Category:MICB 302

Module 3: Recognition molecules of adaptive immunity

 * 1) B cell receptor
 * 2) T cell receptor
 * 3) Somatic recombination
 * 4) Hypervariable region

Module 4: MHC, Ag processing and presentation

 * 1) MHC class I
 * 2) MHC class II

Module 6: B cell and T cell development

 * 1) Alternative RNA splicing
 * 2) Somatic hypermutation/Affinity maturation
 * 3) Positive and negative selection (T cell)

Module 7: DCs, effector T cells and effector B cells

 * 1) Primary immune deficiencies
 * 2) Dendritic cells
 * 3) Homing to secondary lymphoid organs
 * 4) T cell activation
 * 5) Effector CD4 T cells
 * 6) B cell activation
 * 7) Plasma cells
 * 8) Immunoglobulin isotypes

Module 8: Systemic immune responses

 * 1) Physiological barriers
 * 2) Innate immunity
 * 3) Early innate response
 * 4) Complement activation
 * 5) Resident tissue immune cells
 * 6) Induced innate response
 * 7) Inflammation
 * 8) Extravasation
 * 9) Phagocytosis
 * 10) Viral infection
 * 11) Interferon
 * 12) Antiviral state
 * 13) Natural killer cell
 * 14) Cytotoxic T cell
 * 15) Humoral immunity
 * 16) Antibodies
 * 17) Memory cells
 * 18) Acute phase response
 * 19) Adaptive response to extracellular bacteria
 * 20) Adaptive response to intracellular bacteria
 * 21) Case study: Leukocyte adhesion deficiency
 * 22) Case study: Chronic granulomatous disease

Module 9: Mucosal immune responses

 * 1) Mucosal immunity
 * 2) GALT
 * 3) Helminth infection
 * 4) Case study: Hemolytic disease of the newborn
 * 5) Case study: Snake venom (not tested on final)