Publication | Open Access
Enzymatic Properties of the Neuraminidase of Seasonal H1N1 Influenza Viruses Provide Insights for the Emergence of Natural Resistance to Oseltamivir
132
Citations
29
References
2008
Year
Virus EpidemiologyAntiviral SusceptibilityStrain SelectionFlu VaccinationViral Structural ProteinAntiviral DrugH1n1 VirusesInfluenza VaccinesDrug ResistanceViral EvolutionAntiviral Drug DevelopmentInfection ControlNatural ResistancePathogen PrevalenceVirologyEpidemiologyEnzymatic PropertiesEmerging Infectious DiseasesPathogenesisMicrobiologyMedicineInfluenza A
Surveillance of the antiviral susceptibility of influenza viruses in Europe revealed the emergence of influenza A(H1N1) viruses naturally resistant to the anti-neuraminidase inhibitor oseltamivir (Tamiflu) [1]. Currently, resistant viruses are most prevalent in Europe (25%) but less prevalent in the Americas (16%) or the Western Pacific region (4%) [2]. In Europe, the prevalence varies between countries, with highest levels in Norway (66.5%) and France (46.6%) [3]. These frequencies are in sharp contrast with those observed for H1N1 viruses during previous seasons (0 to <1%) [4]–[8].
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