Assess transmissibility of different in�uenza subtypes: based on a seiabr model

HIGHLIGHTS

• who: Posted Date May and colleagues from the infection rates of influenza different subtypes from , to , in ChinaHunan Normal University have published the article: Assess transmissibility of different inufffduenza subtypes: Based on a SEIABR model, in the Journal: (JOURNAL) of December/31,/2019
• what: In this study, a SEIABR model was developed to simulate the transmission of influenza in China. Its strong transmission ability may be one of the main reasons for its worldwide pandemic .
• how: The data showed that onset of influenza was cyclical in every year . The results showed that the . . .
  

   

  

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