Molecular and physiological changes in Ricinus communis seeds and seedlings in response to a changing environment

Biochemistry, Genetics and Molecular Biology

1. Adenosine Triphosphate 9%
2. Adenylate Kinase 9%
3. Amino Acids 18%
4. Anabolism 36%
5. Antioxidant Enzyme 9%
6. Arabidopsis 27%
7. Binding Protein 9%
8. Biomass Allocation 18%
9. Biomass Production 18%
10. Candidate Gene 9%
11. Carbohydrates 36%
12. Catabolism 36%
13. Cysteine 9%
14. Developmental Stage 18%
15. DNA-binding Protein 27%
16. Downregulation 9%
17. Dry Weight 27%
18. Energy Metabolism 9%
19. Enzyme 9%
20. Expression Level 9%
21. Fructose 9%
22. Gamma-Aminobutyric Acid 18%
23. Gene Expression 9%
24. Gene Expression Data 9%
25. Genetic Divergence 9%
26. Genetic Variation 9%
27. Genomics 9%
28. Genotyping 90%
29. Gluconeogenesis 45%
30. Glucose 9%
31. Glycerol Kinase 18%
32. Heat Shock Factor 9%
33. Heat Shock Protein 18%
34. Heat Stress 9%
35. Heat Tolerance 9%
36. Hydrolase 9%
37. Hypothetical Protein 9%
38. Metabolite 27%
39. Molecular Genetics 9%
40. Molecular Weight 9%
41. Multi-Omics 100%
42. Nitrogen Metabolism 9%
43. Nucleoside Triphosphate 9%
44. Omics Approaches 100%
45. Plant Physiology 9%
46. Protein Superfamily 9%
47. Quantitative Reverse Transcription Polymerase Chain Reaction 18%
48. Repeat Protein 9%
49. RNA Polymerase I 18%
50. RNA Polymerase II 9%
51. RNA Polymerase III 9%
52. RNA-binding Protein 18%
53. Root Growth 9%
54. Secondary Metabolite 9%
55. Seed Germination 81%
56. Seedling Establishment 36%
57. Starch 100%
58. Synthase 18%
59. Time-of-Flight Mass Spectrometry 9%
60. Transcription Factors 18%
61. Transcriptome 27%
62. Transcriptomics 9%
63. Triglyceride 9%
64. Upregulation 27%
65. Water Content 9%
66. WD40 Repeat 18%