Maria Teresa Parodi

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This paper describes computer simulations of the behavior of Hodgkin-Huxley neurons, based on a redefinition of membrane and synaptic connections as time-invariant circuit elements. Examples are given showing that this self-consistent equivalent circuit representation allows very efficient computer simulations and could facilitate the introduction of(More)
The in vitro culture of neuronal cells is a useful tool for studying, in a controlled way, neurobiological and neuropharmacological phenomena. A first step towards the understanding of these phenomena is described. Effects of simulated excitatory/inhibitory synapses, artificially positioned along the digitized image of neural arborizations, are presented.
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