1. Spatial frequency preferences of contralateral responses is higher than ipsilateral responses in AAV-SynGCaMP6s-injected mice.
Spatial frequency preferences of contralateral responses is higher than ipsilateral responses in AAV-SynGCaMP6s-injected mice. A, The preferred spatial frequency is significantly higher for contralateral (black) than ipsilateral (red) responses (median contralateral = c/d, n = 96 cells; median ipsilateral = c/d, n = 76 cells; Kolmogorov–Smirnov test D = 0.403, p < ; Mann–Whitney U test = 1918, p < , N = 2 mice). B, Distributions of bandwidth are plotted for contralateral (black) and ipsilateral (red) responses. The bandwidths for contralateral responses and ipsilateral responses are very similar (contralateral median = 1.919; ipsilateral median = 1.922; Mann–Whitney U test = 3579, p = 0.717; Kolmogorov–Smirnov test D = 0.139, p = 0.372). C, Histogram of ocular dominance for neurons. Gray represents binocularly responsive cells. Red represents cells that only respond to the ipsilateral eye. Black represents cells that only respond to the contralateral eye. Error bars indicate SEM across animals (overall mean ODI = 0.202; binocular only ODI = 0.077, n = 116 cells, N = 2 mice).
Kirstie J. Salinas et al. J. Neurosci. 2017;37:
©2017 by Society for Neuroscience