Bilateral NSF/BIO-BBSRC: Modelling Light Control of Development

Biochemistry, Genetics and Molecular Biology

1. Phytochrome 100%
2. Circadian Rhythm 43%
3. Arabidopsis 41%
4. Gene Expression 41%
5. Genetics 38%
6. Messenger RNA 36%
7. Arabidopsis thaliana 34%
8. Photoperiodicity 33%
9. Promoter Region 32%
10. Transcription Factors 28%
11. Gene Regulatory Network 25%
12. Steady State 25%
13. Cell Proliferation 20%
14. Metabolic Pathway 16%
15. Polymerase 16%
16. RNA 16%
17. Plant Gene 16%
18. DNA Binding 16%
19. Genome Editing 16%
20. Proteomics 16%
21. Luciferase 16%
22. CRISPR 16%
23. Transgenics 16%
24. Chronobiology 16%
25. Kinetic Parameter 16%
26. Network Motif 16%
27. Factor VII 16%
28. Leaf Development 16%
29. Transcription 13%
30. Light Signaling 12%
31. Cell Division 12%
32. Photoreceptor Cell 11%
33. Growth, Development and Aging 9%
34. Cell Cycle 8%
35. Chimeric Protein 8%
36. Evolutionary Adaptation 8%
37. Dissociation Constant 8%
38. Biochemistry 8%
39. Environmental Temperature 8%
40. Temperature Sense 8%
41. Morphology 8%
42. Heat Stress 8%
43. Cultivar 8%
44. Molecular Genetics 8%
45. Epigenetic Mechanism 8%
46. Cytometry 8%
47. Sample Size 8%
48. RNA Polymerase 8%
49. DNA-binding Protein 8%
50. Dosage Compensation 6%
51. Gene Replication 6%
52. Leaf Growth 6%
53. Dynamics 5%
54. Mature Messenger RNA 5%
55. Gene Activation 5%