Modelling biological systems - Kepseu, Wilfred;Sepulchre, Jacques-A.;Woafo, Paul
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Networks of coupled oscillators are observed in various domains of science. From physics to economy through biology, they are used to explain how collective behaviour emerges from interacting oscillators. In this book, we study through two specific examples, how biological systems use the distinctive properties of interconnected networks, widely studied in the biophysical science, to propagate informations and regulate vital physiological processes. Our interest focuses on: (1) Extension of the study of the communication via Ca2+ waves to a 1D and a 2D array of cells. (2) Communication through…mehr

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Produktbeschreibung
Networks of coupled oscillators are observed in various domains of science. From physics to economy through biology, they are used to explain how collective behaviour emerges from interacting oscillators. In this book, we study through two specific examples, how biological systems use the distinctive properties of interconnected networks, widely studied in the biophysical science, to propagate informations and regulate vital physiological processes. Our interest focuses on: (1) Extension of the study of the communication via Ca2+ waves to a 1D and a 2D array of cells. (2) Communication through the quorum sensing phenomenon governing the transition from the saprophytes way of life to the infectious cycle for pathogenic bacteria particularly for Dickeya dadantii (Ex Erwinia Chrysanthemi) bacteria.
Autorenporträt
Wilfred KEPSEU obtained his PhD in Biophysics at the (Lamsebp)University of Yaounde, Cameroon under the direction of Dr J.ASepulchre of INLN and Pr P. Woafo of Lamsebp. His major currentresearch interests lie in the areas of systems molecular biology,mathematical and computational biology with particular interest onbacteria regulatory network.