Chih-Yang Chen

This paper presents a novel monkey model with impaired DISC1 gene to study adolescent prodromal phenotypes of psychiatric disorders, finding altered social behavior and disrupted brain connectivity.

The paper demonstrates that primate superior colliculus neurons are sensitive to very small visual pattern displacements, despite their large receptive fields.

The paper analyzes error and successful trials in oculomotor tasks across marmosets and humans, finding similar behavioral patterns and suggesting marmosets as a model for studying human oculomotor behavior.

This study investigates how microsaccades affect superior colliculus neural responses by modulating visual reafferent responses based on microsaccade amplitude and direction relative to visual stimuli.

This study investigates how the primate superior colliculus represents foveal visual input and its role in precise eye movements.

This study shows that the primate superior colliculus detects low spatial frequencies in natural scenes more rapidly and over-represents them in neural response sensitivity, aiding efficient gaze realignment.

The paper identifies visual-motor neurons in the primate superior colliculus as a key locus for saccadic suppression, showing strong spatial frequency selectivity and predictive power for behavioral suppression effects.