Vector control methods are considered effective in averting dengue transmission. However,
several factors may modify their impact. Of these controls, chemical methods, in the long run …

In the literature, several mathematical models have been formulated and developed to
describe the within-host dynamics of either human immunodeficiency virus (HIV) or human T …

Nonstandard finite difference (NSFD) is one of the efficient computational methods that has
been used to discretize various viral infection models. In this paper we present a NSFD …

In this work, we first propose a mathematical model to study the impact of awareness
programs on dengue transmission. The basic reproduction number ℛ 0 is derived. The …

During the past eras, many mathematicians have paid their attentions to model the dynamics
of dengue virus (DENV) infection but without taking into account the mobility of the cells and …

Dengue is one of the vector-borne diseases spread in most parts of the world. The number
of infected individuals is increased each year. This paper proposes a mathematical model …

Dengue virus (DENV) is a highly perilous virus that is transmitted to humans through
mosquito bites and causes dengue fever. Consequently, extensive efforts are being made to …

Dengue is among the most important infectious diseases in the world. The main contribution
of our paper is to present a mixed system of partial and ordinary differential equations. This …

We propose a discrete-time viral model with antibody and cell-mediated immune responses.
Two types of infected cells are incorporated into the model, namely latently infected and …

We develop and study a stochastic dengue model with Ornstein–Uhlenbeck process, in
which we assume that the transmission coefficients between vector and human satisfy the …