Hannah Rosenzopf

The paper investigates spatial neglect in subcortical stroke and finds that disconnection of long cortico-cortical association fibres predicts the condition, without requiring subcortical grey matter involvement.

The paper uses Bayesian and frequentist analyses to assess neural dissociation between finger and hand imitation deficits in stroke patients, finding biases in pooled samples.

This paper shows that analyzing structural disconnections separately by hemisphere is more accurate than joint analysis, as joint analysis biases against intra-hemispheric disconnections.

The paper investigates brain disconnection in pusher syndrome using functional and structural measures in stroke patients, identifying thalamo-cortical network dysfunction as a likely cause.

This study examines how digital formats affect spatial neglect test behavior and finds the CoC measure is robust to digitization, while additional search behavior metrics can help differentiate neglect patients.

This study shows that lying in a 3T MRI scanner with feet first reduces spatial neglect in stroke patients by counteracting their attentional bias.

The paper maps structural white matter disconnections in apraxia by analyzing diffusion tensor imaging data from stroke patients, identifying key fronto-temporo-parietal and subcortical networks involved.