Learning, or more generally, plasticity may be studied using cultured neuronal networks on multi electrode arrays. Many protocols have been proposed to change connectivity in such networks. So far, only one of these protocols, proposed by Shahaf and Marom, aimed to change the input-output relationship of a selected connection in the network. Although the results were quite promising, the experiments appeared difficult to repeat and the protocol did not serve as a basis for wider investigation yet. Here, we repeated their protocol, and compared our ‘learning curves’ to the original results. Although in some experiments the protocol did not seem to work, we found that on average, the protocol showed a significant learning effect indeed. We fr...
Dissociated 1 or 2 days old postnatal rat cortical cells were cultured onto multi electrode arrays (...
Abstract — We have studied the effect of imprinting a new stimulus-response (SR) relationship into a...
We are investigating whether often repeated firing patterns can rewire the connections in a neuronal...
Learning, or more generally, plasticity may be studied using cultured neuronal networks on multi ele...
We applied a training protocol to cultured cortical networks, adapted from Shahaf and Marom [1]. Lik...
Learning, or more generally, plasticity may be studied using cultured networks of rat cortical neuro...
Learning, or more generally, plasticity may be studied using cultured networks of rat cortical neuro...
The mechanism behind memory is one of the mysteries in neuroscience. Here we unravel part of the mec...
In vitro neuronal cultures have become a popular method with which to probe network-level neuronal d...
The mechanisms behind memory have been studied mainly in artificial neural networks. Several mechani...
Abstract Networks of cortical neurons were grown over multi electrode arrays to enable simultaneous ...
The localization of learning in dissociated cultures to the stimulation-evaluation electrode pair wa...
Cultures of living cortical neurones, grown in vitro, provide a model of brain function, their longe...
We introduce an approach for the quantitative assessment of the connectivity in neuronal cultures, b...
We studied the changes in activity of neuronal networks (±50000 cells) cultured on multi electrode a...
Dissociated 1 or 2 days old postnatal rat cortical cells were cultured onto multi electrode arrays (...
Abstract — We have studied the effect of imprinting a new stimulus-response (SR) relationship into a...
We are investigating whether often repeated firing patterns can rewire the connections in a neuronal...
Learning, or more generally, plasticity may be studied using cultured neuronal networks on multi ele...
We applied a training protocol to cultured cortical networks, adapted from Shahaf and Marom [1]. Lik...
Learning, or more generally, plasticity may be studied using cultured networks of rat cortical neuro...
Learning, or more generally, plasticity may be studied using cultured networks of rat cortical neuro...
The mechanism behind memory is one of the mysteries in neuroscience. Here we unravel part of the mec...
In vitro neuronal cultures have become a popular method with which to probe network-level neuronal d...
The mechanisms behind memory have been studied mainly in artificial neural networks. Several mechani...
Abstract Networks of cortical neurons were grown over multi electrode arrays to enable simultaneous ...
The localization of learning in dissociated cultures to the stimulation-evaluation electrode pair wa...
Cultures of living cortical neurones, grown in vitro, provide a model of brain function, their longe...
We introduce an approach for the quantitative assessment of the connectivity in neuronal cultures, b...
We studied the changes in activity of neuronal networks (±50000 cells) cultured on multi electrode a...
Dissociated 1 or 2 days old postnatal rat cortical cells were cultured onto multi electrode arrays (...
Abstract — We have studied the effect of imprinting a new stimulus-response (SR) relationship into a...
We are investigating whether often repeated firing patterns can rewire the connections in a neuronal...