Wim Vanduffel

This study shows oxytocin modulates auditory processing in macaques differently depending on sensory context, reducing responses in unimodal tasks but increasing them in audiovisual tasks.

This study uses response hyperalignment to show shared representational spaces in macaque fMRI data despite individual differences in functional topographies.

The paper creates a probabilistic retinotopic atlas of the macaque visual cortex using fMRI data from 13 subjects, enabling more accurate anatomical localization and interpretation.

This paper introduces 3D-fUS, a high-resolution imaging technique for macaques, showing it can detect single-trial responses and has faster dynamics than fMRI.

MacaSurfer provides a unified framework for automated surface-volume mapping of the macaque brain across age and sites, showing high consistency and robustness.

OfUSA provides a versatile open-source framework for analyzing and visualizing functional ultrasound imaging data across species, enabling comprehensive and reproducible analysis.

coreTIA provides a modular and statistically robust assay for measuring AAV neutralizing antibodies with quantified uncertainty and consistent performance across serotypes.

This study uses fMRI to compare neural responses to reversible symbolic associations in humans and monkeys, finding humans show surprise in both directions while monkeys only in the learned direction.

The paper uses functional MRI to show that macaque VIP has anterior and posterior regions with distinct functional connectivity patterns similar to human VIP regions.

The paper builds a chimpanzee brain atlas and compares connectivity patterns between humans and chimpanzees, identifying genetic correlates of connectivity divergence.

MEBRAINS 1.0 creates a multi-subject, multi-modal macaque brain atlas using T1 and T2 images, surface models, and curated segmentations to improve data integration.

The paper identifies multiple pulvinar projection fields in the macaque cortex using resting state data, showing consistent functional connectivity patterns across individuals.

The paper compares fMRI-based population receptive field (pRF) models with neurophysiological recordings in non-human primates to determine what neuronal signal pRFs represent.

The paper records single-neuron activity in the human occipital face area (OFA) and finds face selectivity at short latencies, suggesting OFA is not strictly tuned to typical facial features.

The paper reveals a new retinotopic organization in macaque dorsal visual cortex using submillimeter fMRI, showing three sectors instead of one, challenging existing models.