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. Author manuscript; available in PMC: 2018 Oct 24.
Published in final edited form as: Cell Rep. 2017 Oct 24;21(4):878–890. doi: 10.1016/j.celrep.2017.10.012

Figure 1. Adaptation scales responses across tuning curve.

Figure 1

A) Tuning curves (black) of three neurons and the 10 tones (red) selected to construct the tone train stimulus set.

B) Each tone train is composed of 8 tone pips of a single frequency, and are separated by 1.6 second inter-trial interval. Color illustrates the tone’s progression from novel (red) to standard (blue).

C) Rasters and PSTHs depict a single neuron’s response to tone trains (shaded areas, color as in B) of each frequency.

D) Mean firing rate of the same neuron in C in response to first (red) and last (blue) tone pip of each train across selected frequencies.

E) Mean firing rate of the same neuron in response to the first vs. last tone pip across the selected frequencies (purple). Grey - linear fit (solid) and fit error (dashed). Black – unity line.

F) Linear fit to first vs. last pip firing rate responses for each neuron (grey) and population mean (purple) pooled across SOM- and PV-Cre.

G-H) Slope (G) and intercept (H) of the linear fit for all neurons. Dashed line – population mean. Asterisk – significantly different than 1 (G) or 0 (H).