Investigate the Expression Profiling of some MADSbox Genes in Arabidopsis thaliana Plant Treated by an Optimum Dose of Silver Nanoparticles

Agricultural and Biological Sciences

1. Arabidopsis thaliana 100%
2. Silver Nanoparticle 100%
3. Nanoparticle 65%
4. Plant Organs 35%
5. Seeds 30%
6. Nanomaterial 25%
7. Plant Response 25%
8. Gene Expression 20%
9. Transcription Factor 20%
10. Phytotoxicity 20%
11. Brassica juncea 20%
12. Gum Arabic 20%
13. Plant Tissue 15%
14. Antioxidant 15%
15. Seed Germination 15%
16. Branches 10%
17. Arabidopsis 10%
18. Homeostasis 10%
19. Scanning Electron Microscope 10%
20. Hordeum vulgare 10%
21. Plant Development 10%
22. Common Bean 10%
23. Proteomics 10%
24. Onion 10%
25. Cladistics 5%
26. Ethylene 5%
27. Cell Viability 5%
28. Bioavailability 5%
29. Lactoperoxidase 5%
30. Colon 5%
31. Biodiversity 5%
32. Oxidative Stress 5%
33. Aquatic Organism 5%
34. Seed Development 5%
35. Complementary DNA 5%
36. Macrophyte 5%
37. Chlorophyll Fluorescence 5%
38. Lemna 5%
39. Superoxide Dismutase 5%
40. Peroxidase 5%
41. Auxin 5%
42. Embryogenesis 5%
43. Bioconversion 5%
44. Angiosperm 5%
45. Dentifrice 5%
46. Root Tips 5%
47. Perennials 5%
48. Agricultural Biotechnology 5%
49. Transmission Electron Microscopes 5%
50. Growth and Development 5%
51. Protein Kinase 5%
52. Chlamydomonas reinhardtii 5%
53. Food Chain 5%
54. Aquatic Environment 5%
55. Sweating 5%
56. Seedling Growth 5%
57. Toothpaste 5%
58. Cytochrome P450 5%
59. Endoplasmic Reticulum 5%
60. Photoperiod 5%
61. Thylakoid 5%
62. Scanning Electron Microscopy 5%
63. Cell Wall 5%
64. Multigene Family 5%
65. Analysis of Variance 5%
66. Oxidoreductase 5%
67. Genotoxicity 5%
68. Vacuole 5%