植物フロンティア研究センター

Biochemistry, Genetics and Molecular Biology

1. Abiotic Stress 5%
2. Adhesion 5%
3. Allele 36%
4. Arabidopsis 59%
5. Arabidopsis thaliana 30%
6. Association 16%
7. Cell Adhesion 5%
8. Cell Proliferation 5%
9. Comprehension 15%
10. Drought Tolerance 20%
11. Dry Weight 12%
12. Embryogenesis 5%
13. Evaporation 7%
14. Fatty Acid Synthesis 6%
15. Genome-Wide Association Study 16%
16. Growth 33%
17. Humidity 7%
18. Leadership 5%
19. Light 10%
20. Lysozyme 6%
21. Microarray 20%
22. Mitochondrial RNA 20%
23. Molecular Breeding 33%
24. Mutant 46%
25. Nested Gene 26%
26. Pentatricopeptide Repeat 40%
27. Permeability 41%
28. Phosphate 50%
29. Photosystem 13%
30. Physiological Process 5%
31. Phytochrome 40%
32. Pitch 5%
33. Plant 76%
34. Plant Development 5%
35. Plant Growth 43%
36. Plastid 5%
37. Promoter Region 50%
38. Protein Family 5%
39. Protein Repeat 40%
40. Recognition 5%
41. Red Light 10%
42. Regulatory Mechanism 10%
43. RNA 15%
44. RNA Editing 50%
45. RNA Metabolism 5%
46. RNA-binding Protein 5%
47. Stoma 33%
48. Stress 16%
49. Surface Property 11%
50. Survival 7%
51. Sweating 14%
52. Synthesis 6%
53. Transcription Factor 10%
54. Tumor Spheroid 50%
55. Vascular Plant 5%
56. Water Loss 13%
57. Wild Type 12%

Agricultural and Biological Sciences

1. Arabidopsis 39%
2. Arabidopsis thaliana 30%
3. Cuticle 100%
4. Drought Tolerance 20%
5. Environment 22%
6. Enzymes 6%
7. Fatty Acid Synthesis 6%
8. Genes 16%
9. Genome-Wide Association Study 16%
10. Humidity 7%
11. Land 33%
12. Mutants 46%
13. Nitrogen Deficiency 16%
14. Photosynthesis 13%
15. Plant Growth 33%
16. Poly-morphism 33%
17. Pribnow Box 16%
18. Roots 33%
19. Seedling 16%
20. Shoots 50%
21. Stoma 33%
22. Surfaces 6%
23. Sustainable Agriculture 16%
24. Transpiration 14%
25. Transporters 16%
26. Water Use Efficiency 7%
27. Waxes 6%