Marianna Elisa Schmidt

The paper investigates tactile long-term memory retrieval, finding increased somatosensory cortex and hippocampal activity during successful recognition of learned vibrotactile patterns.

The paper examines mesoscale developmental rivalry in human extrastriate visual cortex by comparing fMRI data from individuals with and without amblyopia, finding that compromised modules are usurped by intact ones.

The paper uses MVPA to decode ocular dominance columns in V1 across cortical layers using BOLD and CBV-fMRI, finding that macrovascular contributions limit spatial specificity.

This study uses high-resolution fMRI to map resting-state functional connectivity in human ocular dominance columns, revealing depth- and subfield-specific patterns linked to perceptual biases.

This study finds reduced scene-selective activity in the posterior intraparietal gyrus (PIGS) in amblyopic adults compared to controls, while other scene-processing areas remain unaffected.

This study uses flicker light stimulation and fMRI to show that it increases thalamocortical connectivity between LGN, visual areas, and higher-order thalamic nuclei, correlating with visual hallucination intensity.