Edward Zagha

The paper investigates lateral propagation from sensory cortex as a mechanism for differential gain in sensory selection during a whisker-based task in mice.

The paper identifies a novel coding scheme called bracket coding in mouse visual cortex, showing its presence across brain regions and tasks, and proposes a computational model for its generation.

This paper develops biodegradable intra-arterial drug delivery devices for targeted organ treatment, showing improved drug levels in the kidney and brain compared to oral administration.

The paper investigates the role of semilunar granule cells in contextual memory formation and finds that their recruitment is based on intrinsic properties and correlated inputs rather than circuit-driven inhibition.

This study shows that locus coeruleus (LC) activity influences behavioral flexibility in mice by correlating with faster rule-switching behavior and improved task performance.

This study shows that frontal cortex suppresses distractor stimulus responses in sensory cortex by selectively inhibiting their propagation, preventing activation of target-preferring neurons.

The paper investigates the role of motor cortex and dorsolateral striatum in a whisker detection task, finding that the striatum is critical for responding to task-relevant stimuli.

The paper shows that lower prestimulus cortical activity correlates with better stimulus detection in mice, predicting response outcomes and reaction times.

This study identifies the whisker motor cortex as the cortical region most directly related to the sensory-motor transformation in mice during a whisker detection task.

The paper investigates neural mechanisms of sensory selection in mice by analyzing cortical responses to target and distractor stimuli in a selective detection task.

The paper shows that movement and performance predict cortical activity in a visual detection task in mice, with secondary motor cortex linked to lick rate and task performance.