This work concerns the epidemiology of infectious diseases like monkeypox (mpox) in
humans and animals. Our models examine transmission scenarios, including transmission …

This study uses imposed control techniques and vaccination game theory to study disease
dynamics with transitory or diminishing immunity. Our model uses the ABC fractional-order …

The monkeypox epidemic has become a global health issue due to its rapid transmission
involving nonhuman-to-human transmission in nonendemic areas. Various actions, such as …

In this study, a fractional-order monkeypox epidemic model with different memory effects
between humans and rodents is considered. The proposed model involves six classes of …

Effective disease control measures to manage the spread of Monkeypox virus are crucial,
especially given the serious public health risks posed by the ongoing global epidemic in …

Monkeypox virus causes a zoonotic disease known as monkeypox, which poses a
significant public health risk. To address this, we developed a novel mathematical model …

Individual's perception of the participant in a vaccine program reflects their intrinsic
appreciation of the trade-off between vaccine behavior, risk of infection, and memory effect …

In this study, we examine the impact of vaccination and environmental transmission on the
dynamics of the monkeypox. We formulate and analyze a mathematical model for the …

A current outbreak of the monkeypox viral infection, which started in Nigeria, has spread to
other areas of the globe. This affects over 28 nations, including the United Kingdom and the …

In the situation of inadequate vaccines and rapid mutation of virulent strains, alternative
health interventions play a crucial role in the containment of emerging epidemics. This study …