Lectures, seminars, practical courses:
- BSc (Biology, Biochemistry, Bioinformatics, Nanoscience), "Biomolecules and Cells" (BMZ) Module, appr. 300 students in practical courses on "Light Microscopy", Fluorescence Microscopy", "Photometry", "DNA and Proteins", "Eukaryotic cells", "Cellular Organelles", "Autophagy"; lectures on "Endocytosis, Exocytosis, Vesicular transport, Autophagy", October/November, each winter semester
- BSc (Biology, Biochemistry, Bioinformatics, Nanoscience), "Biomolecules and Cells" (BMZ) Module, max. 100 students in weekend tutorials, November, each winter semester
- MSc (Molecular Cell Biology, Molecular Medicine, Biochemistry), lectures and seminars on "Concepts of Cell Biology: Membrane trafficking, ER, Golgi, Vesicular transport, Autophagy", "Advanced Concepts of Cell Biology: Autophagy in Health and Disease", "Advanced Oncology: Autophagy in Cancer", "Analyzing Publications"
- PhD (Natural Sciences), "Autophagy" lecture, IMPRS Introductory Courses, each October
- Medicine, practical courses on "Cell Biology I: Light Microscopy, Eukaryotic cells, Human tumour cells", "Cell Biology II: Mitosis, Meiosis, Fluorescence microscopy, Cellular organelles"; lectures on "Gene Technology", "Tumourbiology"; appr. 150 medical students, each semester
More teaching on autophagy:
- "Autophagy and Longevity", lecture and seminar series (every summer semester, 1x per week, max. 40 students) for BSc, MSc, PhD students
- "Mechanism of cancer therapy resistance: Autophagy, Apoptosis and Senescence", practical course with lectures and seminars (every winter semester, 2x 4 weeks, max. 40 students) for BSc and MSc students
- Research Module (6-8 weeks) for MSc students
- Project Module (8 weeks) for BSc and MSc students
- BSc thesis (max 4 students per year)
- MSc thesis (max 2 students per year
Application and further information: tassula.proikas-cezannespam prevention@uni-tuebingen.de
Biomolecules and Cells (BMZ) 2017/18
"DNA Isolation", "Bradford Assay"", "Tumor Cells", "Cellular Organelles", "Autophagy", "Fluorescence Microscopy", "Photometry", practical courses, appr. 240 first-semester students
