Figure 6: Shifted White Noise used to study the development of RGC RF central areas. | Scientific Reports

Figure 6: Shifted White Noise used to study the development of RGC RF central areas.

From: Pan-retinal characterisation of Light Responses from Ganglion Cells in the Developing Mouse Retina

Figure 6

(a,b) STA signal strength (top) and spatial profiles (bottom) for selected example RF central areas from ON (a) and OFF (c) RGCs from all 4 age groups (see below). (c–h) Box plots (whiskers: 10–90 percentile, mean indicated by + symbol) of ON (yellow boxes; P13-N = 2 retinas, n = 449 cells; P16-N = 2, n = 425; P19-N = 2, n = 926; adult-N = 2; n = 698) and OFF (blue boxes; P13-N = 2, n = 309; P16-N = 2, n = 239; P19-N = 2, n = 794; adult-N = 2, n = 514) RGC responses from all retinal areas for STA signal strength (c,d), RF diameters (e,f), and RF eccentricity (g,h). Significance: *p < 0.05; **p < 0.01; ***p < 0.001; ns = not significant. Detailed p-values can be found in Supplemental Table S13.

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