Eric D. Gaier

The paper examines mesoscale developmental rivalry in human extrastriate visual cortex by comparing fMRI data from individuals with and without amblyopia, finding that compromised modules are usurped by intact ones.

This study evaluates two behavioral assays to detect binocular dysfunction in mice, finding that the Pole Descent Cliff Task is more sensitive than the Visual Cliff Assay for detecting stereoscopic deficits.

This study finds reduced scene-selective activity in the posterior intraparietal gyrus (PIGS) in amblyopic adults compared to controls, while other scene-processing areas remain unaffected.

The paper investigates how different types of binocular disparities affect neural responses in mouse primary visual cortex, finding distinct circuit mechanisms for phase and orientation conflicts.

This study uses high-resolution fMRI to show that strabismus and anisometropia affect ocular dominance responses differently in the human visual cortex.