Emeritus Professor Alec Morley

Medicine & Life Sciences

1. Lymphocytes 100%
2. Bone Marrow 50%
3. Polymerase Chain Reaction 42%
4. Mutation 39%
5. Clone Cells 39%
6. DNA 36%
7. Mutation Rate 29%
8. Thioguanine 27%
9. Residual Neoplasm 26%
10. Hypoxanthine 24%
11. Aplastic Anaemia 22%
12. Leukemia, Myelogenous, Chronic, BCR-ABL Positive 22%
13. Cytokinesis 22%
14. Organism Cloning 22%
15. X-Rays 21%
16. Transferases 18%
17. HLA-A Antigens 18%
18. Colony-Stimulating Factors 18%
19. Busulfan 17%
20. Stem Cells 16%
21. B-Lymphocytes 15%
22. Genetic Recombination 14%
23. Cell Line 13%
24. Leukemia 13%
25. Mutagenesis 11%
26. Granulocyte Precursor Cells 11%
27. Lymphoma 10%
28. Acute Myeloid Leukemia 10%
29. Guanine 10%
30. DNA Breaks 10%
31. Endotoxins 10%
32. Bleomycin 10%
33. Southern Blotting 9%
34. Mutagens 9%
35. Neoplasms 9%
36. Granulocytes 9%
37. Chromosomes 9%
38. Micronucleus Tests 9%
39. Precursor Cell Lymphoblastic Leukemia-Lymphoma 9%
40. Tn antigen 9%
41. Agar 9%
42. Genes 8%
43. Growth 8%
44. Lymphoproliferative Disorders 8%
45. Radiation Tolerance 8%
46. Gene Rearrangement 8%
47. Neutropenia 8%
48. In Vitro Techniques 8%
49. Immunoglobulin Heavy Chain Genes 8%
50. Mitomycin 8%