Characterising novel regulators of the PI-3-kinase-like kinase-dependent DNA damage response and their role in preventing human disease and cancer

Medicine & Life Sciences

1. Genomic Instability 100%
2. DNA Replication 45%
3. Human mastadenovirus A 32%
4. DNA Helicases 25%
5. DNA Damage 24%
6. Microcephaly 22%
7. Pluripotent Stem Cells 21%
8. Mixed Function Oxygenases 20%
9. DNA 20%
10. Nuclear Family 19%
11. Proteins 19%
12. Embryonic Stem Cells 19%
13. RecQ Helicases 19%
14. Mutation 18%
15. Adenoviridae 18%
16. TATA-Box Binding Protein 17%
17. Methylation 16%
18. Chromosomes 14%
19. Cell Cycle Checkpoints 14%
20. Fibroblasts 13%
21. Chromatin 13%
22. Virus Diseases 13%
23. G-Quadruplexes 13%
24. Missense Mutation 12%
25. Chromosome Breakage 12%
26. Chromatids 11%
27. Chromosomal Instability 11%
28. Embryonic Development 11%
29. Poly(ADP-ribose) Polymerases 11%
30. Aptitude 10%
31. Loss of Function Mutation 10%
32. Homologous Recombination 10%
33. Telomere 10%
34. R-Loop Structures 9%
35. Xenopus 9%
36. Phenotype 9%
37. Ovum 9%
38. Catabolite Repression 9%
39. General Transcription Factors 9%
40. Lysine 9%
41. Genetic Recombination 8%
42. Cell Division 8%
43. Genes 8%
44. Histones 8%
45. Ichthyosis 8%
46. DNA Repair 8%
47. RNA 8%
48. Siblings 8%
49. Genome 8%
50. Nuclear RNA 8%
51. Cues 8%
52. Anemia 7%
53. Psychological Inhibition 7%
54. Cell Differentiation 7%
55. RNA Stability 6%
56. Mutant Proteins 6%
57. Human Genome 6%
58. Dwarfism 6%
59. Cryoelectron Microscopy 6%
60. Adenosine Triphosphatases 6%
61. Mitogen-Activated Protein Kinases 6%
62. Phosphorylation 6%
63. Zinc 5%
64. Phase Transition 5%
65. Cell Cycle 5%
66. Inborn Genetic Diseases 5%
67. Viral Proteins 5%
68. Transcriptional Activation 5%
69. Messenger RNA 5%
70. Dimerization 5%
71. Nose 5%