Frans W. Cornelissen

This study investigates neuroplasticity in adult glaucomatous visual cortex using fMRI and finds reduced fMRI signal amplitude and local pRF shifts in early visual areas.

This study investigates functional connectivity changes in primary open-angle glaucoma using resting-state fMRI and finds local network alterations linked to visual field deficits.

The paper compares white matter microstructure changes in glaucoma and monocular blindness, finding distinct patterns outside the visual system.

This paper evaluates Bayesian Connective Field (CF) modeling on 3T resting-state fMRI data to estimate local visual cortical connectivity and quantify parameter uncertainty.

This study evaluates fMRI-based techniques for visual field reconstruction, finding they can detect large VF defects and provide reliable VF information comparable to standard automated perimetry.

The paper shows that foveal pRF properties in healthy controls change when peripheral visual field stimulation is restricted, suggesting caution in interpreting similar changes in patients with visual field defects.

This study uses BOLD activity propagation analysis to show task-dependent changes in directed interactions and cortical excitability across human visual cortex.

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

This paper introduces micro-probing (MP), a method to map neuronal subpopulation receptive fields in humans using fMRI without prior assumptions, revealing subpopulations in both healthy and diseased states.

The paper investigates how the human visual cortex reconfigures neural populations in response to an artificial scotoma, finding shifts in receptive fields and connectivity guided by extrastriate signals.

The paper defines 19 FOC features using analytical geometry and evaluates their contribution to perceived faceness in abstract stimuli through psychophysical experiments.