Japanese encephalitis vaccine: moving away from mouse brain
Japanese encephalitis
Incidence of Japanese encephalitis
Japanese encephalitis in India
Japanese encephalitis vaccine
What is required in an ideal JEV vaccine ?
Japanese Encephalitis Virus Genome and Proteins
JEV Structural Proteins : Properties and Functions
JEV vaccine development at National Institute of Immunology
Peptide vaccine against Japanese encephalitis
Peptide vaccine : promises and pitfalls
Johnson grass mosaic virus
Self assembly of Potyvirus coat protein
Potato virus Y coat protein
Slide 15
JGMV coat protein
Synthesis of JGMV Coat protein in E. coli
Predicted secondary structure of the JGMV coat protein RNA
High level expression of the modified JGMV coat protein gene in E. coli
Virus-like-particles formed by Johnson grass mosaic virus coat protein in E. coli
Purification of JGMV VLPs
Structure of flavivirus envelope protein
JEV peptide sequences chosen for presentation on recombinant VLPs
JGMV fusion protein synthesis in E. coli
VLP formation in E. coli by JGMV CP-A
Synthesis of JGMV CPL-A in E. coli
JGMV fusion protein Synthesis in E. coli
Mice immunizations
Anti-peptide antibody response in mice
Anti-E antibody response in mice
Endpoint ELISA titers of mice sera
Immunofluorescence on JEV-infected cells by the mouse sera
JEV neutralization by sera from mice immunized with the JEV peptide-fused-CP
Mouse survival after challenge
JEV peptide vaccine
Development of a plant-derived oral JEV vaccine
Synthesis of JEV E protein in E. coli
Mice immunization
Generation of anti-JEV antibodies in mice fed with JEV E protein
Generation of cellular immunity against JEV in mice fed with JEV E protein
Oral feeding with Japanese encephalitis virus envelope (E) protein induces anti-JEV immune responses in mice
Plant-derived JEV vaccine
Japanese encephalitis vaccine : moving away from mouse brain
ACKNOWLEDGEMENTS
Author: OpenOfficeOrg1.1.3