Fig. 7

Locomotion does not affect the temporal tuning selectivity of excitatory and inhibitory neurons overall. a Temporal tuning curves of four example excitatory neurons during the stationary periods (blue) and locomotion (red). Only the band-pass tuning curves are analyzed for the tuning half-width and area. The peak corresponds to the maximum value of averaged responses. BMF corresponds to the modulation frequency that elicits the maximum responses. b The tuning curves of peak-inhibited neurons in one state are normalized to the same peak amplitude of the other state. Red or blue dashed lines represent the normalized tuning curves. The area corresponds to the summarized responses that were normalized below the tuning curve. The half-width corresponds to the number of modulation frequency at half-peak amplitude. c The modulation effects of locomotion on tuning peak amplitude of excitatory neurons. e Tuning area of excitatory neurons during locomotion (L_area) and stationary periods (S_area). g Tuning half-width during locomotion (L_width) and stationary periods (S_width). d, f, h Same figures as in c, e, g but for the inhibitory neurons. Twenty-two FOVs of 6 Vglut2-Cre mice and 13 FOVs of 6 VGAT-Cre mice (includes 5 types of rMTF)