Prof. Dr. Rosalind Allen
Friedrich Schiller University
Theoretical Microbial Ecology
Doctoral researchers
Joel Ching Kuma Mbanghanih
joel.ching.kuma.mbanghanih@uni-jena.de
Tracking the Dynamics of Interacting Microbial Populations
Friedrich Schiller University
Theoretical Microbial Ecology
Shalu Dwivedi
Modelling and computer simulation of biochemical defense and evasion mechanisms
Friedrich Schiller University
Matthias Schleiden Institute - Bioinformatics
Ricardo Garcia
How efflux pumping shapes emergent antibiotic resistance in spatially structured multicellular bacterial populations
Friedrich Schiller University
Theoretical Microbial Ecology
Tim Hoffmann
Mathematical Modelling of Microbial Population Dynamics
Friedrich Schiller University
Theoretical Microbial Ecology
Sheila Hoshyaripour
sheila.hoshyaripour@uni-jena.de
Biophysical modelling of the bacterial cell wall
Friedrich Schiller University
Theoretical Microbial Ecology
Meike Kröber
meike.leonie.kroeber@uni-jena.de
Post-transcriptional regulation of the SOS response in the major human pathogen Klebsie/la pneumoniae
Friedrich Schiller University
Junior Research Group Bacterial RNA Biology
Dr. rer. nat. Marco Mauri
Modelling algal-bacteria interactions
Friedrich Schiller University
Theoretical Microbial Ecology
Dr. rer. nat. Garima Rani
Theoretical ecology of microbial antibiotic response and resistance
Friedrich Schiller University
Theoretical Microbial Ecology
Yasmina Reißer
The influence of palmitic and oleic acid on osteoclast function
University Hospital Jena
Medical Microbiology
Dr. rer. nat. Vijay Srinisvasan
lnfluence of potassium on Mycobacterium growth and rifampicin susceptibility
Friedrich Schiller University
Theoretical Microbial Ecology
Dr. rer. nat. Andreas Ulmer
Modelling stochastic switching in microbial populations
Friedrich Schiller University
Theoretical Microbial Ecology
Silvia Vareschi
Biophysical modelling of antibiotic efflux in bacterial biofilms
Friedrich Schiller University
Theoretical Microbial Ecology
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