Each week several model organisms will be introduced in the context of the scientific questions that are explored using those models. Examples of scientific techniques and terminology will be covered. Emphasis will be placed on the unique features of the organisms that make them well suited for the needs of specific research fields. Limitations of using these organisms as well as ethical issues will also be discussed.
Week 1: Introduction to course; discussion of why animals are used for research and ethics of animal use
Week 2: Inside the cell: genetics, biochemistry, cell-to-cell communication
Microorganisms--E. coli, S. cerevisiae, S. pombe, Chlamydomonas reinhardtii;
Week 3: Multicellularity and development and heredity I:
Invertebrates: Nematode (C. elegans), Planarian, Fruit fly (Drosophila)
Week 4: Multicellularity, development and heredity II:
Vertebrates: mice, zebrafish, medaka, xenopus, chicken
Week 5: Regeneration:
Nematode (C. elegans), Planarian, Fruit fly (Drosophila), vertebrates
Week 6: Neuroscience I:
Invertebrates: Aplysia, Nematode (C. elegans), Fruit fly (Drosophila),
Week 7: Neuroscience II:
Vertebrates: rats and mice
Week 8: Modeling Disease
Mice, zebrafish, Drosophila
Week 9: Primates: behavior and genetics
marmoset, macaque, chimpanzees
Week 10: Human as a model organism?
Human tissues: cell culture; embryos
Clinical studies
Week 11: Ethical Issues in Animal Research and Future perspectives for alternatives
Week 12: student presentations
Week 13: student presentations