Urs Schüffelgen

This study compares cognitive control networks in humans and macaques using fMRI, finding similarities in the MD network but differences in lateral frontal cortex activation patterns.

This paper introduces ultrasound-mediated neuromodulator delivery to study serotonergic control of context-dependent motivation in primates, showing altered neural activity and reduced reward environment influence.

The paper identifies common neural patterns associated with task engagement and disengagement in macaques using fMRI, showing causal links to specific brain regions.

This paper introduces a model-based method to correct dynamic off-resonance in accelerated fMRI of awake non-human primates, reducing artifacts and improving image quality.

The paper identifies a brain region in Rhesus macaques that shows computational properties similar to the human temporo-parietal junction, modulated by social interaction predictability.

The paper shows that viewing ambiguous social interactions increases connectivity between frontal and temporal brain regions in monkeys.

This study examines the visual network in a Rhesus macaque lacking primary visual cortex, finding an intact extrastriate network but no enhanced subcortical input to V5/MT.