Lennart Verhagen

This study quantifies how uncertainty in acoustic and thermal tissue properties affects transcranial ultrasound exposure estimates using simulations.

This paper uses transcranial ultrasound stimulation to modulate conflict monitoring dynamics in the anterior midcingulate cortex, improving cognitive control performance with transient effects.

This paper demonstrates that transcranial ultrasonic stimulation (TUS) modulates saccadic eye movements in humans with high spatial and temporal precision, and shows that baseline GABAergic inhibitory tone predicts response variability.

This study identifies strategies to mitigate somatosensory confounds during transcranial ultrasonic stimulation by optimizing parameters such as pulse shaping and transducer settings.

This study attempts to replicate the effects of 5Hz-rTUS on corticospinal excitability but finds no significant effects, suggesting variability in the technique's outcomes.

This study shows that auditory confounds, not direct neuromodulation, drive motor inhibition from transcranial ultrasonic stimulation in humans.

Theta-burst transcranial ultrasound lowered GABA+ in the posterior cingulate but not dorsal anterior cingulate cortex in 24 adults, while raising resting-state connectivity of both targets.

This paper reassesses WM-behaviour relationships using multimodal microstructural imaging in 50 healthy individuals, finding partial support for FA-behaviour links and suggesting multimodal approaches may better capture WM-behaviour associations.

The paper identifies a brain region in Rhesus macaques that shows computational properties similar to the human temporo-parietal junction, modulated by social interaction predictability.

This study shows that altering corticocortical plasticity between PMv and M1 changes oscillatory activity in motor circuits, with state-dependent effects on beta and theta rhythms.

The paper identifies specific amygdala connections linked to sub-clinical mental well-being markers using neuroimaging and questionnaire data.

This study investigates how specific beta-frequency activities in primate prefrontal cortex regions influence familiarity and recollection during recognition memory, using both non-human primates and human transcranial magnetic stimulation.

This study identifies the lateral frontal pole as a key region for social-emotional regulation through neuroimaging and connectivity analyses in humans.

The paper identifies two distinct fiber pathways connecting the amygdala and prefrontal cortex in humans and monkeys using diffusion imaging.

This study investigates how macaque monkeys maintain and translate counterfactual choice values into behavioral changes using functional MRI and ultrasound disruption of the anterior cingulate cortex.

This study examines inter-individual variability in the sulcal morphology of the human ventromedial prefrontal cortex and its impact on functional organization.

This study uses transcranial focused ultrasound to manipulate activity in deep brain regions of macaques and assesses its effects using fMRI.

This paper demonstrates that transcranial focused ultrasound induces sustained, reversible neural modulation in primate brains, altering connectivity patterns in targeted regions.

This paper introduces a framework for comparing primate brains using white matter blueprints to identify homologous regions and quantify evolutionary specializations.

The paper shows that four brain regions represent value estimates on different time-scales, interacting to support flexible decision-making.