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Synchronous behaviour in network model based on human cortico-cortical connections

Protachevicz, P R ; Borges, R R ; Reis, A S ; Borges, F S ; Iarosz, K C ; Caldas, I L ; Lameu, E L ; Macau, E E N ; Viana, R L ; Sokolov, I M ; Ferrari, F A S ; Kurths, J ; Batista, A M ; Lo, C-Y ; He, Y ; Lin, C-P

Physiological measurement, 2018-07, Vol.39 (7), p.074006-074006 [Periódico revisado por pares]

England: IOP Publishing

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Título:
Synchronous behaviour in network model based on human cortico-cortical connections
Autor: Protachevicz, P R ; Borges, R R ; Reis, A S ; Borges, F S ; Iarosz, K C ; Caldas, I L ; Lameu, E L ; Macau, E E N ; Viana, R L ; Sokolov, I M ; Ferrari, F A S ; Kurths, J ; Batista, A M ; Lo, C-Y ; He, Y ; Lin, C-P
Assuntos: cortico-cortical connection network ; Humans ; Membrane Potentials ; Models, Neurological ; Nerve Net - cytology ; Nerve Net - physiology ; neuronal networks ; Neurons - cytology ; synchronization
É parte de: Physiological measurement, 2018-07, Vol.39 (7), p.074006-074006
Notas: Institute of Physics and Engineering in Medicine
PMEA-102470.R2
ObjectType-Article-1
SourceType-Scholarly Journals-1
ObjectType-Feature-2
content type line 23
Descrição: Objective: We consider a network topology according to the cortico-cortical connection network of the human brain, where each cortical area is composed of a random network of adaptive exponential integrate-and-fire neurons. Approach: Depending on the parameters, this neuron model can exhibit spike or burst patterns. As a diagnostic tool to identify spike and burst patterns we utilise the coefficient of variation of the neuronal inter-spike interval. Main results: In our neuronal network, we verify the existence of spike and burst synchronisation in different cortical areas. Significance: Our simulations show that the network arrangement, i.e. its rich-club organisation, plays an important role in the transition of the areas from desynchronous to synchronous behaviours.
Editor: England: IOP Publishing
Idioma: Inglês

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Synchronous behaviour in network model based on human cortico-cortical connections

Protachevicz, P R ; Borges, R R ; Reis, A S ; Borges, F S ; Iarosz, K C ; Caldas, I L ; Lameu, E L ; Macau, E E N ; Viana, R L ; Sokolov, I M ; Ferrari, F A S ; Kurths, J ; Batista, A M ; Lo, C-Y ; He, Y ; Lin, C-P

England: IOP Publishing

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