Author: Chentong Li; Jinhu Xu; Jiawei Liu; Yicang Zhou
Title: The within-host viral kinetics of SARS-CoV-2 Document date: 2020_3_2
ID: 1yka7ej9_6
Snippet: where E p (t), E * p (t) and v(t) are the number of uninfected pulmonary epithelial cells, infected pulmonary epithelial cells and the virus. β is the infection rate of virus, π v is the virus production rate, E p (0) is the initial value of uninfected epithelial cells, and the term d E E p (0) assumes a constant regeneration of uninfected epithelial cells. d E , d E * and d v are the death rate of uninfected pulmonary epithelial cells, infecte.....
Document: where E p (t), E * p (t) and v(t) are the number of uninfected pulmonary epithelial cells, infected pulmonary epithelial cells and the virus. β is the infection rate of virus, π v is the virus production rate, E p (0) is the initial value of uninfected epithelial cells, and the term d E E p (0) assumes a constant regeneration of uninfected epithelial cells. d E , d E * and d v are the death rate of uninfected pulmonary epithelial cells, infected pulmonary epithelial cells and the virus, respectively. The death rate of E p (t) is the natural clearance rate of pulmonary epithelial cells, while, d E * and d v are the combination of the natural clearance rate and elimination by the immunity system. This model was also used to describe the within-lung infection process of flu virus [5, 11] .
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