Xavier Guell

This study investigates cerebello-cerebral functional connectivity in MDD using resting-state fMRI, finding increased connectivity in the DMN-related cerebellar ROI and between ROI1 and angular gyrus.

The paper links cerebellar functional gradients to transdiagnostic behavioral dimensions of psychopathology using partial least squares analysis in 198 participants.

The paper examines resting-state fMRI data from high-risk individuals to determine if abnormal functional connectivity in the dentate nuclei precedes psychosis onset.

The paper investigates interhemispheric functional symmetry in human subcortical structures using fMRI data, finding that direct cortical connectivity correlates with stronger subcortical symmetry in some regions, while connectivity to symmetric cortical areas correlates with symmetry in others.

This paper identifies three functional territories in the human dentate nucleus using resting-state MRI, showing their unique contributions to default-mode, salience-motor, and visual brain networks.

LittleBrain visualizes cerebellar neuroimaging data along newly identified functional gradients to enhance topographical interpretation.

The paper tests the UCT theory by showing that cerebellar functional specialization is independent of microstructural variation, unlike the cerebral cortex.

The paper identifies two functional gradients in the cerebellum using diffusion map embedding on resting-state data, revealing a progression from motor to transmodal regions and task-unfocused to task-focused processing.

The paper analyzes cerebellar fMRI task activation and resting-state connectivity in a large cohort, revealing triple representations for non-motor cognitive and affective tasks.