Supporting data for designing a multi-epitope mRNA vaccine of Eastern equine encephalitis virus

Key Points

• The aim is to provide data for designing an effective multi-epitope mRNA vaccine against Eastern equine encephalitis virus.
• Utilized molecular docking for predicting interactions between epitopes and proteins.
• Conducted molecular dynamics simulation to assess the stability of the epitope structure.
• Performed immune simulation to evaluate the vaccine's potential efficacy.
• Data supports the feasibility of a multi-epitope approach for vaccine design.
• Molecular docking indicates strong binding interactions between epitopes and target proteins.
• Immune simulations suggest robust immune responses can be elicited by the proposed vaccine.