Extended Data Fig. 7: Single cell persistence at receptive and unreceptive days.
From: Encoding of female mating dynamics by a hypothalamic line attractor
a, Example units active during both receptive (red traces, left) and unreceptive (blue traces, right), showing persistence on receptive day and fast dynamics on the unreceptive days. b, Comparison of cumulative distribution of ACHWs to that of same neurons on unreceptive days. Data from example mouse 1. ***p < 0.001, KS-test. c, Cumulative distribution of ACHWs for units with significant weights on integration dimension across receptive and unreceptive day, ***p < 0.001, KS-test. Data from example mouse 1. d, Cumulative distribution of ACHWs for example mouse 1, for units that do not contribute to the integration dimension on the receptive day, compared on receptive vs unreceptive days. e, Scatter plot of ACHWs for units with significant weights on integration dimension for receptive day vs unreceptive day. Data from example mouse 1. (f-h) Same as c-e for example mouse 2. i, Cumulative distribution of ACHWs for units with significant weights on integration dimension across hormone primed (day 3) and non-primed days (days 2, 1). ***p < 0.001, KS-test. Data from example OVX mouse 1. ***p < 0.001, KS-test. j, Cumulative distribution of AHWs for example OVX mouse 1, for units that do not contribute to the integration dimension across hormone primed (day 3) and non-primed days (days 2, 1). k, Scatter plot of ACHWs for units with significant weights on integration dimension for hormone-primed day vs non-primed day. Data from example OVX mouse 1 (l-n) Same as i-k. for example OVX mouse 2.
