… infection. Here, we present a 10-year systematic review on mathematical models for dengue
… vector-host transmission models and within-host models describing viral replication and the …

… level, thereby characterizing the elevated risks of severe dengue in literature. Second,
we exploited a simple mathematical model with two interacting serotypes (and enhancement), …

… mathematical model of the transmission dynamics of dengue viruses. The predicted prevalence
of infection … The strongest influences on the pattern of infection and its seasonal variation …

… of the most important infectious diseases in the world. So, its mathematical modeling can be
a valuable … In our mathematical model, the mechanical control is accomplished through the …

… of these models, along with our prior research on antibody dynamics [25], we propose a
novel mathematical model to elucidate Dengue virus–host interactions in this study. This model …

… Most of the existing models in the literature have considered either humoral immune …
dengue infection. In this paper, we study the dynamics of a within-host dengue infection model …

… The risk factors associated with severe and fatal dengue infections are not well understood. …
DHF or dengue shock syndrome (DSS) is the presence of preexisting dengue antibodies at …

… , we formulate the dengue model with memory in the transmission process. We study some
basic mathematical properties and stability of equilibrium of this formulated dengue model in …

… a mathematical model as an interesting tool for the understanding of the dengue transmission
for the difference season. Our interest here is to derive and analyze the model taking into …

… might be infected by dengue and chikungunya at the same time. Here in this article, a
mathematical model approach will be used to understand the spread of dengue and chikungunya …