Topic 271: Regenerative Medical Research Cells

A1–A2 Level

1. What does medical research try to do?

2. What does the word “cell” mean in the body?

3. Why do doctors study cells to help sick people?

4. How can damaged body parts cause problems?

5. Why do scientists look for ways to heal the body?

6. How can new treatments help patients recover?

7. Why is the body able to heal small wounds?

8. What happens when organs stop working well?

9. Why do researchers work in laboratories?

10. How can medical research save lives?

11. Why do doctors test new treatments carefully?

12. How can cells help repair the body?

13. Why does medical progress take time?

14. How can research help older people stay healthy?

15. Can new treatments reduce pain or illness? How?

16. How do you feel about using science to heal the body?

B1–B2 Level

17. Why are regenerative cells important in modern medicine?

18. How can cell research help repair damaged tissues?

19. Why do scientists study how cells grow and change?

20. What diseases might benefit from regenerative treatments?

21. Why is testing important before using new therapies?

22. How can cell-based treatments reduce the need for surgery?

23. Why do some people worry about medical research ethics?

24. How can regulation protect patients in new treatments?

25. What challenges slow progress in regenerative medicine?

26. How does funding affect medical research speed?

27. Why do treatments work differently for different patients?

28. How can cell research improve quality of life?

29. Should new therapies be widely available quickly? Why?

30. How can hospitals prepare for advanced treatments?

31. Can regenerative medicine reduce long-term healthcare costs? How?

32. How do you feel about testing new cell-based treatments?

C1–C2 Level

33. How does regenerative cell research challenge traditional medicine?

34. What ethical concerns arise from advanced cell research?

35. How should safety and innovation be balanced in trials?

36. Can regenerative treatments widen health inequality? Explain.

37. How do regulations differ across countries for such research?

38. Should public funds support expensive regenerative therapies? Why?

39. How can long-term risks of cell treatments be assessed?

40. What role does consent play in experimental medicine?

41. How might regenerative medicine change organ transplantation?

42. Can personalized cell treatments become scalable? Explain.

43. How does commercial pressure influence research priorities?

44. Should limits exist on certain types of cell research? Why?

45. How can transparency build public trust in new therapies?

46. What responsibilities do scientists have toward future patients?

47. How might regenerative medicine reshape healthcare systems?

48. How do you feel this research changes ideas of healing and care?