水稻Poly(A)分解酵素基因OsCAF1B與 OsCAF1H參與環境逆境反應之基因表現在後轉錄階段調控的研究(3/3)

Biochemistry, Genetics and Molecular Biology

1. CCR4 100%
2. Fibrinogen 100%
3. Messenger RNA 80%
4. Koji 56%
5. Gene Expression 55%
6. Seed Germination 50%
7. Temperature Stress 50%
8. Protein Interaction 50%
9. 14-3-3 Protein 50%
10. Cold Stress 40%
11. Transgenics 32%
12. Enzyme 28%
13. Growth, Development and Aging 22%
14. Transcription Factors 22%
15. Cultivar 20%
16. Repressor 18%
17. Starch 12%
18. Heat Stress 12%
19. Nuclear Export 12%
20. Plant Development 12%
21. Osmotic Stress 12%
22. Serine 12%
23. Pribnow Box 12%
24. Nuclear Import 12%
25. Nuclear Transport 12%
26. Cold Tolerance 10%
27. Environmental Temperature 10%
28. Gene Regulatory Network 10%
29. Freezing Tolerance 10%
30. Eukaryote 10%
31. mRNA Stability 6%
32. Ectopic Expression 6%
33. phosphorylation 6%
34. electrolyte leakage 5%
35. Expression Level 5%

Keyphrases

1. Rice 60%
2. CCR4 29%
3. RNA Degradation 29%
4. Poly(A) Tail 29%
5. Seedling Growth 25%
6. CCR4-associated Factor 1 25%
7. Sugar Starvation 25%
8. Associating Factors 25%
9. Plant Growth 25%
10. Protein-protein Interaction 25%
11. Growth Stress 25%
12. Grain Weight 25%
13. Rice Seedlings 25%
14. 14-3-3 Protein 25%
15. Low Temperature Stress 25%
16. Stress Tolerance 25%
17. Germination 25%
18. Associate Factors 25%
19. Gene Expression 22%
20. Amylase 20%
21. MRNA Deadenylation 18%
22. Deadenylase 17%
23. Cold Stress 16%
24. Transgenic Rice 14%
25. Overexpression 14%
26. Eukaryotic Cells 13%
27. Degradation Process 10%
28. Repressor 10%
29. Catabolites 10%
30. Homeostatic State 10%
31. Degradation Phenomena 10%
32. Rate-limiting Step 9%
33. Dominant-negative mutant 9%
34. Deadenylation 9%
35. Low Temperature 8%
36. Low Temperature Exposure 8%
37. Amylase Gene 5%
38. Phosphorylation 5%
39. Seedling Development 5%
40. Negative Regulator 5%
41. Yeast Cells 5%
42. Gain-of-function 5%
43. Regulatory Mechanism 5%
44. MRNA Stability 5%
45. Mammalian Cells 5%
46. Negative Factors 5%
47. Seed Germination 5%
48. Heat Stress 5%
49. Opposite Effects 5%
50. Ectopic Expression 5%
51. Sugar Level 5%
52. Nucleocytoplasmic Shuttling 5%
53. Physiological Significance 5%
54. Osmotic Stress 5%
55. Nuclear Import 5%
56. Mutation Analysis 5%
57. Starch 5%
58. Autotrophic Plants 5%
59. MYB Transcription Factor 5%
60. Plant Development 5%
61. Dehydration Stress 5%
62. Crop Improvement 5%
63. Serine Residues 5%
64. Nuclear Export 5%
65. Promoter Elements 5%
66. Carbon Catabolite Repressor 5%
67. Rice Cell 5%
68. Grain Weight per Plant 5%