Daniel Wiesen

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.

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.

This study shows that being in a 3T MRI scanner causes a rightward shift in spatial attention, similar to spatial neglect in stroke patients.

The paper investigates the role of temporo-parietal brain regions in object perception, finding that these areas are involved in processing non-canonical object orientations and global shapes.

The paper re-analyzes the anatomical basis of pathological line bisection using multivariate lesion-symptom mapping in stroke patients, finding multiple lesion locations and white matter damage contribute to the error.

This study uses multivariate lesion-behaviour mapping to identify a common anatomical network for higher-order motor control in apraxia of pantomime.

This study uses multivariate lesion-mapping to identify a brain network associated with spatial neglect and attention in right brain damaged patients, showing benefits over univariate methods.

This study evaluates SVR-LSM for multivariate lesion behaviour mapping, finding that multiple comparison correction, sufficient sample size, and susceptibility to vascular misplacement are critical methodological considerations.