John H. Reynolds

The paper shows that visual and motor maps in frontal cortex form mosaic patterns that enable flexible visuomotor transformations.

The paper investigates how behavioral state and cortical layer-specific neural activity influence perceptual variability at threshold in monkeys.

This paper describes a method for acute Neuropixels recordings in marmoset monkeys, enabling long-term, high-density neural recordings with minimal infection risk.

The paper identifies grouping cells in macaque V4 that exhibit centripetal border ownership preferences and provide spatiotemporal continuity of segmented surfaces.

The paper investigates how optogenetic stimulation reshuffles firing rates in mouse and monkey V1 by analyzing neuronal responses and developing theoretical models.

The paper investigates saccadic suppression in primate visual cortex, finding layer- and cell type-specific modulation in V4 and proposing a computational model to explain the mechanism.

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

The paper identifies laminar boundaries in primate cortex using spike-phase coupling patterns, offering a rapid and reliable alternative to current-source density analysis.

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.

The paper investigates the laminar organization and timing of border ownership selectivity in primate visual cortex using multielectrode recordings in macaque V4.

The paper identifies spontaneous traveling cortical waves in awake primates and shows they predict perceptual sensitivity and sensory processing.

The paper identifies enhancers for targeting specific neuronal subtypes across species and demonstrates their utility in circuit manipulation.

The paper tests if low-frequency neural correlations impair perception by optogenetically inducing them in macaque V4 neurons, finding impaired sensory discrimination.