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. 2011 Apr;18(4):226–240. doi: 10.1101/lm.1938011

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Figure 5. — Persistent network activity elicited by transient excitatory inputs. (A,B) Voltage responses of ITC_D1, ITC_D10, ITC_V2, and ITC_V11 for the control (; A) and strong inter-ITC inhibition (; B) cases. Evolution of the inactivation variable (h) of the I_SD current is shown in green. The red bars indicate the duration of the transient input. (C) Difference between the steady-state firing rate and spontaneous rate of individual ITC_D and ITC_V neurons. (D) Instantaneous firing frequency of ITC_D and ITC_V neurons as a population. Error bars indicate SEM and bin width is 100 msec; same in Figure 6.

Inline graphic — Persistent network activity elicited by transient excitatory inputs. (A,B) Voltage responses of ITC_D1, ITC_D10, ITC_V2, and ITC_V11 for the control (; A) and strong inter-ITC inhibition (; B) cases. Evolution of the inactivation variable (h) of the I_SD current is shown in green. The red bars indicate the duration of the transient input. (C) Difference between the steady-state firing rate and spontaneous rate of individual ITC_D and ITC_V neurons. (D) Instantaneous firing frequency of ITC_D and ITC_V neurons as a population. Error bars indicate SEM and bin width is 100 msec; same in Figure 6.