SPIKE PROBABILITIES IN NEURONES: INFLUENCE OF TEMPORAL STRUCTURE IN THE TRAIN OF SYNAPTIC EVENTS

Certain input-output relations were studied by way of intraneuronal recordings in isolated visceral ganglia of Aplysia californica. All cells exhibited a prolonged sequence of excitatory postsynaptic potentials (EPSP's) of a single type and, as a consequence, produced recurrent spikes. EPSP...

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Hauptverfasser:	Segundo,Jose P, Perkel,Donald H, Moore,George P
Format:	Report
Sprache:	eng
Schlagworte:	Bionics CYBERNETICS DIGITAL COMPUTERS GANGLIA Medicine and Medical Research NERVE CELLS NERVE IMPULSES PROBABILITY STATISTICAL ANALYSIS TIME
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creator	Segundo,Jose P Perkel,Donald H Moore,George P
description	Certain input-output relations were studied by way of intraneuronal recordings in isolated visceral ganglia of Aplysia californica. All cells exhibited a prolonged sequence of excitatory postsynaptic potentials (EPSP's) of a single type and, as a consequence, produced recurrent spikes. EPSP's either (1) occurred 'spontaneously' or (2) were initiated by stimulating a connective with shocks from a stimulator driven by a Geiger counter. The prespike epoch was analyzed and the events that trigger the postsynaptic spike were identified in a probabilistic manner. Experiments in digital-computer-simulated neurons reproduced and extended the results of animal experiments.
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subjects	Bionics CYBERNETICS DIGITAL COMPUTERS GANGLIA Medicine and Medical Research NERVE CELLS NERVE IMPULSES PROBABILITY STATISTICAL ANALYSIS TIME
title	SPIKE PROBABILITIES IN NEURONES: INFLUENCE OF TEMPORAL STRUCTURE IN THE TRAIN OF SYNAPTIC EVENTS
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