Projects 2019
For further information on the research groups of interest, please click on the name of the respective group leader in the right column.
MPI
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The biological role of putative toxin-antitoxin systems in bacteria of the genus Pseudomonas
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New statistical models for the inference of cell-to-cell variance in gene expression - and their application to single-cell transcriptomes
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New evolutionary models of the evolution of stochastic gene expression and their application to wild yeasts single-cell transcriptomes
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Stochastic gene expression and evolution of gene network: a modeling approach
- Co-evolutionary dynamics in the light of extended evolutionary synthesis
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Theoretical Models of Synthetic Biology
- Self-Similarity and Biological Function in Genome Sequences
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Evolution of cooperation and reciprocity in changing environments
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Genetic and developmental basis of facial heterogeneity
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The evolutionary consequences of HLA-specific antigen presentation in infection, autoimmunity and cancer
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Migratory birds: understanding the (epi)genetic architecture of (1) migration // and (2) aging
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Evolution of sporulation cellular dynamics
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Regulating factors of “default” recombination in gene promoters
- Mathematical models of eco-evolutionary dynamics underpinning community function (joint project with Arne Traulsen)
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The role of environmental conditions for individual variation in behaviour and life history
- Evolutionary dynamics on networks
- Population genetics models of rapid adaptation to environmental change
- Mathematical models for the evolution of antibiotic resistance
- Antibiotic resistance evolution: Evolution experiments & theoretical modeling (joint project with Hinrich Schulenburg)
CAU
- Phylogenetic tree rooting and inference of lateral gene transfer
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Evolution of life cycle regimes in species of the plant family Amaranthaceae
- Evolution and function of digestive systems in marine metazoans: past, present, and future
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Repeated evolution of a plant defense strategy – insights in the evolutionary machinery
- The evolutionary basis of metabolic disorders? Understanding complex regulatory networks that control metabolic traits using the fruit fly as a model
- Ancient ways to protect cells from premature death – how to deal with Parkinson’s disease and Diabetes
- How does the brain-gut axis contribute to maintain intestinal homeostasis
- Antibiotic resistance evolution: Evolution experiments & theoretical modeling (joint project with Hildegard Uecker)
- Evolution of selfish genetic elements in fungi
- Elucidating crop-pathogen co-evolution by ancient DNA analysis (joint project with Almut Nebel)
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Bacterial evolution during chronic disease
GEOMAR
- Exploring innate immunity as the ancient mechanism for host-microbe interactions