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The globally re-emerging norovirus GII.2 manifests higher heat resistance than norovirus GII.4 and Tulane virus.

Malcolm Turk Hsern TanLiang XueDapeng WangMohamad Eshaghi GorjiYan LiZhiyuan GongDan Li
Published in: Journal of applied microbiology (2021)
This study is expected to serve as an important reference when revisiting the numerous previous data evaluating HuNoV inactivation conditions in foods with the use of TV as the cultivable surrogate or with genuine HuNoV but using molecular methods. The higher resistance of NoV GII.2 strains than GII.4 strains toward inactivation treatment supplies a possible explanation for the global re-emerging of NoV GII.2 epidemic in recent years.
Keyphrases
  • escherichia coli
  • heat stress
  • replacement therapy
  • smoking cessation
  • disease virus