Second year modules

Ecology, Evolution, Biodiversity

Lecture "Mikrobiology I - Evolution and Biodiversity of Microorganisms" (Prof. Berg, Prof. Kurth, Prof. Philipp, Prof. Schmid)

Practical course "Mikrobiology I - Evolution and Biodiversity of Microorganisms" together with course "Mikrobiology II" (Dr. Oppermann)

Cell Biology, Physiology, Gentics

Lecture "Mikrobiologie II - Cell Biology and Physiology of Microorganisms" (Prof. Berg, Prof. Kurth, Prof. Philipp, Prof. Schmid)

Practical course "Mikrobiology II - Cell Biology and Physiology of Microorganisms" together with course "Mikrobiology I" (Dr. Oppermann)

Microbiology (MEd GymGes, MEd BK)

Lecture "Basics of Microbiology" (Prof. Berg, Prof. Kurth, Prof. Philipp, Prof. Schmid)

Practical course "Microbiology" (Dr. Oppermann)

Specialisation modules (BSc Biosciences)

Methods of molecular microbiology and biotechnology (Prof. Berg, Prof. Kurth, Prof. Philipp, Prof. Schmid)

Physiology of microorganisms (Prof. Berg, Dr. Oppermann)

Project modules (BSc Biosciences)

Diversity of microbial metabolism (Prof. Berg)

Microbial physiology and protein biochemistry (Prof. Kurth)

Molecular physiology of bacteria: metabolic pathways and cell-cell interactions (Prof. Philipp)

Metabolic Engineering and Microbial Polysaccharides (Prof. Schmid)

Advanced Modules (MSc Biosciences, MSc Biotechnology)

Biotechnology (Prof. Berg, Prof. Kurth, Prof. Philipp, Prof. Schmid, etc.)

Taxonomy of bacteria (Dr. Oppermann)

Microbial interspecies interactions (Prof. Philipp)

Bacterial degradation of toxic compounds; metabolic pathways, resistance mechanisms and biofilm formation (Prof. Philipp)

Microbial carbon metabolism (Prof. Berg)

Fermentative production of biotechnological products (Prof. Schmid)

Research Modules (MSc Biosciences, MSc Biotechnology)

Diversity of the microbial metabolism (Prof. Berg)

Metabolic pathways, enzymes and environmental role of anaerobic bacteria and archaea (Prof. Kurth)

Metabolic pathways, cell-cell interactions and biotechnological applications (Prof. Philipp)

Genome Editing and Metabolic Engineering towards basic chemicals and biopolymers (Prof. Schmid)