Bernhard Sehm

This study identifies white matter disconnection patterns linked to proprioceptive deficits after stroke using CLSM and kinematic assessments in chronic stroke survivors.

This study shows motor imagery enhances learning of both imagined and linked overt movements, supported by neural evidence of event-related synchronization.

The paper investigates whether motor adaptation in one arm can be facilitated by prior movement of the other arm in bimanual sequences, finding that active participation in the sequence supports adaptation.

The paper shows that attention to memory enhances recall precision by improving neural fidelity in specific brain regions, particularly the left superior temporal sulcus.

This paper evaluates multimodal DTI-TMS metrics to classify chronic ischemic stroke patients into motor recovery groups, finding IC FA ratio and MEP presence as key discriminators.

The paper introduces a flexible workflow for simulating transcranial electric stimulation in healthy and lesioned brains using open-source tools.

This study shows that stimulating the right frontopolar cortex with tDCS enhances reward-based motor learning by increasing reward expectation and reducing exploration volatility.

This study investigates how dopamine affects cortical dynamics during cognitive tasks, showing that it increases BOLD signal variability and alters functional connectivity, which correlates with individual differences in cognitive performance improvements.