Biology: Immunology

<p>The aim of the course is that student should obtain an understanding of the immune system in mammals, primarily mice and humans, as well as practical and theoretical knowledge about a selection of immunological methods. During the course the students also practice to compile, analyze, report and discuss scientific material with immunological orientation.</p><p>The course covers the structure and function of the immune system, as well as immunological processes at different levels (organism, organ, cell and molecular levels). The following topics are treated:</p> <ul> <li>Innate immunity, including e.g. anatomical barriers, cells, receptors, complement system.</li> <li>Antigen presentation</li> <li>Lymphocyte development and differentiation</li> <li>Antibody structure and function</li> <li>Defence against infection</li> <li>Infection biology</li> <li>Host-pathogen interactions</li> <li>Vaccine</li> <li>Mechanisms of immune-related diseases (autoimmunity, hypersensitivity)</li> <li>Evolution of immune systems in animals, as well as a selection of immunological methods (e.g. immunoblotting, flow cytometry, isolation and activation of immune cells, ELISA)</li> </ul>