Contents

Lectures

1. Antibody structure
2. Antibody-antigen binding
3. Antibody genetics
4. T-cell receptor
5. Development of the immune repertoire
6. Structure of MHC molecules
7. Antigen processing
8. Co-stimulatory molecules
9. Generation of effector cells
10. Dendritic cells
11. Regulatory T-cells
12. Innate immunity introduction
13. Complement
14. Phagocyte function
15. Natural killer cells
16. Inflammation
17. Immunology of pregnancy
18. Viruses
19. Parasites
20. Studying bacterial pathogenesis
21. Immunological disorders
22. Bacterial pathogenesis and immune evasion
23. Molecular mechanisms of bacterial toxins
24. Immunity against viral infection
25. Immune evasion by viruses
26. Respiratory viral infections
27. Tuberculosis
28. HIV
29. Introduction to vaccines and immunotherapy
30. New vaccine development
31. Antibody engineering
32. Vaccination - a clinical perspective
33. Problem pathogens and vaccine strategies
34. Emerging infections and zoonoses
35. Vaccine development - an industrial perspective

Past papers

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