Manfred Klöbl

This study examines ketamine's subacute effects on reward processing using fMRI and finds no significant modulation of neural activation during the MID task five hours post-infusion.

The paper investigates how ketamine affects hedonic experiences by analyzing neural dynamics during music-evoked peak experiences using fMRI and information-theoretical measures.

This study investigates how learning affects brain network interactions and metabolic demands, finding that resting-state and task-specific changes in functional connectivity and glucose metabolism are complementary for skill acquisition.

This study investigates escitalopram's effect on white matter plasticity during learning and relearning using diffusion tensor imaging in healthy individuals, finding no significant changes in DTI metrics.

This study examines the effects of escitalopram and relearning on grey matter in healthy humans but finds no significant effect of the SSRI on structural neuroplasticity during relearning.

This study examines how associative learning and escitalopram affect serum BDNF levels in healthy humans, finding significant time effects during learning and a negative correlation between citalopram and sBDNF levels.

The paper identifies cortical areas with enriched disease-associated genes using transcriptome-based parcellation and GWAS data, revealing potential roles in psychiatric and neurological disorders.

This study shows that escitalopram modulates functional brain network connectivity during relearning, with content-specific effects on neuroplasticity.