Courtney Glavis‐Bloom

This study validates the Differential Reinforcement of Low-Rate Behavior (DRL) task in non-human primates as a tool for assessing antidepressant efficacy and side effects.

This paper introduces a touchscreen-based spatial working memory task for marmosets and humans, showing that accuracy declines with longer delays and smaller spatial separations, and that these factors interact.

This study evaluates attention-enhancing drugs in non-human primates using a pharmacological model of cholinergic dysfunction, finding nicotine effectively restores attentional performance.

This study shows non-human primates use a habit-based strategy rather than relational memory in a TP task, with no age-related decline in performance.

This study compares age-related working memory deficits in macaques and marmosets, finding similar patterns that support marmosets as a valid model for cognitive aging research.

The paper develops a cognitive test battery for marmosets to study aging and cognitive decline, finding significant individual variability and domain-specific decline similar to humans.

This study shows aged common marmosets exhibit domain-specific cognitive impairments linked to prefrontal cortex dysfunction, similar to humans.

This study identifies age-related synapse loss and violation of the ultrastructural size principle in the marmoset dlPFC as factors underlying working memory impairment in aged individuals.

This study evaluates the common marmoset as a model of age-related cognitive impairment by analyzing working memory changes across its lifespan.