Phase locking of biological clocks
Copyright policy )Phase locking of biological clocks
Radial isochron clocks (RICs) and their response to external signals and coupling with other RICs are studied. RICs are derived as phase approximations to self-sustained oscillators. Their response to single impulses (phase resetting) and to repetitive impulses is determined. This response may be harmonic or chaotic. Finally, the effect of coupling between clocks is studied. Simple coupling is shown to exhibit rhythm splitting like that observed in fish and small mammals. New phase locking results for general weakly coupled RIC systems are also derived.
- University of Utah United States
Averaging method for ordinary differential equations, Periodicity, Arvicolinae, Tupaiidae, Nonlinear oscillations and coupled oscillators for ordinary differential equations, Models, Biological, radial isochron clocks, phase locking of biological clocks, Oscillometry, Animals, coupling, General biology and biomathematics, Mathematics
Averaging method for ordinary differential equations, Periodicity, Arvicolinae, Tupaiidae, Nonlinear oscillations and coupled oscillators for ordinary differential equations, Models, Biological, radial isochron clocks, phase locking of biological clocks, Oscillometry, Animals, coupling, General biology and biomathematics, Mathematics
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