Numerical Investigation of Adaptive Immune Response to Viral Infection
In this paper we present a new mathematical model describing acquired immune response to viral infection. The model is formulated as a system of six ordinary differential equations (ODE). Conditions for existence, uniqueness and non-negativity of the solutions are studied. Numerical simulations for the case of dominating cellular immunity and various initial values of concentrations of virus particles are presented and discussed.
KeywordsNumerical simulations Differential equations Nonlinear dynamics Kinetic model Virus Immune system
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