Theresa M. Desrochers

This study links hemodynamic responses and neuronal activity in prefrontal cortex across humans and macaques during abstract sequence viewing, showing functional homology and distinct spiking dynamics.

This study shows that rhesus macaques exhibit error type-dependent post-error slowing across different response modalities, similar to humans.

This study examines functional and effective connectivity in prefrontal cortical regions during abstract sequence tasks in OCD and healthy controls, finding group differences in connectivity patterns.

This study investigates abstract sequence completion in OCD, finding altered neural ramping dynamics in specific brain regions but no behavioral differences in sequential control.

The paper investigates ramping patterns in brain regions during abstract and motor sequence tasks, finding distinct activity in prefrontal and parietal cortices.

The paper investigates perceptual exposure to visual stimuli in monkey lateral prefrontal cortex subregions, finding that p46v, not p46f, shows preferential activation to low-exposure stimuli.

This study shows monkeys can use visual simulation to solve complex problems, with neural patterns similar to humans.

This study identifies functional specialization in monkey lateral prefrontal cortex subregions for different sequence components in visual tasks.

This study investigates how monkey dorsolateral prefrontal cortex represents abstract visual sequences during a no-report task, finding similar dynamics to human rostrolateral prefrontal cortex.

The paper shows that mental simulations of physical scenes activate motion-sensitive brain regions, suggesting sensory representations are involved in simulating physical interactions.

The paper investigates how practice and embedded motor sequences affect abstract task performance, finding mixed hierarchical relationships and non-integrated representations.