Physical Review E · 2007 · 68 citations · 22 references
Life SciencesNeurobiologyNeuroscienceMemoryNeural CircuitrySynaptic PlasticityMemory SystemsNeural Circuit DynamicsNeural CircuitsNeuronal DynamicsSpiking Neural NetworksSynaptic TransmissionBursting ActivityBursting DynamicsCollective ModesNeural Firing PatternsNeuronal Firing PatternsNeuronal Network DynamicsReal-time Data AnalysisSpiking Activity
We show that using local chemical stimulations it is possible to imprint persisting (days) multiple memories (collective modes of neuron firing) in the activity of cultured neural networks. Microdroplets of inhibitory antagonist are injected at a location selected based on real-time analysis of the recorded activity. The neurons at the stimulated locations turn into a focus for initiating synchronized bursting events (the collective modes) each with its own specific spatiotemporal pattern of neuron firing.
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Neuronal Avalanches in Neocortical Circuits
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Life Sciences, Biology, Neuroscience +17
Weak pairwise correlations imply strongly correlated network states in a neural population
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