual behavior.

The paper examines how visual input during early development affects resting state brain activity in individuals who regained sight later in life, finding altered neural responses in visual and multisensory regions.

The study investigates whether the Size-Weight Illusion is affected by congenital visual deprivation, finding it remains intact in individuals with a history of visual deprivation.

The paper shows that congenital visual loss leads to altered cross-modal temporal perception biases, suggesting these biases develop during an early sensitive period.

This study shows that alpha-band oscillations in sighted humans encode external spatial information for tactile stimuli, unlike congenitally blind humans who rely on skin-based coding.

The paper shows that working memory training with voices increases beta-band connectivity in the visual cortex of congenitally blind individuals during auditory tasks.

This study shows that task demands influence how sighted and congenitally blind adults integrate anatomical and external spatial information during tactile localization.

The paper shows infants detect crossmodal statistics better than adults, who only do so when task-relevant.