Understanding FMDV immunology and transmission biology to improve vaccines and vaccination strategies. THIS GRANT IS A SUPPLEMENTATION TO GRANT REF BB

Lead Research Organisation: The Pirbright Institute
Department Name: Div of Immunology Compton

Abstract

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Technical Summary

The proposed research programme will improve the understanding of FMDV transmission in cattle, by carrying out quantitative virological studies that simulate field transmission of FMDV to naive and vaccinated animals. These parameter measurements will be incorporated into mathematical models designed to optimise emergency vaccination programmes. Local and systemic antibody and T cell- mediated immune responses will also be studied, to identify immunological correlates of protection in FMDV recovered and vaccinated cattle. Finally, we will investigate FMDV vaccine/adjuvant combinations and immunisation regimes to generate strong systemic and local immunity in mice and test promising candidates in cattle.

Publications

10 25 50
 
Description See key findings listed in BBS/B/00549
Exploitation Route See key findings listed in BBS/B/00549
Sectors Agriculture, Food and Drink,Healthcare

 
Description See narrative listed in BBS/B/00549
First Year Of Impact 2005
Sector Agriculture, Food and Drink,Healthcare
Impact Types Economic,Policy & public services