[图书][B] Nonlinear dynamics underlying fast bursting in pituitary cells
WW Teka - 2012 - search.proquest.com
2012•search.proquest.com
Neurons and endocrine cells display various patterns of electrical activity, including periodic
bursting. Bursting oscillations are characterized by the alternation between periods of fast
spiking (the active phase) and quiescent periods (the silent phase), and are accompanied
by slow variations in one or more slowly changing variables. Bursts are often more efficient
than periodic spiking in evoking the release of neurotransmitter or hormone.
bursting. Bursting oscillations are characterized by the alternation between periods of fast
spiking (the active phase) and quiescent periods (the silent phase), and are accompanied
by slow variations in one or more slowly changing variables. Bursts are often more efficient
than periodic spiking in evoking the release of neurotransmitter or hormone.
Abstract
Neurons and endocrine cells display various patterns of electrical activity, including periodic bursting. Bursting oscillations are characterized by the alternation between periods of fast spiking (the active phase) and quiescent periods (the silent phase), and are accompanied by slow variations in one or more slowly changing variables. Bursts are often more efficient than periodic spiking in evoking the release of neurotransmitter or hormone.
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