Physicochemical properties of the NiV multi-epitope subunit vaccines.

<p>Physicochemical properties of the NiV multi-epitope subunit vaccines.</p>

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Bibliographic Details
Main Author:	Edward Coralde Banico (19746407) (author)
Other Authors:	Ella Mae Joy Sinco Sira (19746410) (author), Lauren Emily Fajardo (19746413) (author), Albert Neil Gura Dulay (19746416) (author), Nyzar Mabeth Obenio Odchimar (19746419) (author), Alea Maurice Simbulan (19746422) (author), Fredmoore Legaspi Orosco (19746425) (author)
Published:	2024
Subjects:	Molecular Biology Biotechnology Immunology Infectious Diseases Virology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Information Systems not elsewhere classified species vaccination strategies promoting factor e like receptor 4 intermediate animal hosts favorable physicochemical properties computational simulations showed final design based stimulate immune responses physicochemical property evaluation following molecular docking div >< p epitope subunit vaccine designed vaccine construct rational vaccine design study used immunoinformatics molecular dynamics confirmed virus — swine molecular docking vaccine construct epitope construct study demonstrates molecular modeling computational methodologies epitope components silico design vivo </ vitro </ various adjuvants tlr4 ), structural stability receptors found raised concerns previous outbreaks nipah virus induced helper induced cytotoxic induced b high mortality
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