… delay differential equation model with a discrete delay, namely, system (2.3). Notice that the
model … instability in this delay model where none exists in the non-delay model indicates that …

… a mathematical model based on a set of delay differential equations that describe intracellular
HIV … In Section 2, we present the mathematical model of HIV within-host with discrete time …

… Mathematical modeling has proven to be valuable in understanding the dynamics of HIV-1 …
In this paper, we extend the development of delay models of HIV-1 infection and treatment to …

… we incorporate time delays into mathematical models to study virus dynamics. … mathematical
properties of the solutions of the two-delay model, and provides more information for model …

… model which is novel as compared to the existing models mentioned … mathematical model
of primary HIV-1 infection, built according to [F1-F8]. In sections 2, 3 the set of the model delay …

… In this paper we propose and analyse a mathematical model of HIV-1 infection to CD4 + T
… Note that there exists a finite time lag or delay in the process of disease transmission. Also it …

… time delays, we model the latency period and the delayed … behaviour of the delay
differential-equation model are analysed … delay are presented, and the results are discussed in …

… of the HIV/AIDS epidemic model with a time delay effect in the human population. In our model,
\(N… of delayed mathematical modeling plays a significant role in the dynamics of epidemic …

… has enhanced progress in the understanding of HIV-1 infection. The introduction of … HIV-1
dynamics in infected individuals. Using mathematical models to interpret clinical data from HIV-…

… In the last decade, many mathematical models have been developed to describe … model
is a system of three delay-differential equations. To determine the dynamics of the delay model, …