Aviv Mezer

The paper examines the postnatal development of putamen microstructure and white matter connectivity in autism, finding preserved organization with increased prefrontal connectivity.

This study identifies subregional basal ganglia pathology in early Parkinson's disease using MRI, showing associations with motor symptom lateralization and demonstrating the potential of anatomically guided spatial analysis for circuit-level biomarkers.

This study examines age-related changes in brain microstructure using qMRI, finding increased regional similarity and individual variability in older adults.

This study uses multiparametric quantitative MRI to identify microstructural changes in the putamen of Parkinson's Disease patients, revealing spatial gradients and asymmetries linked to motor symptoms.

This paper introduces a qMRI approach to map microscopic water populations and tissue relaxivity in the human brain, showing its effectiveness in imaging white matter hyperintensities.

This paper introduces an MRI technique to assess iron homeostasis in living human brains, showing it varies with age and disease states.

The paper examines changes in white matter properties during reading instruction using diffusion MRI and T1 relaxation measurements, finding that diffusion changes may not reflect myelin density changes.

The paper shows that infant cortex undergoes microstructural growth linked to myelination, with visual areas developing hierarchically.

This paper introduces a phantom system to assess how membrane lipids affect qMRI parameters, showing that lipid composition can be controlled to reliably estimate these parameters.

This study uses MRI-measured g-ratio to predict conduction delays in the corpus callosum and finds age-related differences in motor fibers.