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Modelling natural burst firing in nigral dopamine neurons


Reference:

Penney, M. S. and Britton, N. F., 2002. Modelling natural burst firing in nigral dopamine neurons. Journal of Theoretical Biology, 219 (2), pp. 207-223.

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Abstract

The natural burst firing observed in vivo in mesolimbic dopamine neurons is of great significance regarding these neurons' involvement in response to sensory stimuli associated with primary reward. The cellular mechanisms underlying a natural burst have been experimentally characterized previously and hypothesized to be caused by a calcium-sensitive inactivation of a potassium channel. We present a mathematical model of a mesolimbic neuron that demonstrates how such a mechanism can produce realistic bursting patterns, but only A hen combined with an appropriately timed membrane depolarization from an external source.

Details

Item Type Articles
CreatorsPenney, M. S.and Britton, N. F.
DepartmentsFaculty of Science > Mathematical Sciences
RefereedYes
StatusPublished
ID Code7392
Additional InformationID number: ISI:000180138700005

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