Stephanie J. Forkel

This paper analyzes neuroscience seminar transcripts to track scientific trends and predict future discourse, finding limited predictive power in spoken scientific conversations.

This study investigates how individual differences in speech monitoring relate to functional and structural brain correlates under delayed auditory feedback.

This study characterizes white matter asymmetry across the lifespan using a large dataset, revealing dynamic changes in asymmetry patterns with age.

This study maps the neurotransmitter architecture of the human language network and identifies neurochemical disruptions in post-stroke aphasia, suggesting potential for personalized pharmacological strategies.

This paper uses preoperative brain mapping to predict language outcomes after glioma resection, finding that subcortical white matter resection predicts long-term deficits with high accuracy.

This study examines the relationship between white matter architecture and language lateralisation using connectomic analysis in a large cohort, finding that diffusion measures, not geometric features, correlate with language dominance.

The paper develops a method to map white and grey matter contributions to resting-state networks and finds that 89% of white matter is shared across multiple networks.

This study uses a disconnectome method to identify white matter networks critical for reading and predicts lesion locations causing reading deficits.

The paper performs a multivariate GWAS on resting-state functional connectivity in language-related brain regions, identifying 20 genomic loci associated with language functional connectivity.

The paper introduces Functionnectome, a method that maps functional white matter circuits using fMRI and anatomy, revealing their contribution to motor, working memory, and language functions.

The paper maps the principal gradient onto the corpus callosum and shows its spatial distribution and connectivity patterns.

The paper links the fifth functional connectivity gradient to the olfactocentric system in the Dual Origin theory of the human brain.

This study examines how resection of white matter tracts in the left hemisphere affects hand selection in patients with brain tumors, finding that frontal and parietal resections alter hand preference without motor or cognitive deficits.