Selected article for: "cell target and virus cell"

Author: Antonio Gonçalves; Julie Bertrand; Ruian Ke; Emmanuelle Comets; Xavier de Lamballerie; Denis Malvy; Andrés Pizzorno; Olivier Terrier; Manuel Rosa Calatrava; France Mentré; Patrick Smith; Alan S Perelson; Jérémie Guedj
Title: Timing of antiviral treatment initiation is critical to reduce SARS-Cov-2 viral load
  • Document date: 2020_4_7
  • ID: n6l2804j_9
    Snippet: The model considers three populations of cells: target cells, T, infected cells in the 88 eclipse phase, I 1 , and productively infected cells, I 2. Given the timescale of the infection, we 89 neglect target cell proliferation and natural death, and we focused on the process of cell 90 depletion by virus infection. We assumed target cells become infected with rate constant β. 91.....
    Document: The model considers three populations of cells: target cells, T, infected cells in the 88 eclipse phase, I 1 , and productively infected cells, I 2. Given the timescale of the infection, we 89 neglect target cell proliferation and natural death, and we focused on the process of cell 90 depletion by virus infection. We assumed target cells become infected with rate constant β. 91

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