Stefan Everling

This study uses movie-driven fMRI to identify whole-brain functional correspondences between marmosets and humans, finding conserved higher-order visual areas but species-specific responses to animal faces.

This study examines how ketamine affects gaze patterns during face viewing in marmosets, finding disrupted scan paths but limited motor control effects.

This study examines structural white matter changes in macaques after prefrontal cortex lesions and finds that recovery is associated with changes in fractional anisotropy in specific fiber tracts.

This paper shows that apparent fragmentation of brain networks under anesthesia is due to reduced functional connectivity, not structural changes.

This paper maps somatosensory responses in awake marmosets using fMRI, finding body representations in cortical and subcortical regions similar to Old World primates and humans.

This study compares cortico-subcortical functional connectivity in marmosets and humans using resting-state fMRI, finding both similarities and species-specific differences in network patterns.

This study identifies face-selective patches in the frontal cortex of marmosets, suggesting a conserved neural network for social face processing across primate lineages.

This study examines how increasing doses of isoflurane affect whole-brain modular structure in nonhuman primates, finding increased module fragmentation and decreased network cohesion.

The paper uses fMRI in awake marmosets to identify brain networks activated by looming and receding visual stimuli, finding distinct patterns associated with looming that may support protective behaviors.

This study records single unit activity in marmoset posterior parietal cortex during a gap saccade task, finding gap-related neuronal responses correlated with shorter saccadic reaction times.

This study identifies the frontal eye field in marmosets using microstimulation, showing homology with macaques and supporting marmosets as a model for FEF research.

This study uses electrical microstimulation in awake common marmosets to show that area LIP in the posterior parietal cortex regulates eye movements, supporting its homology with macaque LIP and establishing marmosets as a model for oculomotor research.

The paper constructs a macaque connectome for use in TheVirtualBrain simulations to model brain network dynamics and validate against empirical resting-state fMRI data.

This study shows that deactivating the dACC in macaques impairs rule-maintenance performance and alters dlPFC oscillatory activities during a rule-switching task.

This study compares diffusion-based tractography and invasive tracer data to assess the accuracy of topological properties in macaque cortical connectomes.

The paper describes methods for restraining and training common marmosets to perform oculomotor tasks, demonstrating their suitability for neurophysiological studies.

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

This study uses resting-state fMRI in macaques to reveal the intrinsic functional architecture of the lateral frontal cortex, confirming and refining existing anatomical and connectional divisions.