During the last years the incorporation of Dynamical system theory, Evolutionary dynamics and Complex systems has contributed deep understanding to biology and human health. Modeling along this line include prominent contributions to the understanding of various topics including Heart arrhythmia, Cancer evolution, Genetic networks, the Circadian system, and HIV infection, as well as opened new directions for treatments and policy regulations.
This Research Topic aims at bringing a comprehensive overview of the most promising and recently introduced studies pursued by the scientific community in studying the central and peripheral nervous systems from the dynamical and complex system points of view.
During the last years the incorporation of Dynamical system theory, Evolutionary dynamics and Complex systems has contributed deep understanding to biology and human health. Modeling along this line include prominent contributions to the understanding of various topics including Heart arrhythmia, Cancer evolution, Genetic networks, the Circadian system, and HIV infection, as well as opened new directions for treatments and policy regulations.
This Research Topic aims at bringing a comprehensive overview of the most promising and recently introduced studies pursued by the scientific community in studying the central and peripheral nervous systems from the dynamical and complex system points of view.
