Stefan Everling

This study tracks how striatal α-synuclein seeding affects brain networks and cognitive flexibility in marmosets, showing multi-scale reorganization and impaired cognitive flexibility.

This study investigates how marmoset prefrontal cortex handles distractors during working memory tasks, finding robust performance and specific neural modulations related to distractor interference.

This study uses movie-driven fMRI to compare functional brain networks between humans and marmosets, finding conserved sensory networks but species-specific higher-order cognition networks.

The paper investigates how marmoset brains process temporal structure in vocalizations using fMRI, finding context-sensitive neural networks that evaluate sequence coherence.

This paper introduces a stimulus-modulated approach to steady-state in fMRI to improve sensitivity by using initial high tSNR volumes, reducing trial numbers needed for statistical thresholds.

The paper records single neuron activity in marmoset area 32 during vocal communication and finds neurons respond to both presented and produced calls in naturalistic interactions.

This study examines how isoflurane affects functional brain networks in marmosets, finding reduced network dynamics and increased similarity to anatomical structure under anaesthesia.

The paper provides open-access CAD files and software for marmoset neuroscience apparatus, reducing the need for individual lab development.

The paper examines resting state functional connectivity of the marmoset claustrum using fMRI data, finding connections to multiple brain regions similar to human and rodent studies.

The paper investigates how intrinsic spike frequency adaptation (I-SFA) and inhibitory circuit dynamics contribute to extrinsic-SFA (E-SFA) in primate lateral prefrontal cortex neurons during behavior.

The paper examines single neuron diversity in primate visual cortical areas V1 and LPFC, finding differences in morphology, electrophysiology, and intrinsic bursting that may underlie functional specialization.

This study combines electrophysiology and fMRI to show ACC neurons predominantly connect to medial FEF, with stronger functional connectivity during specific saccade tasks.

The paper shows different marmoset vocalizations activate distinct neural networks in the brain, suggesting specific processing for each call type.

The paper investigates functional specialization and distributed processing in marmoset lateral prefrontal cortex by recording neural responses to various stimuli across subregions.

This study compares vocal processing networks in humans and marmosets using fMRI, revealing shared and species-specific auditory pathways for vocalization processing.

This study uses movie-driven fMRI to identify homologous functional brain networks in marmosets and humans, revealing shared neurofunctional architecture across species.

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 investigates neuronal responses in marmoset medial prefrontal cortex area 32 to complex sounds, finding that over half of neurons respond to conspecific vocalizations and show dynamic activity patterns.

This study investigates laminar dynamics of target selection in marmoset PPC during a visual task, revealing similar neural correlates to macaques and humans with distinct layer-specific activity patterns.

This study uses ultra-high field fMRI to examine brain responses to facial and vocal stimuli in marmosets, showing enhanced multisensory integration involving broader neural networks.

The paper identifies a consistent spectrolaminar pattern of LFP power across primate cortex, showing distinct frequency gradients in superficial and deep layers.

This study compares gaze patterns and brain activations in humans and marmosets during ToM and Random Frith-Happe animations, finding similar processing differences.

This study shows that ketamine disrupts frontoparietal connectivity during working memory in macaques, supporting its use as a model for schizophrenia dysconnection.

This study identifies a fronto-temporal vocalization-processing network in marmosets using fMRI, suggesting it is ancestral to the human language network.

This study identifies a cortico-subcortico-cerebellar network activated by dynamic facial expressions in marmosets, with negative faces increasing respiration and neural activity in key brain regions.

This study investigates delay-period activity in marmoset prefrontal cortex during a working memory task, finding persistent activity similar to macaques.

This study identifies an action-observation network in common marmosets using ultra-high field fMRI, showing overlap with human and macaque networks.

This paper introduces a method to simultaneously measure whole-brain activation in two socially interacting marmoset monkeys using functional MRI and finds neuronal synchrony in brain regions involved in social processing.

This study investigates the functional organization of frontoparietal networks in marmosets using resting-state fMRI, finding patterns similar to macaques.

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.