… In this paper, we used mathematical modeling to investigate the dynamics of the viral … , as
well as the interactions of target cells with the innate and AIRs. Our model suggests that most of …

… Interaction of the immune system with a target population of, eg, bacteria, viruses, antigens,
or tumor cells must be considered as a dynamic process. We describe this process by …

… model of immune response we investigate the interaction of … a mathematical model of the
humoral immune reaction to a … In his next works [19, 20] Bell modified his model into one …

… rate of x M2 by type-II immune response cytokines produced by x Th2 , and δ m2 is the death
rate of x M2 cells. This study showed that type-II immune responses, characterized by large …

… /host interactions, we consider the simplest immune trigger: foreign antigen combined
with … The immune system we model includes all the basic factors: antigen, immune cells, …

… -virus interactions. The act of engineering the host-virus interactions into a mathematical
model … and to distill the model down to only those immune response components essential to …

… Here we discuss the biological response to radiotherapy and its immunomodulatory … review
published mathematical models of the impact of radiotherapy on tumor-immune interactions. …

… the importance of mathematical modeling and simulation in immune-modulating therapies
for … a mathematical model that describes the interactions of the tumor-immune system and …

… on the qualitative properties of the model can only be … model of the immune response to a
repli cating antigen, Bell [2] posed a model in which he viewed the antibody-antigen interaction …

… A mathematical model of the interactions between a growing tumor and the immune system
is presented. The … The mathematical model presented in this paper examines the T-cell …