Gereon R. Fink

The paper examines structural and functional connectivity coupling in the mouse brain after stroke, revealing hemisphere-specific network reorganization that is not detectable when analyzing structural and functional connectivity separately.

This study compares structural connectivity changes in two stroke models in mice, finding that lesion size and location affect dynamic connectivity patterns in sensorimotor regions.

This study uses computational models to replicate static and dynamic functional connectivity patterns in the brain and identifies key neurobiological parameters influencing these patterns.

The paper uses intracranial EEG to show that earlier motor planning in premotor cortex predicts faster motor execution in primary motor cortex, correlating with shorter reaction times.

This study investigates β-γ phase-amplitude coupling in Parkinson's disease using EEG, finding frequency-specific increases in high β-γ PAC linked to motor symptoms and responsive to medication.

This study applies the Proportional Recovery Rule to mice with cortical stroke, finding two recovery clusters and higher recovery in one cluster compared to human studies.

This study investigates how divided visual attention affects the flash-lag effect, finding that divided attention increases the illusion's magnitude but not its variability.

This study examines how striatal dopamine levels affect dynamic functional connectivity in Parkinson's disease, finding cohort-specific results that suggest dopamine's role in brain network dynamics.

AutoGaitA provides a framework for analyzing motor programs across species and behaviors, showing age-related loss of propulsive strength and task-dependent adaptations in mice.

The paper analyzes resting-state EEG data using phase-based connectivity states and shows that motor task performance affects these states but not classical microstates.

The paper examines how confidence judgments relate to response dynamics across the adult lifespan, finding age-dependent changes in these associations.

The paper introduces an fMRI-based paradigm to assess semantic congruency effects on episodic memory in older multilingual individuals, finding robust neural differences between semantically related and unrelated stimuli.

This study shows that early deafness leads to cross-modal reorganization in auditory cortices, which functionally couples with frontoparietal and default-mode networks, affecting visuomotor transformation performance.

The paper investigates how absolute evidence magnitude affects decision accuracy and confidence in perceptual judgments, finding that higher absolute evidence reduces accuracy but increases confidence.

The paper introduces a gamified experimental task to assess error awareness by generating a high rate of undetected errors and replicates findings across two studies.

This study evaluates bDCM for modeling reaction times and brain dynamics in a spatial cuing task, finding it performs well compared to classical DCM and Rescorla-Wagner model.

The paper investigates how visual cortex suppresses distractors at frequent locations through fMRI and finds differential neural mechanisms based on distractor dimension.

This study examines how metacognitive accuracy changes with age using ERPs, finding a decline in accuracy beyond task performance decline, while behavioral adaptation remains intact.

This study uses dynamic graph analysis of EEG signals to show age-related changes in brain network communication during motor tasks, including increased coupling and altered temporal organization in older subjects.

The paper identifies structural brain fibers associated with speech impairment caused by deep brain stimulation in essential tremor patients and shows their predictive value for intelligibility changes.

The paper investigates whether attentional reorientation along horizontal and vertical visual field meridians involves different neural mechanisms using fMRI and behavioral data.