Fig 3 – figure supplement 1: Drop in delta power and time spent awake do not correlate with mEPSC amplitudes or frequency

(A) Schematic showing how drop in delta power is calculated. Delta drop was calculated as percentage drop
from sleep epochs that occurred in the window ZT23.5-1.5 to the last hour of sleep right before sacrificing animals. Peak
delta power after extended wake at t1 is normalized to the baseline recovery period of t2. (B) mEPSC amplitude after a
sleep dense epoch, plotted against normalized drop in delta power during that epoch. Black line = linear fit; R2
value and p
value included on plot. Cell averages from different regions are indicated in legend. (C) Same as B) but for mEPSC
frequency. (D) Schematic illustrating time spent awake in preceding 4 hours of a wake dense epoch. (E) mEPSC amplitude
after a wake dense epoch, plotted against proportion of time spent awake in previous 4 hours. Cell averages from
different regions are indicated in legend; light period recordings in green, dark period recordings in Red. (F) Same as (E)
but for mEPSC frequency.