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A formalism is developed which describes the extent to which stochasticoscillations in biochemical models are synchronised. It is based on thecalculation of the complex coherence function within the linear noiseapproximation. The method is illustrated on a simple example and then appliedto study the synchronisation of chemical concentrations in social amoeba. Thedegree to which variation of rate constants in different cells and the volumeof the cells affects synchronisation of the oscillations is explored, and thephase lag calculated. In all cases the analytical results are shown to be ingood agreement with those obtained through numerical simulations.

Synchronisation of stochastic oscillators in biochemical systems