S.No |
Topics |
1. |
(A) Introduction to the immune system (RMJ)
Lecture01. Introduction to the immune system |
2. |
(B) Cells and Organs of the immune system (RMJ) |
|
Lecture02. Cells and Organs of the immune system – Part 1
Lecture03. Cells and Organs of the immune system – Part 2
Lecture04. Cells and Organs of the immune system – Part 3 |
3. |
(C) Innate immunity (DpN) |
|
Lecture05. Innate immunity - Part 1
Lecture06. Innate immunity - Part 2 |
4. |
(D) Cell receptors, activation & differentiation (AAK) |
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Lecture07. Development and differentiation of B cells - Part 1
Lecture08. Signaling in B cells |
5. |
(E) Immunoglobulin genes and theory of antibody diversity (AAK) |
|
Lecture09. Organization of immunoglobulin genes and Mechanism of immunoglobulin gene rearrangement
Lecture10. Generation of antibody diversity
Lecture11. Immunoglobulin class switching Regulation of Immunoglobulin gene regulation
|
6. |
(F) Structure and Functions of Immunoglobulin (AAK) |
|
Lecture12. Structures and functions of Immunoglobulin’s |
7. |
(G) Complement system (AAK) |
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Lecture13. The three complement pathways |
8. |
(H) Hypersensivity (AAK) |
|
Lecture14. Hypersensitivity type 1
Lecture15. Hypersensitivity types 2, 3 ,4 and Autoimmunity |
9. |
(I) B cell autoimmunity, immunodeficiency & cancer (AAK) |
|
Lecture16. Autoimmunity Autoimmuno-deficiencies f the B cells
Lecture17. Autoimmuno-deficiencies f the B cells
Lecture18. Cancer |
10. |
(J) The major histocompatibility complex (RMJ) |
|
Lecture19. The major histocompatibility complex –Part 1
Lecture20. The major histocompatibility complex –Part 2
Lecture21. The major histocompatibility complex –Part 3 |
11. |
(K) Antigen Processing and Presentation (DpN) |
|
Lecture22. The Major Histocompatibility Complex
Lecture23. The Major Histocompatibility Complex: MHC class I pathway
Lecture24. The Major Histocompatibility Complex: MHC class II pathway |
12. |
(L) T cell receptors (RMJ) |
|
Lecture25. T cell receptors |
13. |
(M) T cell Activation & differentiation (DpN) |
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Lecture26. T cell Activation Lecture27. T cell Activation / Differentiation |
14. |
(N) T cell subsets (DpN) |
|
Lecture28. T cell synapse, motility and subsets |
15. |
(O) T cell survival (DpN) |
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Lecture29. T cell survival |
16. |
(P) Cytokines (RMJ) |
|
Lecture30. Cytokines – Part 1
Lecture31. Cytokines – Part 2 |
17. |
(Q) Autoimmune reactions and Immunodeficiency of T cells (DpN) |
|
Lecture32. Autoimmunity
Lecture33. Immunodeficiency |
18. |
(R) Host response to infectious disease (DpN) |
|
Lecture34. Host response mechanisms during infectious diseases – part 1
Lecture35. Host response mechanisms during infectious diseases – part 2 |
19. |
(S) Transplantation immunology (RMJ) |
|
Lecture36. Transplantation immunology |
20. |
(T) Vaccines (RMJ) |
|
Lecture37. Vaccines |
21. |
(U) Antigens and synthetic vaccines (AAK) |
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Lecture38. Antigens and Immunogens
Lecture39. Synthetic vaccines |
22. |
(V) Evolution of the immune system (RMJ) |
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Lecture40. Evolution of the immune system |