Eran Dayan

The paper identifies neurobiologically distinct subgroups in psychosis prodrome by integrating brain connectivity and symptom data, revealing age-related differences in salience network segregation and symptom profiles.

The paper investigates whether redundancy in brain networks protects cognitive function in individuals with accelerated brain aging, finding that redundancy in the dorsal attention network is positively associated with processing speed in those with a positive brain-age gap.

This study examines age-related changes in brain network controllability using diffusion MRI data and finds that redundancy mitigates these changes and supports cognitive function.

The paper examines how robust core brain network connectivity in the frontoparietal control network correlates with cognitive performance in aging individuals.

This study uses deep learning to identify hippocampal subfields contributing to MCI progression, finding that certain subfields are more critical than others.

This study finds increased hypothalamic diffusivity in Parkinson's disease patients with high autonomic symptom burden compared to those with low burden.

The paper examines how physical activity affects cognitive performance in Parkinson's disease through functional connectivity in brain networks.

The paper identifies distributed brain structural patterns that predict motor cortical excitability and inhibition in healthy volunteers.

The paper identifies reduced striato-thalamo-pallidal functional connectivity in prodromal Parkinson’s disease using resting-state fMRI data from RBD and hyposmia patients compared to controls.