Sara S. Patterson

This paper uses phase diversity to correct residual aberrations in adaptive optics scanning laser ophthalmoscopy, improving visualization of retinal microstructures.

This study peels the inner limiting membrane in non-human primates to enable calcium imaging of retinal ganglion cells beyond the fovea, expanding the accessible recording area by 8-fold.

The paper investigates how raster-scanned visual stimuli from AOSLO affect retinal ON and OFF pathways, finding asymmetries in baseline activity and response rectification.

The paper confirms the presence of non-cardinal cone-opponent retinal ganglion cells in macaques using adaptive optics calcium imaging, showing greater diversity in retinal output signals than previously thought.

The paper studies foveolar retinal ganglion cells in Macaca fascicularis using adaptive optics and calcium imaging to analyze their chromatic responses and spatial transfer functions.

The paper analyzes how trβ2 transgenes alter opsin signaling in zebrafish retinas across development, showing different amplitude changes in larvae, juveniles, and adults.

This study reveals that direction selectivity circuits in primate retinas are conserved, showing SACs target a specific ganglion cell type involved in motion processing.

The paper investigates whether midget ganglion cells account for variation in perceived saturation with wavelength in black and white perception.

The paper confirms the existence of an S-cone center OFF midget RGC circuit in macaque retina, showing its role in spatial vision and potential contribution to edge detection.