File:Fig1 sfa.jpg
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Summary
Simulation of a integrate-and-fire neuron with a simple spike-dependent adaptation mechanism. When stimulated with a square pulse (A), the neuron fires with a frequency that reduces over time (B, E), due to a hyperpolarizing current (C). This can be quantified by looking at the inter-spike interval (coloured lines in B) or frequency (D) as a function of the spike number (D and E). Note the typical sag or after-hyperpolarization in the membrane potential (B) after the pulse has stopped.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 07:47, 7 March 2014 | | 4,633 × 2,567 (568 KB) | Fleur Zeldenrust (Talk | contribs) | Corrected the labels at the right side of panel D |
| 12:41, 26 November 2013 |  | 1,631 × 865 (1.07 MB) | Fleur Zeldenrust (Talk | contribs) | Simulation of a integrate-and-fire neuron with a simple spike-dependent adaptation mechanism. When stimulated with a square pulse (A), the neuron fires with a frequency that reduces over time (B, E), due to a hyperpolarizing current (C). This can be quant | |
| 12:36, 26 November 2013 |  | 1,600 × 857 (849 KB) | Fleur Zeldenrust (Talk | contribs) | Simulation of a integrate-and-fire neuron with a simple spike-dependent adaptation mechanism. When stimulated with a square pulse (A), the neuron fires with a frequency that reduces over time (B, E), due to a hyperpolarizing current (C). This can be quant |
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