Predicted HTL epitopes, their positions from protein sources, and scores from physicochemical tests.
dataset
posted on 2024-09-26, 17:30 authored by Edward Coralde Banico, Ella Mae Joy Sinco Sira, Lauren Emily Fajardo, Albert Neil Gura Dulay, Nyzar Mabeth Obenio Odchimar, Alea Maurice Simbulan, Fredmoore Legaspi OroscoPredicted HTL epitopes, their positions from protein sources, and scores from physicochemical tests.
History
Usage metrics
Categories
Keywords
species vaccination strategiespromoting factor elike receptor 4intermediate animal hostsfavorable physicochemical propertiescomputational simulations showedfinal design basedstimulate immune responsesphysicochemical property evaluationfollowing molecular dockingdiv >< pepitope subunit vaccinedesigned vaccine constructrational vaccine designstudy used immunoinformaticsmolecular dynamics confirmedvirus — swinemolecular dockingvaccine constructepitope constructstudy demonstratesmolecular modelingcomputational methodologiesepitope componentssilico designvivo vitro various adjuvantstlr4 ),structural stabilityreceptors foundraised concernsprevious outbreaksnipah virusinduced helperinduced cytotoxicinduced bhigh mortality
Licence
Exports
RefWorks
BibTeX
Ref. manager
Endnote
DataCite
NLM
DC