Extended Data Fig. 10: Firing property of fan cells during dopamine unilateral inhibition.
From: Dopamine facilitates associative memory encoding in the entorhinal cortex
(a). Firing property of fan cells in the no-laser control sessions obtained from Sim1xDAT mice (n = 148 cells). (Top to bottom) Z-scored firing rates, mean firing rate, percent cells for each response type, PCA trajectories, Euclidian distance and mean Euclidian distance are shown as in Fig. 2d. (b). Same as (a), but for fan cells during unilateral dopamine inhibition (n = 134 cells). Mean firing rates for Odour A and Odour 1 were lower than control in T1 (p < 0.05, Wilcoxon rank sum test). No difference was observed for the distribution of responsive type in T5 between control and inhibition (p=0.24, chi-square test). (c). Trajectories, mean Euclidian distance and similarity index of fan cells as in Fig. 4b, but from GFP control mice (n = 130 cells).
