Stefanie Schreiber

The paper identifies an EBV-specific T cell program in MS patients that contributes to CNS autoimmunity through B cell and myeloid cell activation.

This study examines how mesoscale connectivity patterns in the medial temporal lobe relate to tau pathology and memory in older adults, finding distinct associations with age and AD pathology.

This paper introduces an automated method to quantify white matter hyperintensity confluence, showing it correlates with cognitive performance and dementia subtypes beyond volume.

This study uses 7 Tesla MRI to examine depth-dependent myelination patterns in hippocampal CA1 and links them to memory performance in younger adults.

This study uses 7T-fMRI to identify functional connectivity patterns in ALS patients that predict disease onset and progression, showing that disease-defining regions are not always the first behaviorally affected areas.

This study investigates how pericytes respond to chronic arterial hypertension in SHRSP rats, revealing phenotypic and metabolic changes that contribute to vascular remodeling and cerebral disease.

The paper investigates how age-related changes in cortical microstructure depend on proximity to veins in human brain regions using venous distance mapping and MRI data.

This study examines microglial phenotypic changes in human and murine cerebral small vessel disease under acute and chronic hypertension, identifying stage-specific morphological and surface marker alterations.

The paper uses shared response modeling to detect age-related differences in finger maps in the primary somatosensory cortex between younger and older adults.

This study uses 7T-MRI and multimodal layer modeling to identify layer-specific pathology in early-stage ALS patients, revealing distinct iron and calcium accumulation patterns and their relationship to demyelination.

The paper characterizes age-related changes in microstructure of topographic maps in the primary motor cortex using MRI data from younger and older adults.

This study investigates stage-dependent molecular and cellular changes in a rat model of hypertension, revealing vascular and neural pathways linked to inflammation and cognitive dysfunction.

This paper evaluates two automated methods for quantifying enlarged perivascular spaces in clinical MRI scans across multiple sites, finding one method achieves correlation with visual scoring comparable to inter-rater agreement in some regions.