Extended Data Fig. 6: Compared to non-inhibition mice, stimulus-inhibition mice exhibit similar stimulus response orthogonalization but higher response magnitudes during control trials. | Nature

Extended Data Fig. 6: Compared to non-inhibition mice, stimulus-inhibition mice exhibit similar stimulus response orthogonalization but higher response magnitudes during control trials.

From: Cortical reactivations predict future sensory responses

Extended Data Fig. 6: Compared to non-inhibition mice, stimulus-inhibition mice exhibit similar stimulus response orthogonalization but higher response magnitudes during control trials.The alternative text for this image may have been generated using AI.

a, Response similarity shown separately for non-inhibition mice (n = 5 mice) and stimulus-inhibition mice (n = 3 mice; using no-inhibition control trials only). b, Change in response similarity (same as a but after subtracting the mean response similarity in first 3 trials) shown separately for non-inhibition mice (n = 5 mice) and stimulus-inhibition mice (n = 3 mice). c, Heatmap of change in response similarity shown separately for non-inhibition mice (n = 5 mice) and stimulus-inhibition mice (n = 3 mice) for all sessions. d, Response similarity using neurons located in upper layer 2/3 or lower layer 2/3 (n = 8 mice, two-tailed unpaired t-test between the mean of the first or last 3 datapoints of the two traces, Holm-Bonferroni corrected, first: P = 0.74, last: P = 0.85). e, Mean stimulus-evoked activity per trial (across all S1 and S2 trials) averaged across all stimulus-driven neurons shown separately for non-inhibition mice (n = 5 mice) and stimulus-inhibition mice (n = 3 mice; using control trials only). f, Heatmap of mean stimulus-evoked activity shown separately for non-inhibition mice (n = 5 mice) and stimulus-inhibition mice (n = 3 mice) for all sessions. g, Percent of decrease neurons that showed a similar decrease in response to both S1 and S2 (defined as a similar drop in Ca2+ events/second and/or a similar proportional drop in response magnitude to S1 and S2, n = 8 mice). h, Response similarity when using all neurons or when omitting non-differential decrease neurons (n = 8 mice, permutation test between the mean of the first or last 3 datapoints of the two traces, Holm-Bonferroni corrected, first: P = 0.73, last: P = 0.79). Data are mean ± SEM. n.s.: not significant.

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