Brian Edward Russ

The paper shows semantic novelty during visual fixations modulates neural activity in primate cortex, using EEG and intracranial recordings.

This study shows that TMS intensity modulates low-frequency LFP power and connectivity in non-human primates, with initial connectivity enhancement scaling with TMS intensity.

This study shows that deep brain stimulation remodels white matter and alters brain-wide functional connectivity in macaques, contributing to its therapeutic effects.

This study examines the effects of D1 and D2 receptor antagonists on probabilistic learning and brain connectivity in macaques, revealing distinct neural networks associated with learning and motivation.

This study investigates how vlPFC activity and connectivity guide decision-making in different learning contexts using rhesus macaques.

This study uses chemogenetic manipulation in macaques to show that activating inhibitory DREADDs in the amygdala increases resting-state fMRI functional connectivity between the amygdala and ventrolateral prefrontal cortex.

This study investigates the direct and peripheral effects of TMS in non-human primates using invasive recordings, showing dose-dependent responses and spatial specificity.

The paper uses MAPseq to analyze BLA neuron projections in macaques, finding that many neurons project to multiple brain regions and form structured networks.

The paper introduces an open-access dataset combining EEG and fMRI data from naturalistic viewing tasks to study brain function and preprocessing methods.

The paper examines how semantic novelty modulates neural responses to visual changes like film cuts and saccades across the human brain using intracranial recordings.

The paper shows that saccades modulate excitability in auditory cortical areas during natural viewing, similar to visual areas, suggesting a role in improving information processing.

This study shows that disrupting temporal continuity in visual stimuli alters neural responses in macaque face patch neurons, suggesting that models based on randomized stimuli may not reflect natural visual processing.

The paper describes an immersive paradigm for studying natural social behavior and its neural correlates in epilepsy patients using synchronized behavioral and neurophysiological data.

This study uses resting-state fMRI to screen deschloroclozapine in rhesus macaques, showing dosage-dependent changes in brain connectivity and behavioral effects.

The paper identifies parallel functional subnetworks of face-selective neurons in macaques during natural video viewing.

The paper develops a transfer-learning U-Net model for brain extraction in non-human primates using human data, achieving better performance than traditional methods and popular MRI packages.

The paper shows that delayed suppression in primate face patches enhances sensitivity to facial identity features through predictive normalization.

The paper introduces PRIME-DE, an open resource for non-human primate MRI data, aggregating 13 datasets from 11 sites across 98 macaques.