All Issues

Vol.10, 2020
Vol.9, 2019
Vol.8, 2018
Vol.7, 2017
Vol.6, 2016
Vol.5, 2015
Vol.4, 2014
Vol.3, 2013
Vol.2, 2012
Vol.1, 2011
Volume , Number , , Pages -                                                                DOI:
Modeling the Within-Host Dynamics of Cholera: Bacterial-Viral-Immune Interaction
Jin Wang
Keywords:cholera modeling; within-host dynamics; equilibrium analysis
      We present a mathematical model to investigate the within-host dynamics of cholera. We formulate a system of nonlinear differential equations to describe the evolution and interplay of the pathogenic bacteria at different stages, the viruses, and the immune response inside the human body. Our analysis shows that the basic reproduction number of this model is determined collectively by the bacterial, viral and immune reproduction numbers, and that the bacterial-viral-immune interaction shapes the complex dynamics of cholera infection within a human host.
PDF      Download reader