The purpose of this work is to introduce time delays in an Oregonator-based model [11] to describe molecular communication in a system of coupled chemical oscillators [5]. With this approach we assume that the molecules responsible for communication (signal molecules) take a non-zero time τ to cross the barrier (phospholipid membrane) which physically separate the oscillators. In particular, here we present numerical results and we discuss and highlight the differences between delayed and non-delayed models.

A model for coupled belousov-zhabotinsky oscillators with delay

D'ambrosio R.;
2021

Abstract

The purpose of this work is to introduce time delays in an Oregonator-based model [11] to describe molecular communication in a system of coupled chemical oscillators [5]. With this approach we assume that the molecules responsible for communication (signal molecules) take a non-zero time τ to cross the barrier (phospholipid membrane) which physically separate the oscillators. In particular, here we present numerical results and we discuss and highlight the differences between delayed and non-delayed models.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11697/176598
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