Emmanuel Procyk

This study evaluates how environmental modifications and enrichment programs affect the behavior and welfare of rhesus macaques in laboratory settings.

This study investigates neural mechanisms in macaque monkeys for tracking goal progress and rate, showing distinct roles in midcingulate and lateral prefrontal cortex.

This study identifies a neural subspace in primate frontal cortex that tracks foraging-like computations, showing both foraging and reinforcement learning signatures.

This study shows that activating the MCC-dlPFC pathway in macaques increases foraging task engagement without changing trial-to-trial adaptive strategies.

This study creates normative brain growth charts for rhesus macaques across their lifespan using MRI data, revealing developmental milestones and cross-species comparisons with humans.

The paper identifies two distinct beta burst regimes in frontal LFP and ECoG data from mice and macaques, showing they correlate with different cognitive control states.

The paper identifies how inhibitory control of metastability in frontal brain areas sets the temporal signature of cognition through biophysical modeling and neural recordings.

This study shows that grafts of neural precursors reverse cognitive and motor symptoms in a non-human primate model of Parkinson's disease.

This study shows that anaesthesia disrupts the rostro-caudal functional gradient in the cingulo-frontal network of macaques, which is preserved in the awake state and similar to humans.

This study examines feedback-related potentials and oscillations in Parkinson's disease patients during trial and error learning, finding altered beta oscillations but preserved feedback potentials.

This study identifies roles of frontal cortex regions in primate vocal production and their adaptation for human speech.

This study compares confidence judgments in humans and macaque monkeys, finding that humans use review strategies more effectively than monkeys, with no performance improvement from reviewing.

The paper examines sulcal morphology in the medial frontal cortex of primates to reveal evolutionary patterns and challenge previous assumptions about human uniqueness.