Interactions between theta- and delta-timescale inhibitory currents in a cortical oscillator model generate delayed Hopf bifurcations that expand the range of frequencies for flexible phase-locking.
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Dynamical mechanisms of flexible phase-locking in cortical theta oscillators
Interactions between theta- and delta-timescale inhibitory currents in a cortical oscillator model generate delayed Hopf bifurcations that expand the range of frequencies for flexible phase-locking.