Figure 6: Enhancement of PC-to-MC synaptic transmission outlasts train of high-frequency stimulation. | Nature Communications

Figure 6: Enhancement of PC-to-MC synaptic transmission outlasts train of high-frequency stimulation.

From: Activity dependent feedback inhibition may maintain head direction signals in mouse presubiculum

Figure 6

(a) Synaptic efficacy and transfer rate were monitored (at 2 Hz) before and after unmuting induced by a 30 Hz presynaptic spike train of 2 s. (b) Synaptic efficacy and (c) transfer rate for n=7 pairs normalized to the maximal level reached during unmuting and averaged (mean±s.e.m.). Decay of these parameters was fitted with a dual exponential function (blue line): . SpanFAST and SpanFAST indicate the relative contributions of TauFAST and TauSLOW. Baseline was constrained to the mean value for the spikes preceding unmuting (broken line).

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