Cycle H: Molecular Medicine H1: Molecular Medicine I – 22831 (2 hrs/week; 2 CP; Fall 2025) H2: Molecular Medicine II – 12424 (2 hrs/week; 2 CP; Spring 2026) H3: Molecular Control of Vertebrate Development and Organogenesis –…
Documents & Links Formal documents for the MSc Physics of Life: Studienplan (German) / Study Plan (English translation): This document specifies the formal regulations for the MSc Physics of Life. Wegleitung (German) / Study…
I10: Applied Statistics Using R – 49935 (3 days; 1 CP; Spring 2026) Course dates: 4.- 6.2.2026 Thomas Fabbro 3-day course on applied statistics using the open-source software environment R for statistics and graphics…
Evolution of viruses and bacteria We want to understand the dynamics of evolution and the forces that drive it. Evolution of plants and animals tend to happen over centuries of even longer time-scales. Microbial organisms,…
A2: Molecular Virology – 12412 (2 days; 2 CP; to be announced) N .N. This course covers the biological principles of viruses in vertebrates, invertebrates, plants, and in bacteria. Lectures will focus on virion and genome…
Cycle E: Computational and Systems Biology E1: Current research in Bioinformatics I – 22830 (2 hrs/week, 1 CP; Fall 2025, Lecture series with invited speakers) E2: Current research in Bioinformatics II – 21563 (2 hrs/week, 1…
Cycle B: Neuroscience The lecture series provides basic knowledge in neurosciences. All the graduate students who aim to obtain a Ph.D. in neurobiology are asked to attend these lectures. In each semester one particular…
H6: Molecular Basics of Tumours in Humans - Detection to Treatment – 52325 (3 days; 1 CP; Fall 2025) Ellen Obermann This series of lectures will give a systematic overview of cancer in humans. The first part of the course…
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