Selected article for: "infected subject and viral load"

Author: Giorgio Buonanno; Luca Stabile; Lidia Morawska
Title: Estimation of airborne viral emission: quanta emission rate of SARS-CoV-2 for infection risk assessment
  • Document date: 2020_4_17
  • ID: 7bmj8qsv_51
    Snippet: of both the infected subject and the exposed subjects; and (ii) the viral load in the sputum of the 331 infected subject; therefore, in future studies, more specific exposure scenarios could be simulated 332 on the basis of the findings proposed and discussed in this study. 333 334 335 Figure 3 -R0 calculated for all the exposure scenarios (natural ventilation, mechanical ventilation; before 336 lockdown, after lockdown) and microenvironments (ph.....
    Document: of both the infected subject and the exposed subjects; and (ii) the viral load in the sputum of the 331 infected subject; therefore, in future studies, more specific exposure scenarios could be simulated 332 on the basis of the findings proposed and discussed in this study. 333 334 335 Figure 3 -R0 calculated for all the exposure scenarios (natural ventilation, mechanical ventilation; before 336 lockdown, after lockdown) and microenvironments (pharmacy, supermarket, restaurant, post office, bank) 337 under investigation considering an asymptomatic SARS-CoV-2 infected subject (cv=1×10 8 copies mL -1 ) while 338 standing (IR=0.54 m 3 h -1 ; ERq=147 quanta h -1 ) and the exposed population, also standing.

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