• Comprehensive analysis of lipid nanoparticle technology as the leading platform for mRNA vaccine delivery, examining current advancements and future directions
• Strategic design and synthesis approaches for next-generation ionizable lipids that enhance mRNA delivery efficiency and cellular uptake
• Systematic investigation of molecular architecture-function correlations in ionizable lipids to:
  • Enhance immunogenicity through improved antigen presentation
  • Minimize reactogenicity by reducing inflammatory responses
  • Improved thermostability of mRNA-LNPs for the long-term storage of mRNA vaccines

NEW DATA