Understanding the mechanisms governing host-pathogen kinetics is important and can
guide human interventions. In-host mathematical models, together with biological data, have …

Recent Zika virus outbreaks have been associated with severe outcomes, especially during
pregnancy. A great deal of effort has been put toward understanding this virus, particularly …

Mathematical models that describe infection kinetics help elucidate the time scales,
effectiveness, and mechanisms underlying viral growth and infection resolution. For …

Abstract Within-host SARS-CoV-2 modelling studies have been published throughout the
COVID-19 pandemic. These studies contain highly variable numbers of individuals and …

A population at low census might go extinct or instead transition into exponential growth to
become firmly established. Whether this pivotal event occurs for a within-host pathogen can …

SARS-CoV-2 (Severe acute respiratory syndrome coronavirus 2) causes a variety of
responses in those who contract the virus, ranging from asymptomatic infections to acute …

Inspired by the competition exclusion principle, this work aims at providing a computational
framework to explore the theoretical feasibility of viral co-infection as a possible strategy to …

In-host models have been essential for understanding the dynamics of virus infection inside
an infected individual. When used together with biological data, they provide insight into …

Avian influenza viruses present an emerging epidemiological concern as some strains of
H5N1 avian influenza can cause severe infections in humans with lethality rates of up to …

The duration of the eclipse phase, from cell infection to the production and release of the first
virion progeny, immediately followed by the virus-production phase, from the first to the last …