Master Neuroscience (232)
The use of AI tools (e.g. ChatGPT) for the production of texts is only permitted if this is explicitly requested by the course director.In order to ensure good scientific practice, the course management can provide for a "grade-relevant discussion" (plausibility check), which must be successfully completed.
MNEU I. Fundamentals of Molecular Biology (15 ECTS)
- 301400 VU [ en ] Fundamentals of Quantitative Biology
- 301401 VO [ en ] Concepts in Molecular Biology
MNEU II. Basic Neuroscience (8 ECTS)
- 301402 VO [ en ] Basics in Neuroscience I
- 301404 VO [ en ] Basics in Neuroscience II
MNEU III. Advanced Neuroscience I (15 ECTS)
MNEU III: Experimental Neuroscience Part 1 (VU/10 ECTS)
MNEU III: Experimental Neuroscience Part 2 (VU/5 ECTS)
MNEU IV. Advanced Neuroscience II (17 ECTS)
- 301325 VO [ en ] Genetic Methods in Neuroscience
- 301408 SE [ en ] Lipidmetabolism in Brain Function - Literature Seminar in the field of Neurosciences
- 301879 PR [ en ] Advanced Scientific Practice "Molecular Neuroscience" - Master Neuroscience
MNEU V. Complementary Scientific Skills for Neuroscientists (10 ECTS)
- 270241 PR ( MIXED ) Untargeted Lipidomics
- 270243 VO Lipidomics
- 300005 VO [ en ] Breaking Symmetry: Organization, Development and Evolution of Brain Lateralization
- 300276 UE [ en ] Neurophysiology and behavior of C. elegans
- 300278 SE [ en ] Current topics in Neurobiology
- 300353 UE [ en ] Applied programming for Bioinformatics - Principles and techniques for simple programming to solve biological problems, using a common programming language. Practical experience with text processing and automation of external programms.
- 300462 SE Phylogenetics actually - Actual problems and results in Phylogeny
- 301060 UE [ en ] Bioinformatics for microbial omics - Computational genomics, pangenomics, metagenomics and multi-omics analysis
- 301095 SE [ en ] Light, hormones and rhythms in plants and animals
- 301138 SE [ en ] Behavior, Rhythms and Neurological Diseases
- 301169 SE [ en ] Applied Machine Learning for biological problems
- 301214 UE [ en ] Toolkit for in silico sequence analysis - vormals UE IIIB
- 301224 SE [ en ] Bioinformatics for Microbial Metagenomics
- 301267 VO [ en ] Business in Biotech
- 301310 SE [ en ] Therapy and Prophylaxis of Viral Infections
- 301325 VO [ en ] Genetic Methods in Neuroscience
- 301347 VO [ en ] Via pandemics and epidemics to the basic principles of virology
- 301407 VO [ en ] DNA-Tumor Viruses, from Cancer Agent to therapy - Elective Course in Molecular Medicine
- 301408 SE [ en ] Lipidmetabolism in Brain Function - Literature Seminar in the field of Neurosciences
- 301584 UE Project planning in science communication
- 301599 UE [ en ] Laboratory Course: Bioinformatics
- 301632 UE [ de en ] ( MIXED ) Exercises for Foundations of Bioinformatics
- 301709 SE [ de en ] Biology of cardiac stem cells: Planning of Projects and Experiments plus current literature II
- 301853 UE [ en ] Practical Course in Structural Biology A - Basics
- 301854 UE [ en ] Practical Course in Structural Biology B - Advanced Practical Course
- 301901 VO+UE [ en ] Introduction into 3D cryo electron microscopy
- 301903 SE [ en ] Science or Science fiction: How to make research more sustainable
- 301904 SE [ en ] SE Neuronal Network Dynamics and Behavior - for PhD and Master
- 301907 VO [ en ] Development of novel cancer immunotherapies - from target identification through target validation to clinical trials
- 530038 SE Lipidomics-state of the art techniques
MNEU VI. Scientific Practice (20 ECTS)
- 301880 PR [ en ] Scientific Practice in Neuroscience I
- 301881 PR [ en ] Scientific Practice in Neuroscience II
MNEU VII. Research Proposal (5 ECTS)
MNEU VII: Seminar: Research Proposal (2 ECTS)
MNEU VII: Seminar: Research Proposal (3 ECTS)
- 301281 SE [ en ] Planning your Master project
MNEU VII: Seminar: Research Proposal (5 ECTS)
- 301280 SE [ en ] Research proposal in the field of Neuroscience
Last modified: Fr 28.06.2024 00:39