Finn Rabe

This study shows that individuals with tetraplegia exhibit finger-specific brain activity in ipsilateral S1 without peripheral input, challenging the idea that somatotopic activity depends on sensory reafference.

This study investigates face-to-hand area remapping in human cervical SCI patients and finds no significant evidence of such remapping in fMRI experiments.

The paper shows that cognitive disorganization impairs the ability to form cognitive maps from visual input but not from linguistic structure.

This study shows that top-down processing can activate early somatosensory nuclei in humans with spinal cord injury, even when peripheral input is absent.

This study shows that neural traces of forgotten memories persist in humans and affect behavior, as evidenced by brain imaging and memory test results.

This study uses 3T fMRI and multivariate analysis to distinguish functional activity of adjacent somatosensory nuclei in the brainstem, thalamus, and S1, showing improved decoding compared to univariate methods.

The paper identifies amacrine cells as enriched in schizophrenia genetic risk and links this to synaptic biology, while finding retinal immune cells associated with multiple sclerosis.

This study links genetic risk for schizophrenia with retinal thinning using UK Biobank data, highlighting neuroinflammatory pathways as a potential mechanism.

This study examines structural brain heterogeneity in schizophrenia using multimodal MRI data from the ENIGMA dataset, finding higher frontotemporal heterogeneity and left parahippocampal homogeneity in patients.

The paper shows that prior information enhances tactile detection and modulates somatosensory cortex activity before tactile stimulation.

The paper shows that vibrotactile working memory modulates somatotopic finger representations in primary somatosensory cortex during the delay period without tactile stimulation.