Esther Kuehn

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

The paper estimates 2D spatio-tactile population receptive fields in human BA3b using fMRI and finds that the ulnar-to-radial fingertip axis maps to a superior-to-inferior axis in BA3b.

The paper investigates how autosuggestion and mental imagery influence the perception of facial emotions, finding both induce a bias toward the desired emotion, with autosuggestion showing stronger support.

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.

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 investigates age-related changes in cortical layer architecture and sensory function across species, finding layer-specific alterations in myelination and neuronal activity.

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.

The paper uses 7T MRI to analyze 3D structural features in the human hand area of S1 and finds no topographic organization, unlike in some monkeys.

This study examines de-differentiated topographic maps in somatosensory cortex of younger and older adults using fMRI and behavioral tests, finding that reduced representational similarity and altered cortical distances correlate with specific behavioral changes.