Team
Head of the department
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Research interests: Ecology and evolution of metabolite cross-feeding among microorganisms. Genomic and physiological consequences of a synergistic coevolution. Contact-dependent interactions among bacterial cells. Ecological and evolutionary dynamics within microbial interaction networks. Bacterial multicellularity.
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Department Assistant
Senior Research Fellow
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Research interests: Computational biology; Evolution of complex life; Unfolding of the genotype—phenotype map; Eukaryogenesis; The origin of life.
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Research Assistant
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Dr. rer. nat. Linéa Muhsal
Research interests: Ecology and evolution of metabolite cross-feeding among microorganisms. Genomic and physiological consequences of a synergistic coevolution. Bacterial multicellularity.
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Postdocs
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Research interests: Multicellular life cycles—emergence, stability, and evolution. I use mathematical modeling to study life-cycle evolution in groups consisting of single or multiple species.
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Dr. Ángel Estévez
Research interests: Ecology and evolution of metabolic dependencies in microbial communities. |
PhD students
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Research interests: Impact of relatedness on cooperation.
Evolution of ecological interactions in different species. |
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Research interests: Emergence, development and regulatory mechanisms of bacterial interaction within artificial and natural metabolic networks. With reference to involved membrane structures of the nanotubes. |
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Research interests: Metabolic interdependencies within soil dwelling bacteria. Evolution and maintenance of cooperative interactions. Coevolutionary dynamics within soil microbial communities. |
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M.Tech. Swagatika Dash
Research interests: Impact of biotic interactions on the establishment of soil bacterial communities: interplay between synergism and antagonism. Phenotypic heterogeneity within isogenic bacterial populations: causes and functional benefits. |
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Research interests: Co-existance and cross-feeding in bacterial communities. Bacterial interaction networks and metabolic network. Molecular cues, signaling and costs within bacterial interactions. |
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Research interests: Metabolic cross-feeding interactions - establishment, regulatory drivers, molecular mechanisms and metabolic trade-offs among bacterial communities. |
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Research interests: Evolution of altruistic suicide in multicellular clusters of bacteria- causes and consequences. |
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Research interests: Unraveling the eco-evolutionary dynamics of synergistic interactions and the genomic consequences of synergistic coevolution. |
Technical assistants & Staff
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Diplom.-Biol. Antje Moehlmeyer
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Technical Assistant Saskia Schuback
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Master Students
Bachelor Students
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B.Sc. candidate Lukas Broermann
lbroermann(at)uni-osnabrueck.de Research interests: Deleting genes responsible for programmed cell death and to study the evolution of coevolution. |
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B.Sc. candidate Paula Bongers
Research interests: Investigating if the peculiarity of auxotrophy in E. coli is an influential factor in microbial networks interactions.
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B.Sc. candidate Finn Dinnus
Research interests: The fitness effects of partner loss in free-living mutualistic associations.
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B.Sc. Karmen Lohstroh
Research interests: Bacterial innovations in the context of multicellularity.
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