1. Particle-based platforms for malaria vaccines
- Author
-
Yimin Wu, Gary T. Jennings, David L. Narum, Anjali Yadava, and Sylvain Fleury
- Subjects
Protective immunity ,medicine.medical_treatment ,Particle ,Antigens, Protozoan ,Biology ,Article ,Immune system ,Adjuvants, Immunologic ,Antigen ,Immunology and Microbiology(all) ,Malaria Vaccines ,medicine ,Humans ,Subunit vaccines ,Vaccines, Virus-Like Particle ,Adjuvant ,General Veterinary ,General Immunology and Microbiology ,Public Health, Environmental and Occupational Health ,Vaccine delivery ,medicine.disease ,veterinary(all) ,Malaria ,Infectious Diseases ,Vaccines, Subunit ,Immunology ,Nanoparticles ,Molecular Medicine ,Vaccine ,Delivery - Abstract
Recombinant subunit vaccines in general are poor immunogens likely due to the small size of peptides and proteins, combined with the lack or reduced presentation of repetitive motifs and missing complementary signal(s) for optimal triggering of the immune response. Therefore, recombinant subunit vaccines require enhancement by vaccine delivery vehicles in order to attain adequate protective immunity. Particle-based delivery platforms, including particulate antigens and particulate adjuvants, are promising delivery vehicles for modifying the way in which immunogens are presented to both the innate and adaptive immune systems. These particle delivery platforms can also co-deliver non-specific immunostimodulators as additional adjuvants. This paper reviews efforts and advances of the Particle-based delivery platforms in development of vaccines against malaria, a disease that claims over 600,000 lives per year, most of them are children under 5 years of age in sub-Sahara Africa.
- Full Text
- View/download PDF