The phase locking states in a pair of Fast Spiking interneurons coupled by electrical and inhibitory synapses are investigated by using the theory of weakly coupled oscillators. It is shown that increasing either the decay time constant of the inhibitory current or the 0ring frequency of the cells favours the emergence of synchronous discharges. We also found that adding the electrical coupling promotes synchronous regimes.
Phase locking states between fast-spiking interneurons coupled by electrical and chemical synapses
Angelo Di Garbo;Santi Chillemi
2004
Abstract
The phase locking states in a pair of Fast Spiking interneurons coupled by electrical and inhibitory synapses are investigated by using the theory of weakly coupled oscillators. It is shown that increasing either the decay time constant of the inhibitory current or the 0ring frequency of the cells favours the emergence of synchronous discharges. We also found that adding the electrical coupling promotes synchronous regimes.File in questo prodotto:
Non ci sono file associati a questo prodotto.
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
