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Influenza evolution and epidemic dynamics
Phylodynamics: mathematical model of influenza epidemics shows how viral evolutionary patterns can account for observed epidemic patterns of influenza, and ...
Avian influenza virus evolves rapidly in wild birds
Contrary to previous studies, research suggests that avian influenza A viruses in wild aquatic birds evolve at rates similar to those seen in influenza A in ...
Influenza evolution: the importance of chance processes
Extensive within-season genetic diversity in influenza A H3N2 viruses in New York State appears to arise from successive introduction of new variants from ...
Whole-genome analysis sheds light on influenza virus evolution
Evidence for multiple reassortment events in H3N2 influenza A viruses infecting humans.
Commuting patterns and influenza epidemics
Mathematical models of annual influenza epidemics across the United States suggest that patterns of epidemic spread are affected by adults traveling to and ...
Tropical reservoir for human influenza?
An analysis of more than 1300 complete influenza genomes shows different evolutionary patterns for two important viral subtypes (A/H1N1 and A/H3N2). Changes in ...
Influenza A virus: history of reassortment
Genetic sequences collected between 1918 and 2005 indicate that reassortment happens frequently in the evolutionary history of the Influenza A virus, including ...
Rapid rise of antiviral resistance in influenza not caused by drug selection pressure
Over recent years, human influenza viruses resistant to antiviral drugs (adamantanes) have spread to high frequency worldwide. An analysis of influenza genomes ...
Ottar Bjornstad
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