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1. Balance of proliferation & apoptosis

1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

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Page 1: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

1. Balance of proliferation & apoptosis

Page 2: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

2. Regeneration, scar formation & ECM

Page 3: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

3. Stages of cell cycle

Page 4: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

4. Regulation of cell cycle (cyclins & CDKs)

Page 5: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

5. Growth factors (ligands) bind to receptors & change

intracellular processes

Page 6: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

6. Growth factors (patterns of secretion)

Page 7: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

7. Growth factor reservoir – ECM

Page 8: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

8. ECM constituents

Page 9: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

9. Angiogenesis (revascularization)

Page 10: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

10. Granulation tissue – central to tissue repair

Page 11: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

11. Cutaneous wound healing

Page 12: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

12. Summary of processes of tissue repair

Page 13: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

13. Metaplasia

Page 14: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

14. Metaplasia & dysplasia

Page 15: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

15. Cancer – major health threat

Page 16: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

16. Tumor features – (a) benign, (b) malignant

Page 17: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

17. Tumor properties

Page 18: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

18. Pleiomorphism & anaplasia in a tumor

Page 19: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

19. Tumor invasiveness - chemotactic

Page 20: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

20. Malignancy – diffuse, invasive

Page 21: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

21. Mechanism of metastasis

Page 22: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

22. Establishment of secondary tumor

Page 23: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

23. Propagation of secondary tumors

Page 24: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

24. Relationship of secondary to primary site

Page 25: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

25. Compression or obstruction by tumor

Page 26: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

26. Adhesion due to tumor growth

Page 27: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

27. Effects of tumor growth in marrow I

Page 28: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

28. Effects of tumor growth in marrow II

Page 29: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

29. Carcinogenic transformation

Page 30: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

30. Oncogenesis

Page 31: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

31. Defective genetic control of DNA damage

Page 32: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

32. Multiple steps in carcinogenesis

Page 33: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

33. Diversity of cells in tumor

Page 34: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

34. Initiation step must precede promotion steps

Page 35: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

35. Agents of initiation/promotion

Page 36: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

36. Pap smear

Page 37: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

37. TNM staging: (a) T1N0M0 (b) T2N1M0

(c) T3N2M1

Page 38: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

38. Chemotherapy

Page 39: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

39. Immunotherapy I

Page 40: 1. Balance of proliferation & apoptosis. 2. Regeneration, scar formation & ECM

40. Immunotherapy II