From neural input to synaptic plasticity. The plots show glutamatergic excitation and GABA inhibition (A), synaptic currents (B), neuronal firing (C), changes in calcium concentration (D), and CaMKII activity (E). Under these conditions, the model does no (IMAGE)

Institute of Physical Chemistry of the Polish Academy of Sciences

From neural input to synaptic plasticity. The plots show glutamatergic excitation and GABA inhibition (A), synaptic currents (B), neuronal firing (C), changes in calcium concentration (D), and CaMKII activity (E). Under these conditions, the model does no

Caption

From neural input to synaptic plasticity. The plots show glutamatergic excitation and GABA inhibition (A), synaptic currents (B), neuronal firing (C), changes in calcium concentration (D), and CaMKII activity (E). Under these conditions, the model does not reach long-term potentiation (LTP).

 

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/Photo: Frontiers in Computational Neuroscience

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