In evolutionary epidemiology, most of the existing models address virulence evolution through a transmission-virulence trade-off. Although some models consider a coupling with other host-parasite interaction features such as clearance, there seem to be n
International audienceVirus–plant interactions range from parasitism to mutualism. Viruses have been...
Understanding the factors driving pathogen emergence and re-emergence is a major challenge, particul...
Disease resistance genes are valuable natural resources which should be deployed in a way which maxi...
The adaptive hypothesis invoked to explain why parasites harm their hosts is known as the trade-off ...
International audienceMany plant parasites interact with their host through gene-for-gene interactio...
The emergence of new genotypes of parasites involves several evolutionary, epidemiological and ecolo...
Many pathogens and parasites are transmitted through hosts that differ in species, sex, genotype, or...
International audienceThe breeding of resistant hosts based on the gene-for-gene interaction is cruc...
A model is introduced for the transmission dynamics of a vector-borne disease with two vector strain...
How and why parasite virulence (terms in bold font are in the Glossary) evolves are arguably some of...
BGPI : équipe 2International audienceThe transmissionvirulence trade-off hypothesis is one of the fe...
Recent research is directed towards testing the idea that parasite virulence evolution is constraine...
There is increasing interest in the role that evolution may play in current and future pandemics, bu...
Transmission bottlenecks occur in pathogen populations when only a few individual pathogens are tran...
Mixed pathogenic infections are known to have profound effects on the ecological and evolutionary di...
International audienceVirus–plant interactions range from parasitism to mutualism. Viruses have been...
Understanding the factors driving pathogen emergence and re-emergence is a major challenge, particul...
Disease resistance genes are valuable natural resources which should be deployed in a way which maxi...
The adaptive hypothesis invoked to explain why parasites harm their hosts is known as the trade-off ...
International audienceMany plant parasites interact with their host through gene-for-gene interactio...
The emergence of new genotypes of parasites involves several evolutionary, epidemiological and ecolo...
Many pathogens and parasites are transmitted through hosts that differ in species, sex, genotype, or...
International audienceThe breeding of resistant hosts based on the gene-for-gene interaction is cruc...
A model is introduced for the transmission dynamics of a vector-borne disease with two vector strain...
How and why parasite virulence (terms in bold font are in the Glossary) evolves are arguably some of...
BGPI : équipe 2International audienceThe transmissionvirulence trade-off hypothesis is one of the fe...
Recent research is directed towards testing the idea that parasite virulence evolution is constraine...
There is increasing interest in the role that evolution may play in current and future pandemics, bu...
Transmission bottlenecks occur in pathogen populations when only a few individual pathogens are tran...
Mixed pathogenic infections are known to have profound effects on the ecological and evolutionary di...
International audienceVirus–plant interactions range from parasitism to mutualism. Viruses have been...
Understanding the factors driving pathogen emergence and re-emergence is a major challenge, particul...
Disease resistance genes are valuable natural resources which should be deployed in a way which maxi...