1
Left eye images were captured at 5° of retinal eccentricity, temporal to the fovea for consistency.
2
However, it increased with retinal eccentricity.
3
We measured at 2, 7.5 and 20 degrees retinal eccentricity.
4
The relative strength of rod signals relative to the L-cone signals increased with increasing retinal eccentricity and decreasing retinal illuminance.
5
Cone density decreased and inter-photoreceptor distance increased with increasing retinal eccentricity from 2 to 7°.
6
A regular hexagonal cone photoreceptor mosaic pattern was seen at 2, 3 and 5° of retinal eccentricity.
7
Center and surround sizes tended to increase with retinal eccentricity for all three cell classes, but K cells showed a more variable pattern.
8
Rod input strength was more pronounced in cells with receptive fields at large retinal eccentricities.