Selected article for: "droplet nucleus and influenza virus"
Author: Jianfeng Li; Linyuan Zhang; Zhihua Ren; Caihong Xing; Peihuan Qiao; Bing Chang
Title: Meteorological factors correlate with transmission of 2019-nCoV: Proof of incidence of novel coronavirus pneumonia in Hubei Province, China
  • Document date: 2020_4_3
    • ID: lmjaldcs_2
    Snippet: However, it still cannot be fully explained. For example, studies have suggested that the survival of influenza virus is affected by the amount of water vapor pressure (equal to absolute humidity, AH) in the surrounding air, however, it is unclear why the stability of an influenza virus encased within a droplet nucleus would be sensitive to atmospheric water vapor pressure conditions. It is presumed that high atmospheric humidity levels will lead.....
    Document: However, it still cannot be fully explained. For example, studies have suggested that the survival of influenza virus is affected by the amount of water vapor pressure (equal to absolute humidity, AH) in the surrounding air, however, it is unclear why the stability of an influenza virus encased within a droplet nucleus would be sensitive to atmospheric water vapor pressure conditions. It is presumed that high atmospheric humidity levels will lead to surface inactivation of lipid-containing viruses, such as influenza viruses (Shaman et al. & Kohn, 2009 ) .

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