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Modeling and Analysis of the Spread of COVID-19 under a Multiple-strain Model with Mutations

Published onApr 23, 2021
Modeling and Analysis of the Spread of COVID-19 under a Multiple-strain Model with Mutations
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You're viewing an older Release (#1) of this Pub.

  • This Release (#1) was created on Mar 01, 2021 ()
  • The latest Release (#2) was created on Apr 23, 2021 ().

Abstract

Since December 2019, COVID-19 has caused worldwide devastation. To devise effective countermeasures, it is important to develop mathematical models that help us to understand and predict the spreading of COVID-19, as well as to provide guidelineson what can be done to limit its spread. To this end, we leverage recent work of Eletreby et al. (2020) which studies a model where multiple strains of a virus propagate through a network while also undergoing mutations. Highlighting the recent reports on a mutation of SARS-CoV-2 that is thought to be more transmissible than the original strain, we discuss the importance of incorporating mutations and evolutionary adaptations in epidemic models. We also demonstrate how the results of Eletreby et al. (2020) can be used to assess the effectiveness of mask-wearing in limiting the spread of COVID-19. These are supported by simulation results showing the impact of various mutation and mask-wearing possibilities.


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3/1/20: To preview this content, click below for the Just Accepted version of the article. This peer-reviewed version has been accepted for its content and is currently being copyedited to conform with HDSR’s style and formatting requirements.


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