Liya Ma

This study develops a task for marmosets to repeatedly switch rules without cues, showing they can adapt behavior and learn efficiently.

This study compares symmetry perception dynamics between marmosets and humans using non-invasive electrophysiology, finding conserved fast processing but reduced sustained processing in marmosets.

This study demonstrates noninvasive transcranial functional ultrasound imaging in marmosets using EDTA to overcome acoustic attenuation, revealing stimulus-evoked and anesthesia-related blood flow changes.

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

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 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.

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