Cultured neuronal networks cultivated on micro-electrode arrays are a widely used tool for
the investigation of network mechanisms, providing structural framework for long-term …

We constructed a simulated spiking neural network model to investigate the effects of
random background stimulation on the dynamics of network activity patterns and tetanus …

It is an open question whether neuronal networks, cultured on multielectrode arrays, retain
any capability to usefully process information (learning and memory). A necessary …

A predominance of excitatory activity, with protracted appearance of inhibitory activity,
accompanies cortical neuronal development. It is unclear whether or not inhibitory neuronal …

Neuronal networks established on micro-electrode arrays provide useful models for synaptic
plasticity. Whether or not this represents a facet of learning is debated since ex vivo …

The authors present a sonification installation that allows a group of players to interact with
an auditory display of neural activity. The system is designed to represent electrical spike …

A number of laboratories have modeled aspects of synaptic plasticity using neuronal
networks established on micro-electrode arrays. Such studies demonstrate that external …

Method: This article describes the embodiment of ex vivo neuronal networks neurons in a
closed-loop cybernetic system, consisting of digitized video signals as sensory input and a …

Neuron-on-a-Chip technology is based on advanced neuronal culture technique, surface
micropatterning, microelectrode array technology, and multi-dimensional data analysis …

Cultured embryonic neurons develop functional networks that transmit synaptic signals over
multiple sequentially connected neurons as revealed by multi-electrode arrays (MEAs) …