In co-infection models for two diseases, it is mostly claimed that, the dynamical behavior of
the sub-models usually predict or drive the behavior of the complete models. However …

Malaria, one of the longest-known vector-borne diseases, poses a major health problem in
tropical and subtropical regions of the world. Its complexity is currently being exacerbated by …

We formulate and theoretically analyze a mathematical model of COVID‐19 transmission
mechanism incorporating vital dynamics of the disease and two key therapeutic measures …

A mathematical model for the co-interaction of COVID-19 and dengue transmission
dynamics is formulated and analyzed. The sub-models are shown to be locally …

In this paper we formulate a mathematical model for malaria–cholera co-infection in order to
investigate their synergistic relationship in the presence of treatments. We first analyze the …

Tuberculosis and COVID-19 are among the diseases with major global public health
concern and great socio-economic impact. Co-infection of these two diseases is inevitable …

A new mathematical model for COVID-19 and HIV/AIDS is considered to assess the impact
of COVID-19 on HIV dynamics and vice-versa. Investigating the epidemiologic synergy …

In this paper, we present a co‐infection mathematical model for dengue‐Zika disease in
order to carry out their synergistic relationship in the presence of prevention and treatment …

Cholera, an acute gastro-intestinal infection and a waterborne disease continues to emerge
in developing countries and remains an important global health challenge. We formulate a …

This paper explores the co-infection dynamics of coronavirus disease 2019 (COVID-19) and
Malaria using Caputo-type fractional derivative to further understand the disease …