Aaron Marta
The best way to avoid getting the influenza virus is to get vaccinated. In any case, flow occasional flu antibodies are just defensive against firmly paired coursing strains. Our efforts frequently result in mismatches and low vaccine effectiveness, despite extensive monitoring and annual reformulation. As a result, we are still one step behind the rapidly evolving virus. Fortunately, numerous next-generation influenza vaccines are currently in development, making use of a variety of cuttingedge methods to speed up production and broaden protection. The vaccine manufacturing practices that are currently in use, the most recent advancements in influenza vaccine research, and any potential obstacles that need to be overcome are all covered in this overview. The advantages of removing the glycan shield from influenza surface antigens in order to increase vaccine immunogenicity and the potential role that glycol engineering might play in the development of an influenza vaccine are given particular attention. From an industry perspective, the possibility of developing these novel influenza vaccine candidates in the future is discussed.
Keywords Influenza Virus; Glycoengineering; Vaccine
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