Noon-Seminar
Ass. Prof. Dr. David Samuel Schneider, Department of Microbiology and Immunology, Stanford University
Dr. Dimitri Diavatopoulos, Laboratory of Pediatric Infectious Diseases, RUNMC Nijmegen
Dr. Gerben Ferwerda, Laboratory of Pediatric Infectious Diseases, RUNMC Nijmegen
Prof. Peter Hermans, Laboratory of Pediatrics Infectious Diseases, RUNMC Nijmegen
Once infected,
hosts have two mechanisms of dealing with pathogens, the host can
limit the growth of the pathogen and/or it can reduce pathology.
We term this growth limitation "resistance" and the dose
response curve of host health to pathogen load "tolerance".
Over the past few years we worked on identifying tolerance
mechanisms, mostly by studying Drosophila infected with bacterial
pathogens. We like this description because it simplifies
complex immune responses and lets us study what really matters -
the health of the host. Unfortunately it turns out that this
system is good only for looking at populations and you can't use it
to deal with individuals. To solve this problem, we adopted
another ecological tool and plot health versus microbe data to
produce phase plots that describe an entire infection. This
approach lets us quantitate the infection process in new ways. We
are concentrating our efforts on looking at the mechanisms involved
in the recovery from infection. For these experiments we use a
mouse malaria model as well as our Drosophila bacterial pathogen
model. Our overarching goal is to come up with simple
summaries of infection that to reveal correlations between critical
immune parameters.
Packed lunch will be provided which you can eat during this seminar.
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