Experimental evolution of microbial communities,
Evolution of virulence of invertebrate pathogens,
in bicicletta,🚲
Autoimmunity gone wild: understanding the interactive effects of environmental stress and genetic risk in the development of autoimmune disease in a wild rodent 🐭🦠
www.exeter.ac.uk/study/fundin...
at Exeter #ExeterCEC. Open to everyone.
#EcoEvo
#WildlifeDisease
#PhD
Application deadline of July 29th!
Please circulate 📣
www.exeter.ac.uk/study/fundin...
Application deadline of July 29th!
Please circulate 📣
www.exeter.ac.uk/study/fundin...
generationresearch.ac.uk/phd_proposal...
generationresearch.ac.uk/phd_proposal...
#Pathogen host shift modelling w/ #bacteria infections across a 36-species panel. Great dataset and analysis to start teasing apart the rules of host*pathogen dynamics across species.
#immunosky #Drosophila
#Pathogen host shift modelling w/ #bacteria infections across a 36-species panel. Great dataset and analysis to start teasing apart the rules of host*pathogen dynamics across species.
#immunosky #Drosophila
doi.org/10.1371/jour...
Our new study investigates the evolution of virulence of a fungal entomopathogen in vivo. Through a lens of evolutionary theory, we explore multi-level selection, revealing conflicts and potential for improving biocontrol traits! @benraymond.bsky.social
doi.org/10.1371/jour...
Our new study investigates the evolution of virulence of a fungal entomopathogen in vivo. Through a lens of evolutionary theory, we explore multi-level selection, revealing conflicts and potential for improving biocontrol traits! @benraymond.bsky.social