1T. Mechanisms of cell injury_ infection, hypoxia_ necrosis and apoptosis.docx

2T. Acute inflammation_ development and causes.docx

3T. Chronic inflammation_ development, causes and consequences_ g ranulomas.docx

4T. Healing and repair especially in skin, bone, brain and heart.docx

5T. The immune system_ cell types and their function, development and intracellular communication.docx

6T. The innate immune system_ barriers, humoral factors, complement, NK cells, phagocytosis.docx

7T. _ 9T. The acquired immune response_ T cells and B cells, antigens, epitopes _ Lymphoid organs_ structure, location and function.docx

8T. Clonal selection theory, the MHC.docx

10T. Antibody class switching and affinity maturation.docx

11T. Antibodies_ classes, isotypes, structures, functions_.docx

Copy of Principle of production and use of monoclonal antibodies.docx

Principle of production and use of monoclonal antibodies.docx

1T. _ 3T. Properties of different classes of infectious agents _ Bacterial growth, replication and gene transfer.docx

2T. _ 5T. Bacterial structure (Gram-positive and Gram-negative) _ Mechanisms of pathogenesis (molecular, cellular).docx

4T. Virulence and determinants of virulence.docx

6T. _ 7T. Normal flora, and how normal balance of the body flora can alter and lead to infection _ Host-pathogen interactions.docx

8T. _ 9T. Virus structure, genetic material, and replication _ Mechanisms of viral disease.docx