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
Research Assistant
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Research interests: Efficiency of restoration measures. Nutrient fluxes and origins of microplastics in aquatic ecosystems. Biomass production of aquatic macrophytes in stream ecosystems.
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Post-Docs
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Research interests: Theoretical Biology. Evolution and maintenance of cooperative interactions. Evolution of biological networks. Coevolutionary dynamics within microbial communities.
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Research interests: Bacterial individuality. Evolution and maintenance of cooperative interactions. Coevolutionary dynamics within microbial communities.
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Research interests: Ecology and evolution of metabolite cross-feeding among microorganisms. Effects of predation on cooperating microorganisms
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PhD students
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Research interests: Evolution of ecological interactions in microbial communities. Genomic and evolutionary consequences of synergistic coevolution. Collective behaviour of microorganisms. Evolution and diversity of biosynthetic gene clusters in bacteria.
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Research interests: MICROBE - Metabolically Interacting CROss-feeding Bacteria in Ecology and Evolution. Gene regulatory networks active in formation and functional (FnF) phase of nanotube in MICROBE. STACK - Sensing, Signaling, Taxis, Adhesion, and Clustering Know-how in MICROBE.
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Dipl. Chem. Melchior Schröter
Research interests: Bacterial interactions via membrane structures. Chemical processes at the cellular level, using analytical methods.
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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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Research interests: Evolution and maintenance of cooperative interactions and associated evolutionary consequences. Coevolutionary dynamics within microbial communities. Interdependencies as a source of unculturability. Multicellular characteristics of microbial communities.
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Research interests: Plasmid biology. Ecology and evolution of plasmid-bacteria interactions. Endosymbiosis. GC-content evolution in bacteria.
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MSc. Linéa Muhsal
Research interests: Coevolutionary dynamics within microbial communities.
Genomic and physiological consequences of a synergistic coevolution. Contact-dependent interactions among bacterial cells. Bacterial multicellularity. |
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MSc. André Bogdanowski
Research interests: Ecological modelling of microorganisms.
Spatial patterns and coevolutionary dynamics within microbial communities.
Dynamic flux balance analysis.
Pattern-oriented and individual-based models.
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Scientific co-workers
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Research interests: Efficiency of restoration measures. Nutrient fluxes and origins of microplastics in aquatic ecosystems. Biomass production of aquatic macrophytes in stream ecosystems.
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Research interests: Efficiency of restoration measures. Nutrient fluxes and origins of microplastics in aquatic ecosystems. Biomass production of aquatic macrophytes in stream ecosystems.
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Technical assistants & Staff
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Technical Assistant Marita Hermann
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Diplom.-Biol. Antje Moehlmeyer
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Technical Assistant Saskia Schuback
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Master Students
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Research interests: Microbiological networks and interactions. Cross-feeding cooperation. Stability and changes of microbiological interactions. Division of labour, specially in bacteria. Predator-prey interactions.
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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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B.Sc. Thomas Schulzendorf
Research interests: Parasite-Host coevolution and interaction. Evolution of endosymbioses. Predator-prey interactions.
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B.Sc. Jan-Paul Fischer
Research interests: Parasite-Host coevolution and interaction. Evolution of
endosymbioses. Predator-prey interactions.
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Bachelor Students
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Alexander Pfaff
Research interests: Effect of local environment in bacteria. Evolution of
multicellularity among bacteria. Cooperation in microbial communities.
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Iqra Rafik Kasu
Research interests: Study of the genetic basis of nanotube formation in
bacteria. Functionality of nanotubes in metabolic cross-feeding,
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Past Members (Alumni)
Technical assistants
Eva Limpinsel (2016-2017)
Bianca Altmann (2017-2018)
Postdoctoral students
Dr. rer. nat. Chong Becker (2017)
Master students
Nadja Raifarth (2018)
Bachelor students
Ramya Ganesan (2016)
Ananya Nidamangala Srinivasa (2018)
Caroline Rolfes (2018)
Internship students
Ramya Ganesan (2017)
Doctoral students
Dr. Samay Pande PhD Thesis: "Ecological mechanisms that stabilize cooperative cross-feeding interactions in bacteria" (2010-2014)
Now at ETH Zürich, Switzerland
Now at ETH Zürich, Switzerland
Dr. Glen D'Souza PhD Thesis: "The evolution of metabolic dependency in bacteria" (2011-2016)
Now at ETH Zürich, Switzerland
Now at ETH Zürich, Switzerland
Dr. Silvio Waschina PhD Thesis: "Evolutionary systems biology of bacterial metabolic adaptation" (2012-2016)
Now at Christian-Albrechts-Universität zu Kiel, Germany
Now at Christian-Albrechts-Universität zu Kiel, Germany
Dr. Shraddha Shitut PhD Thesis: "Mechanistic and metabolic basis of bacterial cross-feeding" (2013-2017)
Now at the Institute of Biology in Leiden, The Netherlands
Now at the Institute of Biology in Leiden, The Netherlands
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