Supplementary Figure 3: Inhibitory synaptic transmission onto PV interneurons is not changed by NL3 deletion. | Nature Neuroscience

Supplementary Figure 3: Inhibitory synaptic transmission onto PV interneurons is not changed by NL3 deletion.

From: Modulation of excitation on parvalbumin interneurons by neuroligin-3 regulates the hippocampal network

Supplementary Figure 3

a-b. (top) sample traces showing mIPSCs and (bottom) cumulative distribution plot for GABAA-R mediated mIPSC amplitude (a) and mIPSC frequency (b) from PV-Cre and NL3fl/PV-Cre cells showing no change due to NL3 deletion (p > 0.05, KS test for amplitude and frequency). Inset shows average mIPSC amplitude (PV-Cre, 22 ± 2 pA, n = 9 cells; NL3fl/PV-Cre, 21 ± 1 pA, n = 11 cells; p > 0.05) and mIPSC frequency (PV-Cre, 13 ± 2 Hz; NL3fl/PV-Cre 15 ± 2 Hz; p > 0.05).

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