Eric C. Leuthardt

This study investigates how vibrotactile taVNS affects working memory by comparing cortical responses during N-back tasks, finding that it enhances cortical efficiency rather than amplifying responses.

This study develops a non-human primate model of internal capsule infarct to study motor impairments and adaptations, finding persistent distal deficits and compensatory behavioral strategies.

The paper examines how aging affects cerebral glucose metabolism by analyzing spectral properties of resting-state fMRI signals and identifies a subset of older adults with divergent patterns linked to white matter pathology.

This study shows vibrotactile taVNS increases low-frequency coherence in limbic brain regions in humans, with 20 Hz being most effective, but with inter-subject variability.

This study uses single-cell and spatial transcriptomics to identify mutation-associated gene expression programs in meningiomas, linking genetic alterations to tumor and immune cell states.

This study uses spatial transcriptomics to map glioblastoma's spatial architecture, identifying tumor cell states and intercellular interactions along the core-edge axis.

This study investigates whether vibrotactile taVNS improves working memory performance and arousal, finding significant improvements in performance and reduced arousal decline during high-cognitive-load tasks.

This study identifies individualized rTMS targets for traumatic brain injury-associated depression using resting-state network mapping, showing improved connectivity after treatment.

The paper shows that embryonic chick ganglia explants exhibit asymmetric neurite outgrowth with co-orientation between neighboring explants, suggesting a potential community effect in neuronal development.