Michael Lindner

This study uses concurrent TMS-fMRI and MVPA to show that dlPFC causally supports the representation of task-relevant information by decreasing its coding when disrupted.

The paper investigates how sensing versus seeing a visual change relates to brain activity using EEG and fMRI, finding overlapping occipitoparietal activation for both.

This study investigates eye movement artefacts in simultaneous multi-slice fMRI data and shows that artefact severity depends on the phase-encoding direction.

This study uses fMRI and PPI analysis to show that striatal connectivity with lateral orbitofrontal cortex and CM-Pf thalamus differs in their association with speed and quality of reversal learning in humans.

This study investigates differences in ERP responses between detecting and localizing changes in a visual scene, finding no significant visual awareness negativity difference but significant N2pc and late parietal positivity differences.

This study shows that dorsal striatal choline levels are linked to reversal learning performance in humans, supporting the role of the cholinergic system in behavioural flexibility.