Abstracts (first author)

Invited Speaker 

Epidemiological and evolutionary implications of immune priming

Author(s): Boots M

Summary:

The body of empirical evidence for immune priming in invertebrates is growing. To highlight this, here, I will give an example of within and transgenerational priming in an insect to challenge by a natural DNA virus. Given this widespread phenomena and the fact that priming, defined here as immunity following challenge to a pathogen, contrasts epidemiologically with acquired immunity which occurs after recovery from an infectious state, it is important to model the implications of priming. Defined in this way priming can also be a characteristic of vertebrate immunity. Here I will describe the epidemiological and evolutionary characteristics of a SPI (susceptible:primed:infectious) model as distinct from the SIR (susceptible:infected:recovered/removed) model of acquired immunity. The models highlight the potential importance of priming to the epidemiology and evolution of host parasite interactions.



Contacts

Chairman: Octávio S. Paulo
Tel: 00 351 217500614 direct
Tel: 00 351 217500000 ext22359
Fax: 00 351 217500028
email: mail@eseb2013.com

Address

XIV Congress of the European Society for Evolutionary Biology

Organization Team
Department of Animal Biology (DBA)
Faculty of Sciences of the University of Lisbon
P-1749-016 Lisbon
Portugal

Website

Computational Biology & Population Genomics Group 
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