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How does TAMIFLU work?
- Neuraminidase is a critical protein on the surface membrane of the influenza
virus38
- Enables the replicated influenza virus to bud from host cell38
- Helps the virus to pass through mucous between cells in the entire respiratory tract38
- Common to both influenza type A and type B
- In in-vitro studies, inhibition of viral neuraminidase is shown to
prevent newly formed influenza virus from escaping infected cells, therefore
interrupting the spread of infection between cells38,39
- The relationship between the in vitro antiviral activity in cell culture
and the inhibition of influenza virus replication in humans has not been
established
Tamiflu has been studied only in strains of influenza that were circulating at the time. The magnitude of effect of Tamiflu in treating and preventing novel strains of influenza (such as those that may be involved in a pandemic or associated with avian flu) cannot be predicted.
Tamiflu has not been proven to have a positive impact on the potential consequences (such as hospitalizations, mortality, or economic impact) of seasonal, avian, or pandemic influenza
See the chart below for a visual depiction of how TAMIFLU works
Learn about the efficacy and safety of TAMIFLU.
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